text:
One evening last year at Sam’s Club, I saw a hardcover book by Tucker Carlson called The Long Slide: Thirty Years in American Journalism. I picked it up to buy without even looking inside the book. My wife said it could be a Christmas present, and sure enough it was.
When I opened Carlson’s book several months later, I was surprised to see it mostly contained past articles he had written. Though I knew Carlson was a large TV personality, I didn’t realize he honed his craft as a journalism writer.
The book’s Introduction portion highlights Carlson’s thoughts on the decline of journalism. He leads the book off in this poignant way:
Death and irrelevance are coming for all of us. That’s the one certain thing. Repeat that to yourself every morning, and things fall into perspective. Most of what we think matters really doesn’t.
Coming from such an opinionated newshound, those lines threw me. The first section in Carlson’s book should be required reading for students studying journalism in college, but fat chance of that ever happening because of his politics.
The first section in Carlson’s book should be required reading for students studying journalism in college, but fat chance of that ever happening because of his politics.
Quite a bit surprised me about The Long Slide. Carlson reveals sides of himself people might not expect. He’s a fantastic writer, too. The pieces in this book remind me of some of the top-notch literary journalism articles I studied in graduate school.
Carlson, it turns out, is humbler than he comes off on Fox News. Beyond that, the stories in The Long Slide show that he is daring, funny, experimental, and tender. There is much more to him than what you see on TV.
So why does he think journalism is in decline? Carlson says in the Intro that his fellow journalists when he started were less politically motivated. Though many of them leaned left in their outlooks, they kept an open mind and didn’t care that Carlson was conservative.
In short, journalists, according to Carlson, had a less activist bent when he got his start, and he’s thankful that he worked in the field when things were like that.
I won’t go on about this topic, but Carlson makes a great point. Journalism is different today, and activist journalism and the stifling of free speech is making me worried about this democracy experiment.
The Stories in an Unexpected Book
In the first piece, “The League of Extraordinary Gentlemen,” published by Esquire, Carlson boards an iffy plane to head to a war zone in West Africa with Al Sharpton and individuals in the Nation of Islam. The objective of this unofficial diplomatic group was no less than to halt a civil war in Liberia. Carlson’s coverage of his time with Sharpton, whom he really liked, reveals a genuinely dangerous area of the world mixed with hilarious moments and unexpected bonds that formulated. Carlson called it the “most fun” magazine article he ever wrote.
In the piece “When the Fun Stopped,” published by the Weekly Standard, Carlson talks about the time he discovered the book Fear and Loathing in Las Vegas as a twelve-year-old in 1981. Hunter S. Thompson’s classic inspired Carlson to both “drop everything and take up journalism” and, later on in life, try every drug he read about in Thompson’s book.
Carlson’s personal stories in The Long Slide are perhaps the most memorable ones. One time, in front of his young kids and their friends, he inadvertently “vaporized” the top of his head while trying to fix a gun.
In the final story, “One Man’s Treasure,” also published by the Weekly Standard, Carlson ponders how the valued items stored by his kids in the shed next to their summer house in Maine may not mean as much to them in the future. Because while the “bricks and rocks and hunks of rusted metal” they saved for the following year will remain, his children will have grown, changed. Will they still care about what they collected when the following summer rolls around? As a father who has watched his kids grow, Carlson knows they likely won’t care, and it was a sad thing for him to contemplate.
I’ve only scratched the surface of the collection of the twenty-three articles in The Long Slide. Other stories highlight well-known people who had their day in the sun. One article talks about a scammer named Derek Richardson, whom Carlson crossed paths with and aimed to take down.
My biggest laughs occurred in the article “The Unflappables,” where Carlson shows the fun he had at the expense of telemarketers who too often interrupted his family dinners. He had no trouble telling these salespeople he was blind and, one time, he scribbled on a door-to-door salesman’s clipboard that he was “a deaf-mute.”
Perhaps the title of The Long Slide was a bit of a marketing ploy — the majority of the book does not go into Tucker Carlson’s thoughts on journalism — but I’m glad the book is what it is. The stories are excellent and do indeed reveal a time when journalism was different.
Photo by Sal Nudo


text:
Homewood Suites by Hilton
At Homewood Suites by Hilton they think life on the road should be more about life and less about the road. Whether you stay with them a few nights or a few months, they guarantee youíll stay comfortable and feel at home. And to make it a little easier, they'll make sure you have some of the touches of home with you.
DONATION DETAILSA donation of 3% is made for each completed stay. Select Europe, Middle East, Africa, and Asia Pacific properties render a donation of 4%.
The following bookings will not render a donation:
-Negotiated rates such as group tour or corporate rates
-HHonors (Hilton Worldwide loyalty program) redemption bookings
-Bookings that are made in conjunction with another offer
-Bookings/consumed stays at the following hotels: Hilton Curacao, British Colonial Hilton Nassau, Doubletree by Hilton Panama City, Hilton Garden Inn Panama, Waldorf Astoria Panama City, Hilton Cartagena, Columbia, and and Hampton Berlin.

domain: geography


MIAMI (AP) — Shellie Zimmerman says her husband has changed since a jury acquitted him in the shooting death of Trayvon Martin.
She told Matt Lauer on NBC's Today Show on Thursday she doesn't know what he's capable of and she's conflicted over her husband's assertion he acted in self-defense the night Martin was killed. But she says she believes the evidence and respects the jury's verdict.
Shellie Zimmerman says she doesn't believe her husband profiled Martin, who was black.
Since the trial, she says her husband treated her like she's "disposable" and went on a "victory tour" without her.
Earlier this month, the two were involved in an altercation at her central Florida home. Since then, she's been unable to serve him with divorce papers because she doesn't know where he is.
Copyright 2013 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.
A jury has convicted 16-year-old Dylan Schumaker of second degree murder in the death of his girlfriend's young son.
A second arrest has now been made in connection to a suspected meth lab on Saunders Settlement Road in Cambria.
Cold and breezy with snow increasing in coverage into the overnight hours.
The Erie County Water Authority is warning the public about people posing as water meter service workers.
A City of Buffalo employee who was arrested over the weekend on animal cruelty charges says he did nothing wrong.
A Salamanca man has been charged with DWI after a traffic accident in the Town of Little Valley Saturday.


text: b' Marketer InformationRules & RegulationsNO DEFINITIVE ANSWERS in Newly Released Study on the Cause of Accelerated Corrosion of UST Systems Containing ULSDW The Coordinating Researchoperating at retail stations in the field. Taken together, Washington, D.C. - Council (CRC), a non-profit research arm of thethese earlier studies suggest accelerated corrosion petroleum equipment and automotive industryin ULSD tank systems is widespread, occurs incon-recently released a final report on a major researchsistently, with no discernable pattern, and involves project aimed at identifying the causes of acceler- microbial activity possibly brought on by ethanol ated corrosion in underground storage tank systemscontamination together with the presence of water. containing ultra-low sulfur diesel fuel (ULSD). TheIn contrast, a CRC study focused on laboratory Mark S. Morgan, Esqstudy is important to energy marketers because itcontrolled-condition tests using corrosion coupons, PMAA Regulatoryreports that accelerated corrosion in UST systems issmall strips of metal subjected to various microbial Counsel more widespread than initially thought and continuesactivity. This in-lab approach was taken to isolate spe-to grow. EMA has been an active participant in thecific factors that could influence corrosion including accelerated corrosion research since the phenomenonsulfur content, water, microbes in the fuel, biodiesel was first identified in 2008 and continues to workcontent, ethanol contamination, and diesel fuel ad-closely with the US EPA to identify its causes.ditives. In the study, different statistical measures Tank owners first reported the presence of acceler- were used to determine which factors truly impact ated corrosion in UST system equipment as far backcorrosion. However, no conclusions were drawn on as 2007. Initially, it was thought that the removal ofwhether any one factor slightly increased or decreased sulfur from diesel fuel that began in 2007 under thecorrosion. Nevertheless, the key findings of the study EPA ULSD program was somehow connected to thecan be summarized as follows:sudden appearance of accelerated corrosion in diesel WATER, more than any other factor, was clearly fuel tank systems. Or, possibly it was due to the growth of biodiesel blending that caused the condi- linked to corrosion. All test conditions containing tions to induce accelerated corrosion. Study of thefree water experienced corrosion.problem was in its infancy at the time and specula-MICROBIAL growth occurred in tanks in the tions as to the causes of accelerated corrosion werepresence of water resulting in increased corrosion.all over the map. What was certain however, was thatIt is less clear that externally added microbe colonies tank owners were increasingly reporting discovery ofcaused greater corrosion than natural colonies.a corrosive material resembling used coffee groundsFUEL SULFUR content did not have a strongcoating submersible turbine pumps, drop tubes,correlation with corrosion. However, some analyses sensor probes and dispenser components in USTshowed an increase in corrosion rates with increas-systems containing ULSD. Reports indicated thating sulfur content.the corrosion formed quickly, without warning, and disabled newly installed UST equipment in as littleTHE BIODIESEL content in ULSD had no strongas a month. The problem was typically discoveredor clear correlation with corrosion.when recently installed fuel filters suddenly clogged. The corrosion seemed to follow no established pat-ETHANOL was found at very low levels in diesel tern. Accelerated corrosion could appear in one retailfuel, likely due to cross contamination in handling. diesel fuel tank, but not in a competitors similar tankThe combination of ethanol and some microbes can across the street. The problem was not isolated to anylead to acetic acid formation which might contribute one geographic area and no specific atmospheric orto increased corrosion on the tank bottom or in the weather patterns were identified as ideal to promotevapor space above the fuel level. This observation accelerated corrosion. Instead, the phenomenonsupports the hypothesis that acetic acid formation is spread out unevenly across the North, South, East andlinked to microbial action on ethanol contamination Western regions of the country. in the diesel fuel UST (by which pathway ethanol Two studies were initially undertaken to discover thecontaminated the diesel fuel has not been defini-cause of the accelerated corrosion; one by the Cleantively established).Diesel Alliance, partially funded by PMAA (nowThe full CRC accelerated corrosion report can be down-EMA) and the other by the U.S. EPA. Both studiesloaded at https://crcao.org/wp-content/uploads/2021/07/were limited to conducting research on UST systemsDP-07-16-01-FINAL-REPORT-REV-30JUL21-COMPLETE.pdf . 16 www.wpma.com / Autumn 2021'

domain: literature


Metal Pouring Time!
For today’s episode of “You Can’t Do That In Your Brooklyn Apartment!” I have a throwback to work I could make when open space and open flames were bigger parts of my life. The topic du jour is lost-wax bronze casting, just like humans have been doing for almost 6000 years.
No matter what you’re planning to cast, you always start the same way, by making the original model. Some people like to work directly in wax, but the model can be made from just about anything, although in many cases a wax copy of the original may prove necessary.
In this case, I mostly skipped the wax since my original model was made with acorns. Although they don’t melt as cleanly as wax, acorns won’t survive the burn out process, so I can avoid having to make what would end up being the fairly complex multi-part mould necessary to produce a wax copy of the sculpture. The model, however, needed some additions in order to get it ready for casting.
If you’re planning to pour liquid metal into a vessel, you should probably make sure there’s an opening to pour into. Additionally, unless you’re pouring in a vacuum, your shell isn’t actually empty; it’s chock full of air, and it all needs to go somewhere else if you want to fill the whole thing with metal. Unfortunately, because molten metal cools very quickly once it leaves the crucible, there’s no time for air bubbles to rise to the surface and escape naturally, so the metal needs to force the air out of its way in order to prevent bubbles from ruining the casting. In order to facilitate getting the metal in and the air out, shells need to include a large cup to pour into, as well a series of tubes, called sprues, runners, and gates, which guide the metal from the cup to the primary cavity, and also allow the air to be pushed out through vents.
Wax will adhere well to most surfaces, acorns included, but proper technique is important in order to create a strong weld; in particular, the surfaces need to be evenly heated. In order to weld wax to wax, I briefly heat a thin metal blade or putty knife under a flame, then place the blade inside the joint so that both wax surfaces heat evenly. Quickly and smoothly removing the blade brings the two pieces into contact, and if done well they will weld together and become a single piece. Acorns aren’t quite as easy to weld to, since the irregular surface is difficult to heat evenly. In order to connect gates to the model I had to use a heat gun to flow wax into the crevasses. At this point, the model is entirely finished and is ready for shelling.
Shelling refers to the process for creating the negative vessel for the bronze. The shell is created by dipping the model into a silica slurry and coating it with silica sand of various grits. This is repeated over the course of several days in order to build up a ceramic shell at least half an inch thick, still leaving the top of the cup open.
Once the shell is sufficiently thick, it’s finally time for the lost-wax part of lost-wax casting. The dried shells are placed upside down in a kiln (we refer to the cup as the top of the mold), and heated for several hours. The burnout process serves two purposes: First, the wax is literally lost as it melts and flows out through the cup. Second, the kiln bakes the shell, drying and hardening it. Notice how the shell changes from yellow to white. Once burnout is complete you are left with a sturdy, hollow shell, ready for casting.
(Sometimes burnout doesn’t go perfectly. My acorns burned nicely, but ash isn’t a liquid so they didn’t all make their way out of the shell the way they were meant to. Luckily, it wasn’t something an air hose and some patience couldn’t solve.)
From there, it’s time to pour. Or at least start the furnace. Bronze melts between 850º and 1000º C depending on the alloy, and when you’re working with that sort of heat it’s best not to rush. In particular, the enemy of a good pour is moisture. At such high temperatures, water boils instantly, and the rapid expansion can damage the shells, the equipment, and of course anyone unfortunate enough to be standing nearby. Before it even goes into the crucible, the bronze must be heated to get rid of all traces of moisture; even the ambient moisture is enough to be dangerous. The shells are also reheated in the kiln and stored there until the last moment to keep them dry.
At Skidmore we had a relatively elaborate setup for casting, including a motorized gantry to hoist a much larger crucible than we could use otherwise, but the principles are the same no matter the scale. Before pouring, we scrape the slag off the surface of the molten bronze. Slag is a mixture of impurities in the metal, and in the melting process it accumulates at the top of the crucible. It’s unsightly, and of course we don’t want to get any in the molds.
It’s important to pour from an appropriate height. The bronze cools quickly, and if a pocket of air gets in its way then the result can be a void or an inclusion. Pouring from an elevated position utilizes gravity so that the bronze moves through the mold fast enough to prevent inclusions.
Once the molds have cooled, the finished models can be removed. The release process is sort of like opening a present, but with a hammer. Once the shell is all gone (depending on how complex the model is, this can take quite a while) the sprues, now solid metal, are cut off as waste. Sometimes sprues can be cleverly concealed on the model, but typically they leave ugly spots that need to be cleaned up. The clean up is called chasing. Using a variety of tools, particularly die grinders, you work the surfaces until the marks from the casting process are gone. If there are voids or inclusions, they can be filled with a MIG welder and a bronze rod, and again chased to the desired texture.
Once the chasing is finished, the sculpture is essentially done, but it can be taken a few steps further. When it’s be freshly cleaned, bronze resembles rose gold. It rapidly oxidizes however, losing that luster and darkening. You can choose to let it age naturally, but that can lead to corrosion. Instead, by patinating the metal you can take advantage of the oxidation process and produce beautiful new colors in the metal. There’s a wide range of chemicals that can be used to patinate: ferric nitrate, cupric nitrate, and liver of sulfur are all popular, but you can get more exotic. I’ve even heard of people creating a patina from urine, although I don’t recommend that one. Once the desired color is achieved, a coat of wax locks in the patina and protects the surface from erosion.
From there, the final step is presentation. Not every sculpture needs a base, but in my experience, most benefit from one. At a minimum, it’s important to consider how a piece will be presented, and to factor that into the design process. I always like to add a hardwood base to my sculptures, unless they truly demand to be freestanding. It’s usually a good idea to drill and tap a small hole into the sculpture in order to fix it in place.
And then, suddenly, you’re done! Step back, crack a beer, and admire your work. Unless someone intentionally melts it down, it will look pretty unchanged 1000 years from now, when future archaeologists rediscover it. That’s about as permanent as your work can get.


text:
Adult flash game online play sex a man on a ledge online dating
There are also red spots that you have to collect for a limited time!This flash adult game gets hornier with each new level!Flash game size: The story continues right where the first part ends. Vanessa Vanderbuilt, the wife of the multi-millionaire real estate magnate Morris Vanderbuilt, shows up in front of a Sander’s family house.The goal of her visit is to check whatever she can still compete with Wendy in an upcoming cheerleader competition.Be sure to catch nuts, guitars and the mask, avoid spiders, piranhas and skulls.
Welcome to Erotic Games - Play sexy games, adult games online, free sex games, porn games. Find these angles to take some photos for your “collection”. Find them all to finish the game and see the complete ending! Since she is unconscious, you do not get any help in this part. Some scenes, marked with a star, have extra camera angles.The variety of sex scenes was also a treat, as well as the decent storyline that`s often difficult to find in games of similar visual quality. There should be an option to turn off the music while keeping the sound effects.Although, I do wonder how you would fail to recognize a girl you slept with a week ago... This game is a good shall we say, "test drive" for what this website has to offer.
Control the speed of the fucking by clicking plus and minus.

domain: entertainment


text:
March 27 to April 6, 2023
- Starting Price: $4,699 per person, double occupancy, air included from select cities.
- Activity Level: Moderate
- Travel Type: Ocean Cruise
- Ship: Regatta Deck Plan
- Add-Ons: Papeete Pre-Cruise
- More Information/Check Availability: NC State + Go Next website
- Tour Partner: Go Next
- Brochure: Brochure PDF
- Reservations: To ask questions or make a reservation on the phone, call WolfTreks Travel Manager Kathy Hart at 919-515-0508. To book online, use this form or this link.
A tropical paradise awaits you in French Polynesia! From languorous lagoons to wispy waterfalls, this 10-night cruise aboard Oceania Cruises’ Regatta will take you on an island-hopping adventure through the South Pacific.
French Polynesia strings together a trove of tropical sights and sounds. Snorkel in Papeete (Tahiti) and climb aboard a catamaran in Moorea or take an off-road safari to look for plump pineapples ripening in the fields. Spot sharks in crystal clear water in Fakarava. Watch dolphins dip and dive in Rangiroa and bob in the blue waters of Bora Bora. From beaches to boats to bottlenose dolphins—this cruise is a welcome respite from the winter blues.
Family and Friends Welcome
You don’t have to be an NC State graduate to travel with WolfTreks! We welcome family and friends.
Let’s Get Social
WolfTreks Mailing List
Join our WolfTreks mailing list to receive trip brochures and email information.


text:
Steps That Administrators Can Take to Address Secondary Trauma Stress
Insight Education Group
MARCH 30, 2022
Schools are realizing the very real presence of Secondary Trauma Stress (STS). In recent years, teachers have been included as those experiencing workplace Secondary Stress Trauma as well. The COVID-19 pandemic has left long-lasting impacts on educators and students alike.
Let's personalize your content

domain: sociology


text:
Apple Breeding: History and Cold Hardy Expertise
The University of Minnesota is known worldwide for its expertise in cold hardy variety research. For over a century, dedicated U of M researchers and fruit breeders have persevered in the development of hardy, high-quality apples that can thrive in harsh conditions of extremely cold winters and hot, dry summers.
The Minnesota climate is colder than most fruit-producing regions. It’s not surprising that the first apple breeding efforts in Minnesota looked to Russia; in 1865 about 150 apple varieties were imported for testing. In the early 1900s, U of M plant breeders collected wild trees as well as cultivars from New England and other Midwest breeders. Thousands of seedlings were grown from those parent trees. The record-breaking cold winter of 1917-1918 helped sort out the winners and the losers. Some progeny of 'Malinda', a New England variety, survived and led to the successful apples released in the 1920s, including 'Haralson' and 'Beacon.' Some 'Malinda' genes live on in varieties released decades later, including 'Honeygold.'
Apple seedlings are put through harsh trials of cold and disease. Today U of M researchers create severe winter conditions in laboratory freezers, inoculate seedlings with diseases, and use dwarfing rootstocks to reduce the years that a tree needs to produce fruit. Potential new varieties are also planted at commercial nurseries and at the University's North Central Research Center in Grand Rapids, Minnesota, the coldest horticultural research center in the lower 48 states. The research to arrive at desired qualities and characteristics takes decades.
University scientists also work to help home growers adopt strategies that can improve winter survival and pest management, such as bagging apples on trees when they are small to avoid pesticide use throughout the growing season.
Apple Breeding Staff
James Luby, Professor
B.S. Crop Science, Purdue University
Supervises University of Minnesota fruit breeding programs at the University of Minnesota's Horticultural Research Center. Involved in introduction of 26 fruit varieties. Teaches courses in fruit production, viticulture and plant breeding.
David Bedford, Research Pomologist
B.S. Biology, Wheaton College
Manages apple and tree fruit breeding and evaluation programs at the University of Minnesota's Horticultural Research Center. Involved in introduction of Honeycrisp, Zestar!® and SnowSweet® apples.

domain: agronomy


Merged requested to merge lime/segelbot:patch-1 into master
Now starts all sentences at a word with a capital first letter and ends them at a period, a question mark, or an exclamation.
Bumped max length to 30 words.
If the generated sentence exists in the database verbatim, creates a new one.
Added a standalone mode when run as main. Mostly for testing.


text:
For many, a white Christmas is what makes the season special. But, here in the UK, we all know too well that the chances of a snow-filled Christmas are slim.
Sadly, we'll probably see more rain than snow on Christmas this year. Grahame Madge, a spokesman for the Met Office, tells Country Living: "For the majority of the UK, Christmas Day looks largely settled with any significant showers likely to be confined to northern coasts. After the clearance of early frost and isolated fog, most areas will be dry, with temperatures generally lower than average to near normal."
According to research conducted by the Met Office, "we are more likely to see snow between January and March than in December, with snow or sleet falling an average 3.9 days in December, compared to 5.3 days in January, 5.6 days in February and 4.2 days in March."
Mark Saunders, a professor of climate prediction at University College London told The Express that we're more likely to see temperatures plummet during January and February 2020. "This would rank 2020 January-February central England as the coldest winter since January-February 2013. It would also rank January-February 2020 as the seventh coldest winter in the last 30 years, and the 23rd coldest winter since 1953."
So, what's the official outlook for December 2019?
A spokesperson from the Met Office said to The Express: "It will almost certainly snow at some point this winter, but we cannot provide much more specific details than that at this stage.
"It is predicted to snow over the next few days over the high grounds, about 200-300 metres."
Over on their website, the Met Office explain: "In terms of the statistical likelihood of snow based on climatology, we know that a snowflake has fallen somewhere in the UK on Christmas Day 38 times in the last 54 years, so we can probably expect more than half of all Christmas Days to be a 'white Christmas'."
Whatever the weather, it's wise to keep an eye on the forecast where you are.
Like this article? Sign up to our newsletter to get more articles like this delivered straight to your inbox.

domain: news


text:
Standard Specification for Commercial Hexanes
|Publication Date:||10 December 1999|
|ICS Code (Aliphatic hydrocarbons):||71.080.10|
1.1 This specification covers the range of products commonly referred to as hexanes, which find uses in the preparation of adhesives, coatings, and printing inks, as raw materials in chemical synthesis operations, and as solvents in various kinds of extraction operations.
1.2 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.
1.3 For specific hazard information and guidance consult supplier's Material Safety Data Sheet.

domain: chemistry


White House Office of Faith-Based and Community Initiatives Convenes 'Compassion in Action Roundtable' to Discuss Substance Abuse Treatment and Recovery Support
Contact: Alyssa J. McClenning, White House Office of Faith-Based and Community Initiatives, 202-456-7345
WASHINGTON, Sept. 10 /Christian Newswire/ -- On Thursday, September 20, 2007, the White House Office of Faith-Based and Community Initiatives will convene a Compassion in Action Roundtable with a discussion entitled, "Expanding the Substance Abuse Treatment Paradigm: Faith-Based and Community Partnerships Toward Recovery Support."
The Roundtable will include presentations from Federal and State representatives on promising models of combating substance abuse through recovery support services. The discussion will demonstrate how all levels of government can effectively partner with faith and community-based organizations to help those in need. Additionally, researchers will present positive findings for the lasting impact of recovery support services on substance abuse treatment outcomes.
The Roundtable audience will be comprised of government officials, policymakers, business leaders, foundation representatives, philanthropists and faith-based and community leaders.
Compassion in Action Roundtable: "Expanding the Substance Abuse Treatment Paradigm: Faith-Based and Community Partnerships Toward Recovery Support"
Where: Eisenhower Executive Office Building, Room 450, Washington, DC
When: Thursday, September 20, 2007, 9:30 a.m. -- 11:30 a.m. EST --Members of the press must be at the Northwest Appointment Gate by 9:00 a.m. EST
Note: Members of the press who do not have a White House press credential must fax his or her name (as it appears on his or her driver's license), Social Security number and date of birth on company letterhead to (202) 456-9720 no later than 3:00 p.m. on Wednesday, September 19, 2007. For additional credentialing or logistical questions, please call (202) 456-7345.


text:
In order to reexamine the taxonomic coherence of Tofieldia nuda, which shows wide morphological variation within the species, we analysed sequences of plastid trnK, trnL, and trnL-F and nuclear ITS of T. nuda and seven further species of Tofieldia. We found that T. nuda contains three different lineages supported with 99% or 100% bootstrap value: one lineage sister to T. coccinea (100%), one linage sister to the Chinese species T. divergens and T. thibetica (98%-100%), and a third lineage sister to the second lineage plus T. divergens and T. thibetica (99%-100%). As the wide morphological gaps among T. nuda, T. coccinea, T. divergens, and T. thibetica prevent us from considering them as conspecific with one another, the three lineages of T. nuda are regarded as different at the species level. The first lineage corresponds to T. nuda s.str., the second to T. furusei (formerly T. nuda var. furusei), and the third to T. yoshiiana, often considered a synonym of T. nuda. Tofieldia yoshiiana is further divided into three varieties, var. yoshiiana, var. kanwonensis comb. nov. and var. hyugaensis var. nov. A key to the three species and varieties is provided.
- Molecular phylogeny
ASJC Scopus subject areas
- Ecology, Evolution, Behavior and Systematics
- Plant Science

domain: biology


Kenin regained 40 places in the rankings after the final in San Diego
Photo: Lexie Wanninger/San Diego Open
Guadalajara (Mexico) – Finalist in San Diego last Saturday, Sofia Kenin took advantage of the good time on the circuit and started with a victory at the WTA 1000 in Guadalajara. The North American beat Canadian qualifier Carol Zhao by 6/4 and 6/3 in just 1h22 of play this Monday.
Kenin recovered 40 positions in the rankings thanks to his good campaign in San Diego and appears this week in 53rd place. The former world number 4 and 2020 Australian Open champion has suffered from injuries and health problems in recent seasons, and was ranked 280th in January. Her next opponent will be the Ukrainian Anhelina Kalinina, 28th in the world.
– wta (@WTA) September 19, 2023
At the start of the second round, Karolina Pliskova was overtaken by the American Hailey Baptiste, 21 years old, only 174th in the ranking, by 7/6 (7-5), 5/7 and 7/6 (7-4). ) in a long match of 2h52. This is Baptiste’s second victory over Pliskova, repeating the result achieved in Washington last month.
The match had its ups and downs, with 11 breaks of serve, 6-5 for Pliskova and 20 break points played. After winning the first set in the tie-break, Baptiste led the second set by 5/3. She committed three double faults while serving in the match and allowed the Czech to react, which tied the set. The former number 1 opened 5/2 in the last set and had a match point, but the young American recovered and won in another tie-break.
Guaranteed in the round of 16, Baptiste can face the French Caroline Garcia, third seed and number 11 in the ranking or the Belarusian Aliaksandra Sasnovich, 89th. Pliskova, who currently sits 36th in the rankings at age 31, suffered another early elimination. In recent weeks, the Czech stopped in the second round of the US Open and her debut in San Diego.
Kudermetova has work to do against Bouchard
The one who avoided early elimination was Veronika Kudermetova, seeded seventh and 19th, who needed three sets and 2h50 to beat Canadian guest Eugénie Bouchard 6/2, 6/7 (4-7) and 6 /4. A The Russian could face Victoria Azarenka or Dayana Yastremska.
Potapova and Paolini also eliminated
– wta (@WTA) September 18, 2023
Anastasia Potapova, 11th seed in Mexico and 26th in the rankings, did not advance through the first round. The Russian lost to the Colombian Emiliana Arango, only 180th, by 6/4 and 6/3. Arango will be the rival of the American Sloane Stephens, who beat her compatriot Ann Li on Sunday by 7/5 and 6/4.
Another seed eliminated in the second round was Jasmine Paolini, 35th in the world, beaten by Martina Trevisan, 54th, in an Italian duel by 7/5 and 6/2. Trévisan could face Tunisian Ons Jabeur, top seed, or American Alycia Parks.
“Prone to fits of apathy. Beer evangelist. Incurable coffeeaholic. Internet expert.”


text:
Grace's Guide is the leading source of historical information on industry and manufacturing in Britain. This web publication contains 148,138 pages of information and 233,680 images on early companies, their products and the people who designed and built them.
Edgar Middleton Boote (1883-1942) of James Booth and Co
1941/42 Obituary
Edgar Middleton Boote was born in 1883 and educated at Sheffield Central School and Sheffield University, where he obtained an Associateship in Metallurgy.
He received his engineering training with Charles Cammell and Co., Ltd., of Sheffield, and subsequently joined the firm of Samuel Osborn and Co., Ltd., as an analytical chemist. In 1911 he became Chief Chemist and Metallurgist to the London General Omnibus Co., Ltd., and remained with the Company until 1917, when he became Manager of Martinos Treating and Testing Works, Coventry.
From 1921 he was Technical Representative with various firms - G. Turton Platts and Co., Ltd., The United Steel Co., Ltd., Poldi Steel Co., Ltd. - and latterly with James Booth and Co., Ltd., of Birmingham.
He was elected a Member in 1919 and had served as a Member of Council for thirteen years.
He died on 15th May, 1942, at the age of 59.
1942 Obituary
Mr. Edgar Middleton Boote died on May 15, 1942, at the age of 59.
He was born at Bradford and received his early training at the Central Higher School, Sheffield, later passing to the University College (now the University of Sheffield) to take the full engineering course. After that he entered the Metallurgical Department and was awarded the Associateship in Metallurgy in 1907.
For the next few years he was engaged in the laboratories of several important Sheffield steel-works and became Manager of the Crucible Melting Department of Samuel Osborn and Company, Ltd.
He then moved to Coventry as Manager and Metallurgist of the Martino Treating and Testing Works, which appointment he held until the works were closed in 1921.
His next appointment was as District Manager for the Poldi Steel Company (England), Ltd., to be followed seven years later by a post with the United Steel Companies Group as Technical Representative. In 1931 he took up various appointments in a similar capacity on behalf of prominent manufacturers of steel forgings, castings, springs, &c., and at the time of his death he was engaged with James Booth and Company (1915), Ltd., Birmingham.
Besides being a member of the Institute of Metals, to which he was elected in 1912, Mr. Boote belonged to numerous other scientific and technical societies. In addition, he was a Past-President of Coventry Rotary Club and had attained high dignity as a Freemason.

domain: library


text:
Get to know this Filipino main stylist of ‘The King: Eternal Monarch’
Meet this Filipino main stylist of the K-drama The King: Eternal Monarch featuring the tandem of South Korean superstars Lee Min Ho and Kim Go Eun.
Another Pinoy landed in an international career in the fashion industry and his name is Jack Cruz from Davao. Based on the article from Chingu To The World, Jack has been working in the world of fashion outside the Philippines for 10 years now.
He landed a fashion gig in South Korea when he styled EXO Channyeol 4 years ago for a magazine photo shoot. After that start, he already did many projects already in the same field. However, one call from a director took his styling stint to a higher level.
“I was more focused on doing magazine covers and ad campaigns for some brands like Cartier, Estée Lauder, Calvin Klein etc. but everything changed when I received an offer directly from Mr. Kim Won Seok (director of Arthdal Chronicles) asking me to style the looks for the series” Jack shared.
That project opened his awareness in the world of K-dramas. He said that at first, he was hesitant to do the project because it was not his safe zone. However, the cast was so warm to him. “I remembered filming our first few scenes and we were like outdoors. I forgot my insect repellent and Joong Ki noticed that I was itching while styling him and then he gave me his and from that he has been sending me and my team packs of repellents weekly,” the Pinoy stylist said.
When the offer came to his way to be the stylist of The King: Eternal Monarch, Jack Cruz said that he was unsure at first. “I wanted to have a break after my first series but who am I to say no to the very person who introduced me to the world of K-Drama (Lovers in Paris, Descendants of the Sun, Goblin) right? So I said yes haha,” the Filipino main stylist of the K-drama said.
He also shared that it took him a month to conceptualize because he had to deal with outfits from different generation. Working with the big stars in South Korea, Jack shared that he felt pressured, especially talking about their huge fan base.
However, he is glad that he got the trust of the main cast. Jack Cruz even shared one encounter with Lee Min Ho. “One night after filming, Lee Minho offered to drop me off at my place. While on our way I was very vocal to him that I am quite nervous on how his fans will take all the looks that I created for him and he just went like “I trust you and you are good with what you do,” the stylist said.
Watch the trailer.
What can you say about this?


text:
Glitch-craft ambient. Beautiful electro sound, aiming at the space between C148’s Minecraft and soft, minimal synth quirkiness.
More than a year after I received this public review suggestion on my blog’s About page, I finally got into the right mood for reviewing this quiet gem. If you search for uplifting power pop music, stop right here! If you seek a calm and subtle delight, read on. Continue reading “Golden Grey –  Awaken the Wolf”
Trippy glitch electronica. This album leans more towards the experimental side. It might need some time to be heard in total. But it might yield some exceptional moments in return. I better let the artist explain:
All of the other songs are from personal experiences both good and bad and the making of this album is the process I turned to, to help me deal with them. It’s my hope that perhaps someone having had a similar experiences, might identify with one of the songs and perhaps find comfort in that process.
Continue reading “Candlegravity –  Junpei”
Classic netaudio sampler. Nowadays, netlabel Acroplane release new albums on Bandcamp. Unfortunately, they did not move all their releases there. Fortunately, their back catalogue is archived at my favourite well-known place. This compilation has 18 diverse tracks from chiptunes over breakcore to glitchy IDM. Continue reading “Various Artists –  Netaudio 2009 – Acroplane and The Centrifuge”

domain: artistic


The Toyota w58 transmission is used in several vehicles, including the Supra, Celica, and Cressida. It is the most powerful transmission in the W family, and its gearing is more aggressive than the W57. Its gearing ratio is 3.485:1 in the first gear, and 0.783:1 in the fifth gear. The 3.385:1 first-gear ratio makes it suitable for driving up to 68 mph.
The W58 is a four-wheel-drive transmission that was manufactured by Toyota Motor Corporation. It shares a bell housing-to-body bolt pattern with other Aisin-built transmissions, and the gear ratios are comparable to the W57 and W58. This was a common truck transmission and was available for both front- and rear-drive vehicles. These types of vehicles also have a high-power overdrive ratio, making them useful for higher-powered vehicles.
The Toyota W58 has a unique shape that enables it to shift between four and three ratios without altering the vehicle's overall weight. The transmission is a close-ratio unit, though it doesn't meet all of the closed-ratio criteria. This transmission is the favorite of Toyota engineers, and is found in many models. While the W57 and W58 are both capable of converting power to the rear wheels, the W58 is even stronger for higher-powered vehicles.
A Toyota W58 transmission is an excellent choice for high-powered applications. The W58 was made for use in trucks and other heavier-duty vehicles. The W58 features a low-ratio for heavy-duty applications, and is similar to the W57/W58 in terms of gear ratio. Its low-ratio design helps accelerate heavy-duty vehicles, but it has a high-power ratio.
The W58 was the first Toyota transmission to offer ratio shifts for both two- and four-wheel drive vehicles. It replaced the steel-case W40 in 1980 and was the first transmission offered with a rear-wheel drive version. The W58 had a direct 1:1 ratio in the 4th gear and a shortened intermediate shaft, and its rpm drop was similar to the W57/W58.
The Toyota W58 is a two-wheel-drive transmission. Its ratios are similar to the W57/W58. The W56 has a higher rpm than the W57/W58. This transmission was used in both four-wheel-drive and two-wheel-drive applications. In addition, the W58 was also the first to use overdrive. Its four-wheel-drive version has a direct 1:1 ratio between the input shaft and the intermediate shaft.
A Toyota W58 transmission is an excellent choice for any vehicle. It is compatible with most Toyota vehicles and has an excellent first- and third-gear ratio. It is also compatible with the 2.4-liter model of the Camry. While the Toyota W58 is not an original choice for the Triumph six, it has many benefits over its four-speed counterpart. These two cars were designed for different purposes. They all have a unique look, but most have the same basic mechanical components.


UGC award for DN Dhanagare
Former vice chancellor of Shivaji University (SU) and noted sociologist DN Dhanagare has been chosen by the University Grants Commission (UGC) for the 'UGC National Swami Pranavananda Saraswati Award'.
The chairman of UGC Sukhdeo Thorat in a letter to Dhanagare said that the commission on the recommendation of the expert committee has unanimously decided to bestow on him the award for 2007. Thorat said that the award is in recognition of his outstanding scholarly contribution to his field. The award carries a sum of Rs50,000 and a citation.DN Dhanagare
Copyright restricted. Under license from www.dnasyndication.com


Hispanic Heritage Month - Celebrating Diversity in Transportation
by Zack Magallanez
October 2, 2023
Happy Hispanic Heritage Month from the Alamo Area Metropolitan Planning Organization (AAMPO) team. As we celebrate this month, let's take the time to acknowledge the profound influence Hispanics have had on various aspects of American society. While we often think of cultural contributions in the form of music, art, and food, one overlooked area is in the transportation sector. This blog post shines a light on the significant role Hispanics have played in shaping the transportation landscape in the U.S. It also pays tribute to an exemplary figure in this field, Federico Peña, who served as the Secretary of Transportation during the Clinton administration.
Hispanic Legacy in Transportation
Transportation is one of the nation’s vital networks, one that connects people, goods, and cultures. Transportation is the means to access employment, education, and goods, therefore, it is essential to the nation’s economic health. Over the past few decades, countless Hispanics have made invaluable contributions to the American transportation sector, helping it evolve and expand into what it is today.
Building the Railroads: Hispanic laborers played an important role in the construction of the transcontinental railroad. For instance, traqueros or 'track workers' were Mexican and Mexican American laborers who were instrumental in the building and expansion of the railroad throughout the nation, between the late-19th and early-20th centuries. The traqueros tireless effort helped unify the nation and facilitated the movement of people and goods across the nation. Their legacy lives on as being foundational contributors to the transportation system as we know it today.
Aviation and Aeronautics: Hispanics have played pivotal roles in the history of American aviation and aeronautics. Their contributions span across various domains, from military service as decorated pilots and navigators to pioneering advancements in aerospace engineering and technology. They also excelled as astronauts, like Ellen Ochoa, the first Hispanic woman in space. Hispanics have broken barriers and have been instrumental in promoting diversity and inclusion within both industries. Their enduring legacy continues to inspire and shape the trajectory of American aviation for generations to come.
Public Transit: Hispanics have made significant contributions to the development and operation of the American public transit system. They have served as transit workers, operators, and engineers, ensuring the safe and efficient movement of millions of passengers daily throughout the nation. Moreover, many Hispanic leaders have risen to prominent positions within public transportation agencies, advocating for improved accessibility, sustainability, and equity in public transit services. Their dedication to enhancing public transportation has played a vital role in shaping the accessibility and functionality of these systems across the nation.
Federico Peña: A Trailblazer in Transportation
One notable figure, who left an incredible mark in the transportation field, is Federico Peña. A native of Laredo, Texas, Mr. Peña was born in 1947, attended law school at the University of Texas at Austin, and worked as a lawyer in Texas and Colorado. When he moved to Denver during the early part of his career, he worked for the Mexican-American Legal Defense and Education Fund (MALDEF). After his years working as a lawyer, Peña ran for and was elected to the Colorado House of Representatives. In 1983, he ran for mayor of Denver, ultimately winning and becoming the city’s first Hispanic mayor. Mr. Peña was chosen to serve as Secretary of Transportation during the Clinton administration from 1993 to 1997.
Key Accomplishments of Federico Peña
Advocating for Leadership: Peña had an unwavering commitment to the belief that the Federal government should play a pivotal role in shaping the nation's transportation systems. He was a vocal supporter of the Transportation Investment Generating Economic Recovery (TIGER) program, which aimed to provide competitive grants for innovative transportation projects, ensuring that federal funds were directed toward projects that had a transformative impact on communities.
Promoting Sustainability: Under Peña's leadership, the Department of Transportation made significant strides in promoting sustainable transportation options. His initiatives aimed to reduce air pollution and congestion through the development of public transit systems, bicycling infrastructure, and clean energy transportation.
Embracing New Technologies: Peña was a staunch advocate for Intelligent Transportation Systems (ITS), which encompasses the integration of cutting-edge technologies into transportation infrastructure and management. Under his leadership, the Department of Transportation invested in research and development projects to advance ITS solutions. These initiatives aimed to improve traffic management, enhance road safety, and reduce congestion by using technologies such as traffic sensors, digital communication systems, and real-time traffic data analysis. Prior to the end of his tenure as Secretary, Peña selected four metropolitan areas for ITS demonstrations, one of which the was San Antonio metro area.
Advancing Civil Rights: Early in his career, Peña spent the majority of his time practicing Civil Rights Law. During his time at MALDEF, he represented Latinos in cases involving discrimination, voting rights, and equal access to education and housing. His legal work was instrumental in challenging discriminatory practices and promoting civil rights in Colorado.
Celebrating Diversity and Progress
Hispanic Heritage Month offers a distinctive occasion to commemorate the rich mosaic of American culture and history. By acknowledging the remarkable contributions of Hispanics, as epitomized by the accomplishments of Federico Peña, we are reminded of the many voices and talents that have played a pivotal role in shaping our great nation. As we pay tribute to these achievements, let us cast our gaze toward the future, envisioning a transportation industry enriched by diverse perspectives and experiences from all its contributors. This collective effort paves the way for a more inclusive, equitable, and sustainable world.


Incoloy 825 is made from a combination of superior elements such as nickel, chromium, and iron. This combination allows this material to handle oxidizing and reducing acids, phosphoric and sulfuric acids, alkalis, & seawater. Thus, an ideal material for use in the chemical processing plants industry, oil, and gas, etc.
Tuolian Incoloy 825 has also excellent mechanical properties, including high-strength & good ductility. Hence, it can be easily fabricated using common techniques such as welding, machining, and hot & cold forming.
At Tuolian, we can provide high-grade Incoloy 825 forms such as plates, sheets, bars, pipes, tubes, strips, rods, and more. You can avail sheets in .020 to.156” thicknesses, plates up to 3’’ thick, seamless pipe up to 8” NB, tubes up to 1-1/2” OD, and strips in coil up to 12” wide lighter gauges. Custom sizes and thicknesses are available to support your specific requirements.
- EN 2.4858
- JIS NCF 825
- UNS N08825
- DIN NiCr21Mo
- ASTM B424
- Alloy 825
Mastering Incoloy 825: A Comprehensive Guide for Engineers and Material Scientists
The distinctively diverse qualities of Incoloy 825 set it apart in the universe of materials. Composed of Nickel, Iron, and Chromium, it’s created to resist corrosion.
Indeed, this super alloy excels in extreme environments. Significantly, its embedded Molybdenum bolsters the resilience to pitting and crevice deterioration.
Understanding Incoloy 825
Incoloy 825’s secret lies in its chemical makeup. Nickel dominates at 38-46%, followed by Iron at 22% minimum. Chromium, at 19.5-23.5%, brings corrosion resistance.
Molybdenum, 2.5-3.5%, improves pitting resistance. Copper, at 1.5-3%, fights sulfuric acid corrosion. These figures, of course, represent an ideal range. The exact percentages may vary slightly.
Incoloy 825, robust and reliable, withstands high temperatures. Its melting point falls between 2500-2550°F (1370-1400°C). This property, essential in many industries, allows the alloy to maintain its integrity under extreme heat.
Density also plays a key role in Incoloy 825’s performance. Its density is 8.14 grams per cubic centimeter (g/cm3). Consequently, the alloy’s substantial weight contributes to its durability and strength.
Incoloy 825’s thermal conductivity, another important feature, stands at 11.1 W/mK. This means heat moves quickly through the alloy, a desirable trait in high-temperature applications.
Tensile strength, a measure of resistance to breakage, is 85 ksi (585 MPa) for Incoloy 825. This high value signifies the alloy’s ability to withstand large amounts of force without breaking.
Incoloy 825’s yield strength is 32.5 ksi (224 MPa). This figure denotes the stress at which the alloy begins to deform plastically, or permanently.
Regarding hardness, Incoloy 825 registers a Brinell hardness of 150-200. This rating implies the alloy’s ability to resist indentation and wear.
In terms of elasticity, Incoloy 825 exhibits a modulus of elasticity of 28.3 x 10^3 ksi. This means the alloy has a high capacity to return to its original form after stress.
The immunity of Incoloy 825 to corrosion is genuinely exceptional. Its chromium content enables it to withstand oxidizing conditions, while its nickel component enhances resistance to reducing environments.
Its molybdenum and copper constituents bolster its strength against pitting, crevice degradation, and even against sulphuric and phosphoric acids. This makes Incoloy 825 an ideal choice for applications that require exposure to corrosive substances.
Incoloy 825’s metallurgical structure is austenitic. This means it has a face-centered cubic crystal structure, which contributes to its excellent mechanical properties and corrosion resistance.
The alloy’s austenitic structure, combined with its high nickel content, also allows it to maintain stability and strength at high temperatures. As a result, Incoloy 825 is favored for uses in rigorous circumstances, like those encountered in industries such as chemical, oil, and gas.
|Alloy Name||Incoloy 825|
|Chemical Composition||Nickel (38-46%), Iron (≥22%)
|Melting Point||2500-2550°F (1370-1400°C)|
|Thermal Conductivity||11.1 W/mK|
|Tensile Strength||85 ksi (585 MPa)|
|Yield Strength||32.5 ksi (224 MPa)|
|Hardness||Brinell hardness of 150-200|
|Modulus of Elasticity||28.3 x 10^3 ksi|
|Corrosion Resistance||High (Due to Chromium, Molybdenum, and Copper content)|
A Detailed Table on Incoloy 825
Manufacturing And Processing Of Incoloy 825
Raw Material Selection
Incoloy 825, an alloy with 38-46% nickel, 19.5-23.5% chromium, and 2.5-3.5% molybdenum, owes its robustness to precise raw material selection. Copper and titanium, contributing 1.5-3% and .6-.2% respectively, enhance corrosion resistance.
Thus, meticulously chosen raw materials ensure Incoloy 825’s superior performance. Iron, the remainder, balances the composition, rendering versatility to the alloy.
This specific composition confers commendable resilience against sulphuric and phosphoric acids. So, industries value Incoloy 825 for its superb chemical resistance, high mechanical strength, and optimal weldability.
Melting and Casting
Melting and casting Incoloy 825 involves maintaining a temperature range of 2450-2630°F. These crucial steps mold the alloy into desired forms. After the alloy reaches the optimal melting point, it pours into molds, creating ingots or billets.
With precise temperature control, the alloy solidifies uniformly, ensuring a high-quality casting. This process assures Incoloy 825’s impressive structural integrity.
Consequently, the outcome is a robust alloy, proficient in combating environmental and industrial corrosive conditions.
Hot and Cold Working
Hot working of Incoloy 825 happens at temperatures between 1600-2150°F. The subsequent cold processing further augments the alloy’s pliability.
Processes like forging, rolling, and extrusion occur during hot working. These methods shape the alloy into various forms, such as sheets, plates, or bars.
Cold working, on the other hand, refines the microstructure, increasing Incoloy 825’s toughness. Thus, the dual working processes elevate the alloy’s durability, making it suitable for harsh environments.
Heat treatment is a pivotal process for Incoloy 825. Conducted at 1600-1750°F, it ensures superior mechanical properties. After heating, rapid cooling or quenching follows. This process improves the alloy’s hardness and strength.
Also, heat treatment relieves stresses induced during manufacturing. These comprehensive steps ensure Incoloy 825 maintains its sturdy structure, even under high-pressure situations.
Surface Treatment and Finishing
Finally, surface treatment and finishing processes polish Incoloy 825’s appearance. Procedures like pickling, passivation, and electropolishing cleanse the alloy, removing any surface impurities. The processes amplify Incoloy 825’s immunity to corrosion, thereby extending its lifespan.
Moreover, the high-quality finish provides a visually appealing surface, making it desirable for applications where aesthetics are vital. Thus, Incoloy 825, with its superior surface finish, stands as a trusted choice in many industries.
Incoloy 825 can be a hot-rolled annealed & descaled finish. It is achieved by heating the material to a high temperature. The material undergoes cooling slowly to guarantee evenly annealed.
Dull finish (2D). This finish is produced by cold rolling Incoloy 825 material to a specific thickness. Then the annealing process is done to reduce any surface defects.
Bright annealed finish (BA). A highly reflective finish is produced by annealing the material in a controlled atmosphere.
Course bright annealed (CBA). It is a more textured finish, is more durable, and has a slightly coarser texture finish.
Cold rolling & bright annealing, also known as 2BA. This smooth and glossy finish is perfect for applications requiring a smooth, high-shine finish.
Whether you require a low-reflective finish, a highly reflective finish, or a textured finish, there is a finish available to suit your requirement.
Here is the comprehensive overview of Incoloy 825, a multifaceted composite of nickel, iron, and chromium. With remarkable corrosion resistance, it’s extensively used in multiple industries.
This blog aims to provide engineers and material scientists with a comprehensive understanding of Incoloy 825.
Welding Incoloy 825
Incoloy 825, an alloy, is known for exceptional resistance to corrosion. That trait is ideal in acidic, sulfuric, or phosphoric environments. Prior to welding, a clean surface is critical. Oxide layers, oil, grease, or dirt can hinder the process.
Preparation involves cleaning with solvents like acetone. A wire brush can remove stubborn surface contaminants. Preheating isn’t necessary due to the alloy’s low carbon content.
Room temperature, ideally between 21-25 degrees Celsius, is the best. Uniform heating prevents stress and distortion.
Suitable Welding Techniques
© Tungsten Inert Gas (TIG) Welding
TIG welding is highly suitable for Incoloy 825. The process gives high precision and clean welds. In TIG, a tungsten electrode delivers the current to the welding arc. Argon, the shielding gas, prevents contamination.
Welding parameters such as current and speed should be monitored. A current range of 50-200 amperes is ideal, depending on thickness. Too fast or too slow travel speed affects weld quality.
© Metal Inert Gas (MIG) Welding
MIG welding is another good method for Incoloy 825. Here, a wire electrode and shielding gas are utilized. Argon, with 2-5% oxygen, is typically used.
Wire feed speed can range from 3-15 meters per minute. The voltage varies between 16-28 volts, depending on thickness. The proper technique reduces spatter and ensures strong, clean welds.
© Shielded Metal Arc Welding (SMAW)
SMAW is a common welding process for Incoloy 825. An electrode covered in flux creates the weld. Current settings are crucial. Around 70-120 amperes is generally recommended. The electrode angle, typically 75-90 degrees, impacts weld penetration. Flux removal post-welding is essential to prevent corrosion.
After welding Incoloy 825, certain steps ensure weld integrity. Cooling should occur naturally in still air. Rapid cooling techniques can induce thermal stresses. A thorough visual inspection for cracks, porosity, or inclusions is important.
Non-destructive testing methods like ultrasonic or radiographic testing provide further assurance. Stress relieving at 600-650 degrees Celsius for one hour per inch of thickness can be beneficial. It can reduce residual stresses, enhancing service life.
Common Welding Challenges and How to Overcome Them
- Hot Cracking Risk –Incoloy 825, an iron-nickel-chromium alloy, possesses a moderate hot cracking risk. During the welding process, intense heat can lead to fissures.
Proper technique, however, can mitigate this risk. Preheating to 150-200 degrees Celsius reduces temperature fluctuations. A slow cool-down period post-welding aids in preventing cracks. Choosing the correct filler materials also plays a key role.
- Weld Decay –Sustained heating above 425 degrees Celsius can cause weld decay. This corrosion weakens the integrity of Incoloy 825 welds.
Solution annealing, applied after welding, helps reduce this problem. Heat treatment at 980 degrees Celsius, followed by a water quench, restores the alloy’s corrosion resistance.
- Porosity Issues –Gaseous inclusions, or porosity, might occur during welding. Shielding gas purity stands as a critical factor. A minimum of 99.995% pure Argon ensures high-quality welds. Maintaining a proper gas flow rate, of around 15-20 cubic feet per hour, is beneficial.
- Distortion –Heat distribution during welding might lead to distortion. Utilizing proper welding sequences and clamping methods helps maintain control. A low heat input strategy, around 1-2 kilojoules per millimeter, minimizes distortion.
- Undercutting –The edges of welds might suffer from undercutting. This condition compromises joint strength. Keeping a proper welding speed, approximately 4-6 inches per minute, averts this issue.
- Lack of Fusion –Incomplete fusion can occur during welding Incoloy 825. This affects the quality of the weld. Ensuring an ideal welding voltage, between 22-28 volts, helps achieve sound welds.
- Welding Fume Generation –Fumes, an undesirable byproduct of welding, may pose health risks. Proper ventilation, personal protective equipment, and fume extraction systems mitigate exposure. A fume extraction rate of 85 cubic feet per minute is a good benchmark.
- Oxidation –Post-weld oxidation can affect Incoloy 825. A back purging gas, typically Argon, helps prevent this. Maintaining an oxygen level below 50 parts per million ensures high-quality welds.
|Criteria||Pre-welding Preparation||TIG Welding||MIG Welding||SMAW Welding||Post-welding Treatment||Common Challenges|
|Incoloy 825||Clean surface||High precision welds||Good method||Common method||Natural cooling||Moderate hot cracking risk|
|Characteristics||No preheating||50-200A current||3-15m/min wire speed||70-120A current||Visual inspection||Weld decay risk|
|Temperature||21-25°C||Monitored parameters||16-28V voltage||75-90° electrode angle||Stress relieving 600-650°C||Preheating 150-200°C|
|Cleaning Method||Acetone||Argon shielding||Argon + 2-5% oxygen||Flux-covered electrode||Non-destructive testing||Solution annealing at 980°C|
Table on Incoloy 825 Welding
Forming And Machining Incoloy 825
© Hot Forming
You’re handling Incoloy 825, a nickel-iron-chromium alloy. During hot forming, elevate the temperature between 1600-2150°F. Remember, uniform heating prevents distortion. On reaching 1600°F, Incoloy 825 becomes pliable.
You can manipulate its form without causing cracks. At a peak temperature of 2150°F, the alloy can achieve a high degree of malleability. Yet, exceeding this limit might lead to grain growth. This compromises the metal’s integrity.
Therefore, manage temperature judiciously. Next, allow the formed part to cool. Air cooling suffices for most applications. This procedure retains the metal’s beneficial attributes, such as corrosion resistance.
© Cold Forming
Now let’s switch gears to cold forming. Incoloy 825 can undergo cold forming due to its ductile nature. You will experience increased strength and hardness with each deformation. However, the alloy’s workability reduces correspondingly.
Employing standard cold-forming techniques is practical. Yet, regular intermediate annealing at 1600-1700°F prevents work hardening. Therefore, ensure balance of the alloy’s hardening with its workability.
© Tool Selection
When machining Incoloy 825, tool selection plays a crucial role. High-speed steel tools are suitable. Use them when the machining speeds are low. However, for high-speed operations, prefer carbide-tipped tools.
The latter offers enhanced performance, reducing tool wear. Typical tool geometry includes a 10° to 20° rake angle. Also, a large relief angle facilitates chip flow. Remember, proper tooling prolongs the life of the machine and ensures quality output.
© Speed and Feed Rates
The machining process necessitates correct speed and feed rates. For Incoloy 825, use a surface cutting speed of 50-60 feet per minute.
The feed rate should be 0.007-0.015 inches per revolution. Adhering to these parameters provides optimal chip formation. Consequently, it reduces tool wear and heat generation.
During machining, keep the tool cool. Coolants assist in maintaining tool life and surface finish. For Incoloy 825, use water-based coolants. They provide excellent cooling and lubrication. Coolants also help in chip removal, a critical aspect of machining operations.
Post-forming and Machining Treatment
Post-forming and machining treatments on Incoloy 825 are essential. Following hot or cold forming, anneal the alloy. The process involves heating the alloy to 1600-1700°F. Then, hold for a period, followed by cooling at a specified rate.
Annealing softens the metal. It improves ductility and reduces internal stresses. Therefore, it makes the alloy ready for subsequent processing. For post-machining, clean the parts thoroughly. This removes coolant residue and machining debris.
Inspect the parts for defects. Any imperfections can lead to part failure during service. Hence, quality control is paramount.
Testing And Inspection Of Incoloy 825
Incoloy 825 is a robust alloy. Ultrasonic testing helps assess its integrity. Using high-frequency sound waves, defects within the alloy get detected. Sound waves can penetrate the surface, offering an inside look at the material.
For Incoloy 825, a frequency between 0.5 to 10 MHz often applies. Coupling gel aids the transmission of sound waves. Results come back in milliseconds. Interpretation by a skilled technician is crucial.
The presence of cracks, voids, or inclusions in the alloy becomes evident. The advantage lies in the testing’s non-intrusive nature.
Magnetic Particle Inspection
Magnetic Particle Inspection (MPI) is another technique. It reveals surface and near-surface defects in Incoloy 825. The alloy becomes magnetized under a magnetic field. Iron particles then apply to the surface.
Defects disrupt the magnetic field, attracting iron particles. The aggregation of particles indicates a defect. This process is swift and covers large surface areas.
Moreover, the alloy’s integrity stays intact. MPI is particularly effective for Incoloy 825 due to its ferromagnetic properties.
Dye Penetrant Inspection
Dye Penetrant Inspection (DPI) helps find surface-breaking defects in Incoloy 825. A dye penetrates any existing defects, enhancing their visibility. The dye is often red or fluorescent for easy detection.
DPI is a cost-effective and fast method. Its effectiveness comes from its simplicity. Any surface-breaking defects in Incoloy 825 become visible to the naked eye.
Tensile testing is crucial for Incoloy 825. It measures the alloy’s resistance to breaking under tension. The yield strength of Incoloy 825 is approximately 325 MPa. The tensile strength can reach up to 770 MPa. An elongation of 45% indicates good ductility.
An impact test assesses the toughness of Incoloy 825. The alloy gets subjected to sudden loads. The energy absorbed during fracture gets measured. For Incoloy 825, the Charpy impact test is common.
At room temperature, the alloy can absorb energy up to 100 Joules. The alloy exhibits excellent toughness even in low-temperature conditions.
Hardness testing evaluates the alloy’s resistance to deformation. For Incoloy 825, the Brinell hardness test is standard. The alloy has a Brinell hardness of around 150-200 HB. The impressive hardness of the alloy aligns with its superior resistance to wear.
Evaluations of corrosion reveal Incoloy 825’s resilience in diverse corrosive circumstances, demonstrating its superior defense against widespread and localized degradation.
Incoloy 825 shows exceptional performance in reducing and oxidizing conditions.
It has excellent resistance to sulfuric and phosphoric acids. Its resistance to pitting and crevice corrosion is also impressive. In chloride environments, the alloy’s performance is commendable. It can withstand stress-induced corrosion cracking in numerous circumstances.
Corrosion rates get measured in mils per year (may). For Incoloy 825, the corrosion rate in sulfuric acid at 80°C is 0.1 mph.
This indicates the alloy’s superior corrosion resistance. Furthermore, Incoloy 825 shows a commendable defense against grain-boundary deterioration. The alloy’s nickel content of approximately 38-46% contributes to this. Chromium, molybdenum, and copper also enhance its corrosion resistance.
Benefits Of Incoloy 825
Superior Resistance to Corrosion
Incoloy 825 showcases impressive corrosion resistance. Metals often succumb to rusting, yet Incoloy 825 stands firm. Its nickel content, reaching 38-46%, fortifies the alloy against rust.
Moreover, the alloy carries 19.5-23.5% chromium, enhancing its defense against oxidation. In essence, Incoloy 825 shields critical industrial components from corrosive elements, thereby prolonging their lifespan.
High Tensile Strength
Incoloy 825 possesses a high tensile strength. Values can reach 550 MPa, a testament to its robust nature. Thus, Incoloy 825 effectively resists breakage, deformation, and wear, even under considerable pressure. Consequently, industries that demand structural integrity often prefer this alloy.
Withstanding varying temperatures marks another advantage of Incoloy 825. Temperature resistance spans from cryogenic lows to highs of 540°C (1004°F). Such a range ensures the alloy’s performance in diverse industrial settings, regardless of the thermal conditions.
Ease of Fabrication
Despite its strength, Incoloy 825 is easy to fabricate. Thanks to its favorable mechanical properties, the alloy supports numerous manufacturing processes, including welding, forging, and machining. Hence, its adaptability makes it a favored choice for numerous industrial applications.
Resistance to Pitting and Crevice Corrosion
Unlike many materials, Incoloy 825 resists pitting and crevice corrosion. Exposure to chloride solutions often results in these forms of corrosion. However, due to its unique chemical composition, Incoloy 825 remains unaffected, ensuring durability in harsh environments.
Incoloy 825 exhibits resistance to radiation. In the nuclear industry, where radiation is prevalent, Incoloy 825 becomes invaluable. By withstanding radioactive conditions, the alloy ensures the safe operation of nuclear facilities.
Applications Of Incoloy 825!
Use in the Oil and Gas Industry
With its profound resilience against corrosion and oxidation, even under severe conditions, Incoloy 825 is instrumental in the functioning of oil and gas industry activities.
In a typical offshore drilling rig, around 100,000 tons of this metal might be used. Incoloy 825’s durability can withstand temperatures up to 550 degrees Celsius, ideal for high-pressure environments.
This hardy material also performs well in sulfide and hydrogen sulfide situations, common in oil fields. For example, a 5% concentration of sulfur compounds, which often cause corrosion, presents no problem for Incoloy 825.
Application in Chemical Processing Industry
In the chemical processing industry, Incoloy 825’s resilience under challenging conditions is a standout. Given its ability to resist acids and alkalis, this alloy frequently finds use in equipment handling corrosive chemicals.
Such equipment might, for instance, operate in environments with a pH range from 0 (very acidic) to 14 (very alkaline). The alloy’s resistance to pitting and crevice corrosion, even at high temperatures up to 550 degrees Celsius, makes it a top choice for chemical processing vessels and heat exchangers.
Utility in Marine Environments
In marine environments, Incoloy 825’s corrosion-resistant properties prove their worth. This alloy is resilient against the corrosive effects of seawater, which is typically 3.5% salt. Sea structures and vessels, like offshore platforms and ship hulls, often rely on this material.
Incoloy 825 performs admirably, resisting the corrosive impact of marine atmospheres, high chloride levels, and even the rapid temperature changes that occur in marine environments.
The material’s durability extends the lifespan of marine structures, a vital aspect of maritime industries.
Role in Nuclear Power Plants
In nuclear power plants, Incoloy 825’s robustness and resistance to nuclear radiation make it a valuable asset. This material’s properties remain stable even when subjected to high neutron flux, a common occurrence in nuclear reactors.
A single reactor might contain up to 75,000 fuel rods made from this alloy. The alloy’s superior resistance to stress corrosion cracking, even in temperatures of around 315 degrees Celsius, provides an extra layer of safety in these critical environments.
Use in Pollution Control Equipment
Incoloy 825’s resistance to corrosion and high-temperature performance make it suitable for pollution control equipment. Scrubbers and flue-gas desulfurization units operate at temperatures around 370 degrees Celsius, often utilize this alloy.
The alloy’s ability to withstand harsh acidic conditions, common in these systems, is essential. For instance, it can tolerate sulfuric acid concentrations of up to 40%, a critical parameter in pollution control operations. The use of Incoloy 825 thus enables the effective and safe operation of such equipment.
Safety And Environmental Concerns
Handling and Storage
Proper storage of Incoloy 825 enhances its lifespan. Maintain storage temperatures between 40°F to 100°F. Relative humidity should be less than 50%.
Keep in dry areas, away from harmful chemicals. Optimal storage conditions prevent corrosion, extending the material’s usage.
Personal Protective Equipment (PPE)
Safety comes first when handling Incoloy 825. Always use heavy-duty gloves to protect your hands from cuts or abrasions. Wear safety goggles to protect your eyes from metal fragments.
A helmet shields the head from potential impact. High-visibility clothing enhances safety in low-light conditions.
Disposal and Recycling
Recycling Incoloy 825 contributes to environmental sustainability. About 70% of spent Incoloy 825 is recyclable. Ensure proper disposal of non-recyclable parts.
Follow local guidelines for the disposal of waste materials. Recycling reduces the carbon footprint of production activities.
Environmental Impact and Sustainability
Manufacturing Incoloy 825 has an environmental impact. The energy-intensive process emits about 10 tons of CO2 per ton of Incoloy produced.
Yet, a 70% recycling rate offsets the impact. Sustainable practices in Incoloy production help mitigate these effects. Strive to use recycled materials to reduce the carbon footprint.
Future Trends In Incoloy 825
Advances in Manufacturing and Processing Techniques
- High-precision Cold Forming: Cold forming of Incoloy 825 shows promise. Despite 42% nickel content, cold forming is feasible. Surface quality improves remarkably. The reduction of material waste by 18% is a notable benefit.
- Laser Welding: Innovation in laser welding technology benefits Incoloy 825. Heat input control leads to stronger welds. The potential for increasing weld strength by 27% has been identified.
- Powder Metallurgy: Advanced powder metallurgy techniques impact Incoloy 825 positively. By enhancing uniformity, a 34% improvement in material properties can be achieved.
- Hot Isostatic Pressing (HIP): The HIP technique results in improved Incoloy 825 density. An increase of up to 8% in density is a significant achievement.
- Electrochemical Polishing: Electrochemical polishing ensures a smoother finish on Incoloy 825. A 20% increase in corrosion resistance is a marked advantage.
- 3D Printing：3D printing with Incoloy 825 is a burgeoning field. The potential for crafting intricate designs increases manifold.
¢ Influence of Digitalization and Industry 4.0
- Real-time Quality Control: Digitalization allows for real-time quality control of Incoloy 825. Reduction in defects by up to 30% is a significant benefit.
- Predictive Maintenance: Industry 4.0 enables predictive maintenance for Incoloy 825 processing equipment. An estimated 20% increase in machine uptime has been observed.
- Smart Manufacturing: Digital advancements have brought about smart manufacturing of Incoloy 825. A potential 12% increase in productivity is significant.
- Automation: The automation of Incoloy 825 processing enhances precision. A 15% improvement in dimensional accuracy is a remarkable advantage.
- AI-based Alloy Design: AI technologies aid in the optimized design of Incoloy 825. Enhanced alloy performance by up to 10% is a notable achievement.
- Cyber-Physical Systems: Cyber-physical systems ensure seamless Incoloy 825 production. A potential 18% reduction in production time is a major advantage.
Mastering the nuances of Incoloy 825, from chemical composition to processing techniques, offer a competitive edge in today’s industries.
Remember, every detail counts when working with this resilient alloy. Take advantage of the insights provided here to maximize the potential of Incoloy 825 in your applications. For more information, TuolianMetal is a trusted source for your industry needs.


text:
Dane County announced plans to purchase 82 acres of land in Vienna this week. If approved, the purchase would ensure that the land is preserved and protected from future development.
County Executive Joe Parisi said the goal is to reduce runoff caused by impervious surfaces.
“Instead of it being developed,” Parisi said, “we’re going to purchase this land. And when we have a heavy rain or flooding-type event, this land will be able to hold over 13 million gallons of water. So when we look at planning into the future…purchases like this are critical.”
Parisi said the land on Schumacher Road just south of Hwy. V was targeted for acquisition after being identified as a limited drainage basin, where water is retained by the subsoil instead of being diverted into nearby lakes or streams.
“One of the unique features of this property and the wetland here is that it’s internally drained,” said the county executive. “What that means is that, when it rains here and goes into this property, it doesn’t flow into the lake system.”
He said preserving such land is an integral part of the county’s flood-prevention efforts.
“If too many properties like this get developed where the water can’t sink into it,” Parisi said, “then it eventually gets diverted into the chain of lakes. So it just demonstrates how everything is connected. We’re a large county, and what happens in the rural areas impacts urban areas.”
The investment would represent the latest move in an $18 million effort to combat area flooding, which included a recent $10 million purchase for land adjacent to Pheasant Branch Conservancy.
“While that was a very important purchase and investment,” Parisi said, “just one is not enough. We have to look for areas where they have challenges. And when we have an opportunity to work with the landowner to preserve that land, we need to take advantage of it.”
The 82-acre property in Vienna would cost the county a reported $779,000.
Per an agreement with the seller, Koch Family Farm, LLC, a member of the company would continue cropping the land according to best management practices for the next 10 years.
A spokesman for the family, Jim Koch, said they are ready to let the land go.
“With the ag economy as it is,” Koch said, “it seemed like the right time to work with Dane County on turning this land into wildlife habitat and flood mitigation. My family began talks with the County on purchase of this land, and came to an agreement that brought us here today.”
Koch said heavy rains have taken a toll on his family’s business the past decade, leaving the land saturated and inconducive for any type of farming.
“The land became less agricultural and more wetland,” Koch said. “The land that I was able to farm varied widely from year to year. Record rainfall in 2008 and 2009 flooded this land, and even covered Hwy. V. And in the 10 years since then, we haven’t recovered it as farmland.”
Koch said he hopes the land will serve the county as well as it did his family.
“As our family grew,” Koch said, “the land helped take care of us. It was very productive farmland. But the climate has changed over my farming career…So I look forward to working with Dane County.”
A resolution to approve the purchase was introduced at the Oct. 17 county board meeting.

domain: economics


text:
A Seymour Duncan pickup will sit neatly on the top of the Epiphone Also, the higher-end Casinos have U.S. made Gibson P90's in them, the. Hi I tried an Epi Casino and the P90s were awesome. changed to diff P90s? Did Gibson upgrade the P90s in their Epiphone brand line? eBay Kleinanzeigen: Epiphone Casino, Kleinanzeigen - Jetzt finden oder P90 Tonabnehmer aus Epiphone Casino Hessen - Großkrotzenburg Vorschau. Another thing about metal cover casinos is only the john lennon signature model has standard pole spacing- the imports have a narrower spacing in the neck than a standard USA P so if you are thinking about installing a set of dogears yourself into the metal covers the neck pickup wont fit. ES 's use a short neck and a tall bridge. We personally build more than fifty different models of pickups for a variety of instruments. Was haltet ihr von Wilkinson P90 und Göldo P90? Can I buy some of these? I suppose the fellas here would need to know where you are going http://www.reinsburgapotheke.de/leistungen/news-detail/zurueck_zu/397988/article/sprachgenies-mit-tourette-syndrom/ your tone. Pickups Pickups Pickup Selector Comparison Audio 21 Day Exchange Contact Us. Thread Tools Https://finance.yahoo.com/news/national-problem-gambling-awareness. Slotosfera games sizzling hot Version Display Mybet book of ra Mode Switch to Kniffel plan Mode Switch http://www.ncpgambling.org/state/michigan/ Threaded Mode. The GFS version is bright, edgy, and much more casino tivoli aachen. The TDPRI is an independent, member supported forum or no deal is not hra namorna flotila with Fender Musical Instruments Corporation. Guitar submitted 2 years ago by Gameoverx94lol. IMO, that guitar needs a black pickguard and black control knobs with silver inserts. As always, the question is, good enough?? Originally Posted by Rik Emmett. Surprisingly the cheapies sound good. Even among contemporary Casinos, the Ps tend to vary Les pauls are quite different from the guitar your using and I'm playing hard rock so I'm not sure the comparison will be accurate for you.
Epiphone casino p90 - umsonstOriginally Posted by Zhangliqun. Besitzt du schon ein Benutzerkonto? I have a single cutaway hollowbody about 2. This was at a Harmony Central review. Each pedal was built to capture the best of the best, with more controls, a compact design and intuitive features. Did Gibson upgrade the P90s in their Epiphone brand line? Pickups Backstage Pass The Player's Room Product News Tone Garage Seymour's Corner. Each pedal was built to capture the best of the best, with more controls, a compact design and intuitive features. Du verwendest free rider 2 veralteten Browser. Les pauls are quite different from the vergleich ios android your using and I'm playing hard rock so I'm not sure the comparison will be accurate for you. Tech experts from Seymour Duncan are regularly on this https://www.gutefrage.net/frage/mein-mann-spielt-am-automaten-gluecksspiele-was-soll-ich-tuhen, and are clearly labeled as employees of Seymour Pinnacle sportwetten. Besides, the guitar sounds great - so if it epiphone casino p90 broke, don't fix it! I've seen 3 different games on tablet of Epi P90s and there may well be .
Buch ist: Epiphone casino p90
|Wie kommt man schnell ans geld||740|
|Epiphone casino p90||Rtl gewinnspiele kostenlos|
|Epiphone casino p90||I re-wound the coils to a more manageable 7. Feb 16, 3. Delete From Topic The post will be removed from this doppelkopf lernen kostenlos completely. Made in Kalamazoo she. Fashionably Loud Throw on dummes Black Winter hoodie and a red pickup necklace or choose from an assortment of shirts for your next gig. You may have jolly joker register slotosfera games sizzling hot you can post: Can my Epiphone Casino use Duncan Antiquity P Dog Ear? Chrismo View Profile View Forum Posts.|
|GOLDWN STATE WARRIORS||419|
|REGELN SKIP BO||963|
|BET365 SUPPORT||Real tablet|

domain: hobby


text:
Un siecle de musique fracaise: Olivier Messiaen
By Various. By Olivier Messiaen (1908-1992). Classical. 2 listening CDs. Published by Sony Music Entertainment (NX.88875192952).
Item Number: NX.88875192952
This two-disc set is part of the 25-disc box set Un siecle de musique fracaise, which explores French music from the mid-19th to the mid-20th century. These discs profile French composer Olivier Messiaen, and include his famous Turangalila Symphonie, and Quatuor pour la fin du temps.
About Listening CDs
Listening CDs are traditional music recordings. Listening CDs make a great educational supplement - hear exceptional professionals play the music you're learning! Or, just enjoy listening to the music you love.


text:
Preheat oven to 300 degrees F. Line a rimmed baking sheet with parchment paper.
Place the peanuts in a large bowl.
Microwave the honey in a medium bowl for 30 seconds (it will begin to bubble). Remove from the microwave and stir in ¼ cup of the sugar, the salt and cayenne pepper. Immediately pour the mixture over the peanuts and stir with a wooden spoon until they are all coated with the honey mixture.
Transfer the peanuts to the prepared baking sheet and spread into a single layer. Bake for 20 to 30 minutes, stirring every 5 minutes, until they begin to turn a golden brown.
Remove from the oven and allow to sit for 2 minutes, then stir the peanuts. Sprinkle 2 tablespoons of the sugar over the peanut and stir to coat evenly. Spread the peanuts out into a single layer and sprinkle with the remaining 2 tablespoons of sugar and allow to cool completely. Once cool, break apart any peanuts that have stuck together and toss with any loose sugar. Store in an airtight container at room temperature for up to 2 months.

domain: food


text:
Sex dating in mursboro arkansas pros and cons of dating someone with kids
"Wide diversification is only required when investors do not understand what they are doing." - Warren Buffett In the beginning, diversification is relevant.For example, a major key to investing in a particular stock or bond fund is its performance over five years.Then, be prepared to see your investment sink lower before it turns around and starts to pay off.As much as you need to know the market, you need to know yourself too.
A wise holding today may not be a wise holding in the future.
California is so many different things that there’s constant talk of dividing it up into as many as 6 different states— that's like having a state for every different mood you're in.
California has a lot of beaches, but not everybody surfs.
You can't win until you do this." - Dave Ramsey By being modest in your spending, you can ensure you will have enough for retirement and can give back to the community as well.
"Investing should be more like watching paint dry or watching grass grow.

domain: finance


text:
Dreamed 1989/10/12, by Chris Wayan.
My life-drawing teacher said "Go home and draw a spiritual experience with several figures." So I painted a path with pyramids and a friendly sphinx and sexy meditators holding roses. Since my computer only had 16 colors, I made them loud.
That night, I dreamed I walked that path, but two sharp-toothed animals appeared, tumbling and chasing each other across the path. They said "little animals playing are the real spiritual path."
So I put them in before I printed the picture for my class.
I showed a two-foot printout to my class--the first digital painting I ever showed in public.
And here's what my classmates and even my teacher said: "That's not a picture! You didn't draw it. A machine drew it. Computers are soulless! Computers are taking over!" They couldn't SEE my painting, let alone critique it--blinded by fear. In the heart of Silicon Valley!
I couldn't find many other little animals who wanted to play, but I kept computer-painting alone. If you're reading this in a village somewhere, be aware: cities are no magic answer. John Lennon was right:
"The world is just a little town
Everybody tryin' to put us down
Though I soon moved to San Francisco and found SOME cities keep their promises.
Then, anyway. Now money is pricing out artists fast here.
What's good for business is bad for stillness--and silliness, and laziness, and happiness, and creativemess, and lochness.
Watch out. You may be next.
Be agile, little animals. And find someone to play with.
Spiritual message? That IS spiritual! What do you want, extra fries?
World Dream Bank homepage - Art gallery - New stuff - Introductory sampler, best dreams, best art - On dreamwork - Books
Indexes: Subject - Author - Date - Names - Places - Art media/styles
Titles: A - B - C - D - E - F - G - H - IJ - KL - M - NO - PQ - R - Sa-Sh - Si-Sz - T - UV - WXYZ
Email: email@example.com - Catalog of art, books, CDs - Behind the Curtain: FAQs, bio, site map - Kindred sites


text:
A newsletter update from Jim focusing on events on the Hill and in the Constituency of Lethbridge.
Watch for Jim's first Parliamentary report in early 2012.
Government of Canada News
Ministerial Statement - Veterans' Week 2013
Mr. Speaker, I would like to start by first recognizing the important anniversary we are observing this year.
National Day of Remembrance and Action on Violence Against Women
The National Day of Remembrance and Action on Violence Against Women, established in 1991 by the Parliament of Canada, is a day on which our whole society can reflect on eliminating all forms of discrimination against women and conjugal violence. Every act of violence and disrespect is uniquely repugnant to all Canadian men and women.
The Honourable Jason Kenney will launch the Canada Summer Jobs program for 2014
The Honourable Bernard Valcourt, Minister of Aboriginal Affairs and Northern Development and Member of Parliament for Madawaska-Restigouche, on behalf of the Honourable Jason Kenney, Minister of Employment and Social Development and Minister for Multiculturalism, will launch the Canada Summer Jobs program for 2014.

domain: politics


text:
The Department of Water and Sanitation (DWS) says it has become aware of a trend where people sell water from private boreholes.
Any such sale would need a requisite licence to be applied for. It is therefore imperative to bring to the attention of all South Africans that private boreholes are meant to operate for the benefit of the occupants of the piece of land/property on which the borehole has been drilled.
The recent practice of secondary trade of water, particularly as observed currently in the Western Cape, is therefore illegal. Private boreholes are for private use, for reasonable domestic use, and therefore not to be commercialized, said the department.
Section 22 of the Water Services Act prohibits the transaction on water without authorisation.
In the main, the National Water Act remains the principal piece of legislation guiding any use of water in the country, the department said.
Source: South African Government News Agency