Advantages Of Heavy Duty CNC Flat Bed Lathe Machine：
- This machine is suitable for processing steel, cast iron, non-ferrous materials, large size workpiece. This machine has the characteristics of high power and high rigidity.
- Suitable for re-cutting of inner circle, outer circle, end face and thread in metric and British system. It can be drilled.
- Their bedways are hardened by the hyper acoustic quenching method and finish ground, thus assuring high working accuracy for the machines.
- CWK61140 CNC lathes are economical machining lathes.
- The machine tool can carry out rough machining and finishing of mechanical parts, with reliable structure, convenient operation and economical and practical.
- The control system is fully functional and meets the needs of many industries.
- X / Z to the use of domestic famous precision ball screw.
- It is used for high-efficiency, high-volume, high-precision machining of rotary parts.
Product Main Technical Parameters:
|Swing over bed||mm||1400|
|Swing over cross slide||mm||1000|
|Distance between centers||mm||1500-8000|
|Max. load capacity||T||6|
|Spindle bore taper||–||Metric φ160/MT6|
|Spindle nose type||–||A2-15|
|Spindle speed steps||–||VF. 4steps|
|Spindle speed range||rpm||4-300|
|Chuck||mm||φ1000 4-jaw manual|
|Turret/tool post||–||NC turret 4 position|
|Tool shank size||mm||40 x 40|
|X axis travel||mm||720|
|Z axis travel||mm||1350/2850/3850/4850/5850|
|X axis rapid traverse||mm/min||4000|
|Z axis rapid traverse||mm/min||6000|
|Tailstock quill diameter||mm||φ160|
|Tailstock quill taper||–||MT6|
|Tailstock quill travel||mm||300|
|Main spindle motor||kW||22|
|Coolant pump motor||kW||0.25|
|Width x Height||mm||2350 x 2450|


text:
Time until Realm of Darkness release day!
Please note, this is a countdown to the release day. The actual hour can vary.
Already released in North America [NA] on PC (Microsoft Windows)
Realm of Darkness
|Region||Time left until release day||Platform|
|North America [NA]||PC (Microsoft Windows)|
Discover an addictive combat system. Over 300 unique types of enemies roam the lands , each capable of posing their own kinds of threats to your adventure. There are hundreds of possible strategies to lead the group to victory, including the use of scrolls and all types of magic. Great story that will keep you in your seat! Customize your characters anyway you want. . There are 8 character classes and over 20 useful skills, there are over 100 si... Read More
- The Elder Scrolls VI
- Pokémon: Let's Go, Eevee!
- Pokémon: Let's Go, Pikachu!
- Sekiro: Shadows Die Twice
- Wild Terra
- Albion Online
- Tears of Avia
- God Eater 3
- Werewolf: The Apocalypse
- The Legend of Queen Opala
- Star Ocean: Anamnesis
- Octopath Traveler
- ANIMA: GATE OF MEMORIES - THE NAMELESS CHRONICLES
- Sekiro: Shadows Die Twice - Special Edition
- Fallout 76
- Citadel: Forged With Fire
- DanMachi: Memoria Freeze
- Atelier Firis: The Alchemist and the Mysterious Journey
- Kingdom Hearts II

domain: game


text:
|Make sure your gift arrives in time for Christmas!|
|Saturday, Dec. 9||Last Day to Ship USPS Media Mail (12pm CST)|
|Saturday, Dec. 16||Last Day to Ship FedEx Ground (12pm CST)|
|Tuesday, Dec. 19||Last Day to Ship FedEx Express Saver (12pm CST)|
|Wednesday, Dec. 20||Last Day to Ship FedEx Overnight & USPS Express (12pm CST)|
|Monday, Dec. 25||Merry Christmas!|
|Monday, Jan. 1||Happy New Year!|
This Book Club edition of Sue Grafton's first book comes with her signature on a bookplate attached to the half title page. In fair condition, the dust jacket has some wear from age. Protected by a plastic cover.

domain: literature


text:
Pharmaceutical Name : Clenbuterol Hydrochloride
Purpose : Originally – Asthma drug. In sport used as fat burner
Package: 1 bottle of 100 tablets x 40mcg each
Recommended dosage: 80-160mcg / day
Durch den Kauf dieses Produktes können Sie sammeln bis zu 2 treue-Punkte. Ihr Warenkorb hat insgesamt 2 treue-Punkte dass die Umgerechnet werden können in einen Gutschein im Wert von 0,40 €.
It’s effects are very similar to the popular, now banned, substance called ephedrine. However, the effects of clen tend to be longer lasting and slightly stronger. This substance will often cause a slight increase in the body’s temperature, elevated heart rate, and slight anxiety. It also increases the rate at which fat and protein are used in the body, which makes its effectiveness as a fat burner quite obvious.
Clenbuterol is also effective as a breathing assistant. Users often report that they are able to endure cardio sessions for much longer periods of time due to this. This effect also lends itself greatly to a bodybuilder who is trying to cut fat in order to get into contest shape. Some users of Clenbuterol claim that it has slight anabolic properties as well. This is usually due to the increase in strength that is often felt soon after administration. However, it is more probable that this is more due to the drug’s effect as a stimulant rather than to some sort of anabolic activity.
Clenbuterol acts on the receptors quickly, and because of this, it is often recommended that it be used for two weeks at a time, and then be given a two week break in order to allow the receptors a break. If this is not done, one’s body can grow accustomed to the drug and its effects will decline.
Bodybuilders should be certain to consume plenty of water while taking Clen and never to consume more than three tablets a day. Most prefer to take their tablets in the morning in order to give the effects time to subside before bedtime. Those with history of heart problems should not use clen. Women also find favor with the drug, but at lower dosages.
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domain: medical


Posted on Tuesday, March 5th, 2013 by Russ Fischer
What is Frances Ha about? I’ve watched this trailer a couple times, and can’t quite tell you. Not because this is an Upstream Color situation, where the trailer is rather obscure, and the film it advertises is hardly typical. Rather, this Noah Baumbach film co-written by and starring Greta Gerwig looks like a pretty standard old-school indie, as it follows a young woman (Gerwig) who can’t quite get her life together.
There’s a synopsis below that will tell you a bit more, but really it’s just better to watch the trailer, which is spilling over with Gerwig’s winning charm, and the beat of David Bowie’s ever-infectious ‘Modern Love.’ Read More »


This post is one of a few about Denver’s transit evolution in advance of the Rail~Volution conference in Denver, September 17-20. The post is based primarily on a conversation with Caroline Joy, economic development and marketing specialist, and Gabriella Arismendi, transportation and mobility planner, both with the City of Westminster, Colorado.
The City of Westminster, a northwest suburb of Denver, is home to two new transit stations, one commuter rail and one BRT. South Westminster—the historic part of the city—has a new stop on Denver RTD’s B Line commuter rail. Just north, along Highway 36, is a station on the Flatiron Flyer, a BRT route between Denver and Boulder. These two stations tell a story of how a suburb is making the most of transit infrastructure, in ways that fit the needs and desires of the people who live there.
RTD’s B Line commuter rail to Westminster
The original plan for the B Line station in South Westminster, the historical part of the city, called for a station platform connected by tunnel to a parking garage. The area, home to small businesses that have lasted for several generations and a growing Hispanic/Latino and Asian population, came up with its own plan. “The residents wanted something different” to deal with safety issues and frequent flooding from Little Dry Creek, says Gabriella Arismendi, transportation and mobility planner with the City of Westminster.
Several public organizations partnered with the City in funding the project, including Adams County, Colorado Department of Transportation (CDOT), Regional Transportation District (RTD), Urban Drainage and Flood Control District (UDFCD), and Denver Regional Council of Governments (DRCOG), providing an incredible opportunity to start revitalizing the neighborhood, according to Caroline Joy, Westminster’s economic development and marketing specialist.
Several public organizations partnered with the City in funding the project, providing an incredible opportunity to start revitalizing the neighborhood.
The City approached partners at RTD to develop an Intergovernmental Agreement that allowed the City to build a parking structure, access roads, a bus loading and unloading facility, and the transit plaza on the north side of the rail corridor. As part of revising the original RTD surface-parking plan, City staff focused on improving connections and fostering future transit-oriented development with a revised station design.
Now, the station and the surrounding area are envisioned as a key neighborhood asset within Westminster. Station design focused on creating an amenity and setting the stage for future development, a safe and attractive transit environment for patrons, and key connections to new development, transit and open space.
At a community outreach event, Arismendi rode with a group of residents to see another Denver-area park. A small-talk conversation about parks—do you like them, where have you been—revealed that the kids in the van were growing up in sight of the Rocky Mountains, but had never been hiking. The plans for the park by the train station purposefully include “nature play style,” with features such as tree trunks and obstacles similar to a hike in the mountains. The park will include a xeriscape garden and a fishing pier.
Westminster Station Park plan, from Westminster Station Area Plan (pdf, page 149)
The station area plan also embraced a goal of avoiding displacement of area residents. “As we are making infrastructure improvements, we’re working for equity today and not making this about the next generation,” said Arismendi. “We want the people who live there to stay there.” The parking garage will be wrapped with new, affordable apartments. Two to three more affordable housing projects are in process in a collaboration between developers and Adams County Housing.
As we are making infrastructure improvements, we’re working for equity today and not making this about the next generation. We want the people who live there to stay there.
The next step in South Westminster’s approach to the transit investment is education. B Line ridership has been fantastic, with 1400 daily riders versus a projection of 600. But, with education, more could be riding, says Arismendi. “People are familiar with the bus,” but not aware of the way the train connects not only to Union Station in downtown Denver but to points across the Denver region, to jobs and education.
BRT is becoming sexier
The Sheridan Station in Westminster is the second-busiest on the Flatiron Flyer BRT route between Denver and Boulder. From the 1970s to 1990s, this area of Westminster was known for the Westminster Mall, a draw for shoppers from across the region and as far as Wyoming and Kansas. By the early 2000s, the mall was dying. With the recession in 2008 it became a ghost town.
Flatiron Flyer BRT on US 36 between Denver and Boulder
The transformation from auto-dependent mall to BRT hub came about in part because city leaders decided to be aggressive in a down market. They bought the mall and tore a lot of it down. A J. C. Penny is still there—the busiest in Colorado—and a bowling alley. But new developments now take advantage of the former mall’s high point, with its views of surrounding scenery. There are seven projects in the works, including a hotel, movie theater, co-working space, residential housing and office/retail. The mix includes affordable housing.
At community meetings, residents said they wanted a mix. They wanted a level playing field for all residents, with the same walking distance for everyone. The city oversees new development to make sure it fits with the vision. For every 1 project approved by the city, 30 have been turned away.
“Rail is sexy,” says Arismendi, but “BRT is becoming sexier.”
By the Numbers
The B Line commuter rail runs every 30 minutes during peak times and hourly in between from Westminster Station to Union Station in Denver (an 11-minute ride), connecting to the six light rail lines, the A Line to Denver International Airport, as well as local and regional buses and the FreeMall Ride and FreeMetroRide downtown shuttles.
The Flatiron Flyer BRT includes six routes along US 36. The route between Union Station and Boulder runs every 15 minutes all day long and takes 50 minutes, making nine stops along the way. Other Flatiron Flyer routes provide commuter service to and from Broomfield, Boulder Junction, and the Anschutz Medical Campus.
See Westminster on Mobile Workshops at Rail~Volution in Denver
- Mobile Workshop 5 focuses on the Flatiron Flyer BRT
- Mobile Workshop 13 covers Westminster’s multimodal transformation
- Mobile Workshop 17 details efforts to improve the health of residents along the B Line


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text:
The Bhutan Declaration on Climate Change and Mountain Indigenous Peoples
We, more than 100 indigenous peoples and traditional farmers from 25 communities in 10 countries speaking 22 languages, together with civil society organisations and research institutions, gathered in Bhutan in the communities of Jangbi and Ura from 26 May to 1 June, 2014, to analyse the impacts of recent climatic changes on Mother Earth and on the livelihoods and cultures of indigenous peoples in mountain regions, and to develop responses to this crisis.
Follow the links below for more about our work on biocultural heritage.
Cite this publication
Available at https://www.iied.org/g03798

domain: sociology


We report time domain measurements of the group-velocity-dispersion-induced and nonlinearity-induced chirping of femtosecond pulses in subwavelength silicon-on-insulator waveguides. We observe that at a critical input power level, these two effects compensate each other leading to soliton formation. Formation of the fundamental optical soliton is observed at a peak power of a few Watts inside the waveguide. Interferometric cross-correlation traces reveal compression of the soliton pulses, while spectral measurements show pronounced dispersive (Cherenkov) waves emitted by solitons into the wavelength range of normal group velocity dispersion.
© 2010 Optical Society of America
Silicon photonics has attracted much attention recently due to its potential applications in photonic chips [1, 2, 3]. Compared with other possible materials for integrated photonics, an overwhelming advantage of silicon is its compatibility with silicon electronics. The large index contrast between silicon and other materials leads to a small footprint and to a straightforward opportunity to engineer dispersion properties using the waveguide geometry . Silicon has strong third-order nonlinearities with the Kerr coefficient being more than 100 times larger than in silica glass . All the above features can be used to realize a variety of on-chip nonlinear functions, including modulators, wavelength converters, light amplifiers and sources . While spectral characterisation of nonlinear effects in subwavelength silicon-on-insulator SOI waveguides have been reported in numerous publications, see, e.g., [2, 3, 4], time domain or simultaneous spectral and time domain characterizations are required to reliably confirm such effects as soliton formation, pulse compression and more complex processes where short pulses mix with and generate dispersive waves .
Reference  and our previous work  have compared spectral measurements and numerical simulations to predict soliton generation in SOI waveguides. An important feature of these solitons is their record low peak powers of a few Watts for femtosecond pulse durations. In this paper, we investigate soliton formation in SOI waveguides by observing it in both the frequency and time domains. Applying a cross-correlation technique, we have been able to observe directly that the dispersion induced chirping of the low power femtosecond pulses is compensated by the opposing nonlinearity induced chirping at higher power levels, which provides a direct experimental verification of the main physical mechanism behind soliton formation.
In our experiments, we use 220nm thick, 380nm wide and 3.4 mm long waveguides fabricated using electron beam lithography (EBL) and inductively coupled plasma reactive ion etching . The waveguide is surrounded by air on both sides and by a ≃ 100nm layer of resist on the top , with air above. The linear transmission loss is estimated to be 3.4dB/cm. In this study, we have used input pulses polarized parallel to the substrate. Using a free-space Mach-Zehnder interferometer, a supercontinuum source and a series of band-pass filters, we measure the group index at different wavelengths, as shown in Fig. 1(a). The time delay of the optical beam propagating along the waveguide, which is mounted in the signal arm of the interferometer, is measured by adjusting the optical length of the reference arm. Our group index measurements are so accurate that the error bars in Fig. 1(a) are smaller than the size of the symbols. Based on the measured group indices we use a 5th order polynomial to fit the experimental data. Introducing higher order fits is not necessary in this case, since the spectral range covered by the dispersion measurements and by the nonlinear spectral broadening is relatively narrow. Fig. 1b shows the group velocity dispersion across the wavelength region from 1.3 to 1.7μm. The zero-dispersion wavelength is found to be around 1.6μm. At the wavelength of 1.56μm, which is the carrier wavelength of our pump pulses, the waveguide has anomalous group velocity dispersion (GVD), β2 = −3.01 ± 0.10ps2/m, and 3rd order dispersion β3 = −0.070 ± 0.002ps3/m.
Figure 2 shows the experimental setup used for nonlinear measurements. An Erbium-doped fiber ring laser produces ultrashort pulse trains at 1.56μm with a repetition rate of 33MHz. This pulse train is passed through a band-pass filter to remove spectral sidebands. After filtering, the ultrashort pulses are sent into an Erbium-doped fiber amplifier (EDFA). In order to minimize the nonlinearity inside the fiber amplifier, a stretched-pulse scheme is adopted, so that, along the whole length of the EDFA, the pulse is first dispersed and then re-compressed . Using an auto-correlator at the exit of the EDFA, see the insert in Fig. 2, we measure the full width of the pulse at half maximum of its intensity (FWHM) to be Tfwhm = 175fs. The chirp of this sech-like pulse is small, since its time-bandwidth product equals 0.39, and is not far from the transform-limited value of 0.3148. In our setup, two optical isolators are used to block back-reflection, several polarizer cubes are used to constrain the polarization to be parallel to the substrate (TE mode), and a 5% plate beam splitter is used to construct the reference arm of the cross-correlator. After this beam splitter, the pulse train is coupled into the SOI waveguide through an AR-coated singlet lens (numerical aperture, NA = 0.65) with the estimated coupling coefficient of 12dB. At the waveguide output the optical pulses are characterized using either an optical spectral analyzer or a cross-correlator.
To demonstrate the soliton formation process, we use a cross-correlation technique based on two photon absorption in a silicon detector induced by the sum of the signal field Es = As(t)e−iωst + c.c. (pulse after the waveguide) and the reference field Er(t) = Ar(t)e−iωrt + c.c. (input pulse). The corresponding cross-correlation integral is Ic(τ) = R ∫ (Er(t)+Es(t + τ))4dt, where τ is the time delay between two pulses and R is the repetition rate . We measure weak signals by exploiting a strong reference pulse in the cross-correlator. We do not adopt a further amplification scheme, since it would unavoidably distort the signal. For the power levels and spectral broadening reported in this work it is safe to approximate . Using relatively high repetition rates helps to improve the ratio between the signal-carrying 2nd and 3rd terms with respect to the large ( ) constant term in Ic, which has motivated our choice of a fiber ring laser having R = 33MHz. It should be noted that we use moderate values of the repetition rate to avoid the effects of inter-pulse free-carrier absorption in waveguides.
At low input powers GVD is expected to be the dominant factor determining the frequency chirp. The GVD length Ld of a sech input pulse, sech(t/T0) is defined as , where . Thus Ld of the input pulse is comparable to the waveguide length, 3.4mm and temporal broadening and GVD induced chirping of the transmitted pulses in the linear regime should be noticeable. Figure 3a shows measured interferometric cross-correlation traces with varying input power and Fig. 3b shows how the FWHM of Ic varies with power. The fast oscillations of Ic provide direct information about the distribution of the signal frequency across the pulse profile. We equally divide every trace into the leading, central, and trailing sections and determine the averaged carrier wavelength by measuring the distance corresponding to 16 continuous oscillations in every section (Fig. 3c). Thereby we are able to observe the pulse chirp directly. For small powers the leading part of the pulse is bluer than the trailing part (see Fig. 3c), which is consistent with the anomalous GVD. Comparing Figs. 3b and 3c one can see that the GVD induced chirping is directly associated with the pulse broadening in the time domain.
As the input power increases, nonlinearity induced chirp starts to balance the GVD induced chirping. The two chirping rates become equal at around 1mW of the averaged input power, which corresponds to the soliton formation threshold in our system. We relate the average Pav shown in Fig. 3 to the pulse peak power P at the end of the waveguide as P = Pav/[TfwhmR]/q, where q accounts for the input-coupling loss qr = 12dB and the linear and nonlinear power loss during propagation in the waveguide qw = 3dB: q = 10(qr +qw)/10 ≃ 31. To estimate the nonlinear part of qw we have assumed that the 2 photon absorption rate is 0.2γ, where γ is the nonlinear waveguide parameter . Calculating the later according to Ref. , we find γ = 240[Wm]−1. Thus we can estimate the peak power of the pulses with the balanced linear and nonlinear chirping rates to be P ≃ 5W. Equating the dispersion Ld and nonlinear Lnl = 1/[γP] lengths, we find the output pulse duration to be T0 = 50fs, which agrees well with predictions of the numerical modeling of the generalised nonlinear Schrödinger equation previously used by us in Ref. . Increasing the input power further, so that the output power goes above the soliton threshold, we observe that the chirping of the pulse is determined by the Kerr nonlinearity, i.e., the leading edge of the pulse is red shifted with respect to the trailing one, see Fig. 3c. For these power levels the output pulses remain compressed below their input duration, see Fig. 3b.
Figure 4 shows the output spectrum as a function of the input power. When the power is above the soliton threshold the spectrum develops pronounced asymmetry due to the peak growing at around 1670nm in the range of normal GVD. We attribute this peak to the Cherenkov radiation emitted by the solitons [5, 12, 13, 14]. This effect has been well studied in photonic crystal fibers and is known to be closely associated with supercontinuum generation . Matching the propagation constants of the linear dispersive wave to the propagation constant of a soliton gives the wavelength of the Cherenkov resonance . It is known in the context of fiber optics that the complex interaction between the radiation and solitons leads to the spectral drift (recoil) of the latter. Note, that Fig. 3c indicates that the average pulse wavelength drifts towards shorter values. Assuming the soliton carrier wavelength to be in the range from 1.5 to 1.56μm, we find that the Cherenkov radiation should appear between 1.625 and 1.690μm (see Fig. 1b), which agrees well with our measurements.
Figure 5 provides a detailed view of the cross-correlation traces measured for three different power levels and the associated spectra. At the soliton threshold and below the spectrum is symmetric. At 4 times above threshold, the spectrum develops two strong peaks offset roughly by δλ ≃ 34nm and a much weaker Cherenkov peak at 1670nm. Both of the stronger peaks are located in the anomalous GVD range. The cross-correlation trace is also split into two features, one is well localised and the other is broad. One can loosely estimate the temporal separation between the two to be δτ ≃ 0.23ps. The product of the frequency interval cδλ/λ2 ≃ 4.25THz, associated with δλ, and δτ is close to one, and is in agreement with the uncertainty principle relating the frequency and time domain signals. Thus our data indicate that in the multisoliton regime (4 times above the single soliton threshold), only the fittest soliton survives in our system. Cherenkov radiation is not strong enough to be seen within Ic(τ).
The consistency of the spectral and temporal descriptions is further supported by plotting the input-output transmission curves, see Fig. 6. Integration of the output spectra across the acquisition wavelength range gives the transmission curve with a saturation occurring at the input powers > 2mW, Figure 6a. Two-photon absorption, multi-photon absorption, and free-carrier absorption are factors which contribute to this nonlinear damping . The averaged output power indicated includes significant out-coupling losses. Fig. 6b shows ∫Ic(τ)dτ, where the onset of the saturation is derived from the time domain measurements and agrees well with Fig. 6a. Note, that the soliton appears at 1mW input, i.e. before the onset of strong saturation.
This work is supported by UK EPSRC project EP/G044163. We acknowledge the support of the James Watt Nanofabrication Centre at Glasgow University.
References and links
1. J. Leuthold, C. Koos, and W. Freude, “Nonlinear silicon photonics,” Nat. Photonics 4, 535–544 (2010). [CrossRef]
2. R. M. Osgood, N. C. Panoiu, J. I. Dadap, X. Liu, X. Chen, I. W. Hsieh, E. Dulkeith, W. M. Green, and Y. A. Vlasov, Engineering Nonlinearities in, “Nanoscale Optical Systems: Physics and Applications in Dispersion-Engineered Si Nanophotonic Wires,” Adv. Opt. Photonics 1, 162–235 (2009). [CrossRef]
3. M. A. Foster, A. C. Turner, J. E. Sharping, B. S. Schmidt, M. Lipson, and A. L. Gaeta “Broad-band optical parametric gain on a silicon photonic chip,” Nature 441, 960–963 (2006). [CrossRef] [PubMed]
4. I. W. Hsieh, X. Chen, J. I. Dadap, N. C. Panoiu, R. M. Osgood, R. M. McNab, J. Sharee, and Y. A. Vlasov “Ultrafast-pulse self-phase modulation and third-order dispersion in Si photonic wire-waveguides”. Opt. Express 14, 12380–12387 (2006). [CrossRef] [PubMed]
5. D. V. Skryabin and A. V. Gorbach “Looking at a soliton through the prism of optical supercontinuum,” Rev. Mod. Phys. 82, 1287–1299 (2010). [CrossRef]
7. W. Ding, C. Benton, A. V. Gorbach, W. J. Wadsworth, J. C. Knight, D. V. Skryabin, M. Gnan, M. Sorrel, and R. M. De-La-Rue “Solitons and spectral broadening in long silicon-on- insulator photonic wires,” Opt. Express16, 3310–3319 (2008). [CrossRef] [PubMed]
8. M. Gnan, S. Thoms, D. S. Macintyre, R. M. De La Rue, and M. Sorel “Fabrication of low-loss photonic wires in silicon-on-insulator using hydrogen silsesquioxane electron-beam resist,” Electron. Lett. 44, 115–116 (2008). [CrossRef]
9. D. Strickland and G. Mourou, “Compression of amplified chirped optical pulses,” Opt. Commun. 56, 219–221 (1985). [CrossRef]
10. K. L. Sala, G. A. Kenney-Wallace, and G. E. Hall, “CW autocorrelation measurements of picosecond laser pulses,” IEEE J. Quantum Electron.16, 990–996 (1980). [CrossRef]
11. T. Vallaitis, S. Bogatscher, L. Alloatti, P. Dumon, R. Baets, M.L. Scimeca, I. Biaggio, F. Diederich, C. Koos, W. Freude, and J. Leuthold, “Optical properties of highly nonlinear silicon-organic hybrid (SOH) waveguide geometries,” Opt. Express 17, 17357–17368 (2009). [CrossRef] [PubMed]
13. C. J. Benton, A. V. Gorbach, and D. V. Skryabin, “Spatiotemporal quasisolitons and resonant radiation in arrays of silicon-on-insulator photonic wires,” Phys. Rev. A 78, 033818 (2008). [CrossRef]
14. A. V. Gorbach, W. Ding, O.K. Staines, C.E. de Nobriga, G.D. Hobbs, W. J. Wadsworth, J. C. Knight, D. V. Skryabin, A. Samarelli, M. Sorel, and R. M. De La Rue, “Spatiotemporal nonlinear optics in arrays of subwavelength waveguides,” Phys. Rev. A82, 041802 (2010). [CrossRef]


text:
Gambling is the wagering of something of value on an event with the intent to win a prize, which may range from a small amount of money to a life-changing jackpot. The most common form of gambling is a game of chance, such as bingo or roulette. Other forms of gambling include the lottery, casino games (e.g., slot machines), sports betting, and some types of card games. Regardless of the type of gambling, it can be addictive and result in problems for individuals and society as a whole.
Despite the negative effects of gambling, some people continue to gamble for fun and excitement, to help them feel better about themselves, or to cope with stress or depression. Nevertheless, it is important to recognize that gambling can be harmful and seek treatment if you are having trouble coping with or stopping your gambling activities.
There are many ways to get help for a gambling problem, including self-help and support services and residential treatments. A therapist can provide you with tools and strategies to help overcome your gambling problems. In addition, they can help you identify any underlying conditions that might be contributing to your gambling problems. Moreover, a therapist can help you develop healthier ways to manage your time and finances.
A gambling disorder is a mental health condition that can have devastating effects on a person and their family. Symptoms include a strong urge to gamble, difficulty controlling or cutting back on gambling, and repeated unsuccessful attempts to stop or cut down on gambling. In addition, people with gambling disorders have a hard time understanding their problem and can often deny or minimize their gambling behaviors.
While there are a number of studies that claim to examine the social impacts of gambling, few have used a comprehensive and systematic approach, resulting in limited knowledge of these effects. In addition, most studies focus on the financial aspects of gambling and do not consider the social or personal impacts. The main methodological challenges in estimating gambling impacts involve the definition of the term “impacts” and how they are measured.
Gambling has both positive and negative social, economic, and environmental impacts. These impacts can be analyzed at the individual, interpersonal, and community/societal levels. Individual and interpersonal impacts are largely non-monetary, such as the emotional distress that results from problem gambling, while societal level impacts include general costs/benefits, costs associated with problem gambling, and long-term cost.
Some of the negative impacts of gambling are indirect, such as the destruction of wetland habitats to make way for casinos or the loss of tourism revenue due to decreased availability of gambling opportunities. These indirect effects can be difficult to calculate because they are not reflected in gambling revenues. However, these impacts can be offset by reinvesting gambling revenues in other community-enhancing activities. Using this approach can also increase the validity of estimates of indirect impacts of gambling.


text:
Option to swap chicken with grass-fed/grass-finished beef or all-natural turkey
- 1 lb lean ground chicken (no skin)
- 1 egg
- chopped scallions
- Italian seasonings
- Salt and pepper to taste
- 1/4c panko breadcrumbs
Mix well, and place in a sprayed muffin pan (small sized muffins). Place on a bed of Zoodles and your favorite sauce!
Bake 20-25 minutes at 350 degrees.
Recipe by Andi Martin-Wagner

domain: food


Study Finds Tiny Urban Forests Prevent Runoff, Protect the Environment
Even small areas of trees near these Baltimore row houses help reduce urban runoff, according to a new UMD-led study conducted in the city.
You might not have thought twice about the thicket at street’s end or that cluster of trees growing wild on the corner, but they make a difference in controlling stormwater runoff, according to a University of Maryland-led study.
The study published in the Journal of Environmental Management was based on analysis of urban green spaces in Baltimore. It found that regardless of their sizes, swatches of forest are about as effective at absorbing rainfall as built green infrastructure features like rain gardens, retention areas planted with grasses and perennials that help rain soak into the ground.
Although smaller patches of unmanaged green space aren’t often a major focus from a conservation perspective, urban forests curb pollution, runoff, and nutrient damage to the surrounding waterways feeding into the Chesapeake Bay, the study said.
“The protection and expansion of forest patches can make substantial contributions to stormwater mitigation,” the researchers wrote.
It’s often thought that urban soils are heavily degraded and have little role to play in protecting the environment, said study co-author Mitchell Pavao-Zuckerman, assistant professor in the Department of Environmental Science & Technology. The new study shows they can soak up a lot of water that would otherwise become runoff.
“We found that 60 to 70% of the rainfall could actually be infiltrated on site by these spaces,” he said. “And that was a major question mark for us—are these spaces that haven’t been planned and built like a rain garden doing similar things to a rain garden, and if so, what are they actually doing?”
Pavao-Zuckerman and his graduate student, Tuana Phillips, the lead study’s lead author, worked with Baltimore Green Space, the U.S. Forest Service, and the geography department at the University of Maryland, Baltimore County.
“We were all trying to find new ways of thinking about forest in cities—what they are, how they are classified … and how is the city thinking about protection?” Pavao-Zuckerman said.
The non-UMD partners provided background information to Pavao-Zuckerman about the makeup and characteristics of these urban forest spaces to allow assessment of their functionality, starting with hydrology and soil infiltration measures. In addition to infiltration, researchers assessed how smaller patches of forest may differ from larger patches.
“When people talk about urban forest in the U.S., they aren’t just talking about large clusters of trees,” Pavao-Zuckerman said. “Many would even consider a single street tree as part of an urban forest system.”
The study can help municipalities and developers devise ways to work with existing landscapes to minimize runoff and environmental damage, he said.
“There is always that tension when new development happens between leveling everything and going back to add in rain gardens and green infrastructure versus leaving what’s there and building around it,“ he said. “These results speak to the ability of these spaces, small and large, to act like a rain garden. From an urban planning perspective, it costs more money to put something in than to leave something behind.”
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Rep. Hill: Senate leader blocking 'Project Soccer' for NC
It looks like "Project Soccer" will kick off in South Carolina instead of North Carolina. The project was expected to bring hundred of jobs to our area and millions of dollars in investments.
Disclaimer: Comments posted on this, or any story are opinions of those people posting them, and not the views or opinions of WWAY NewsChannel 3, its management or employees.»

domain: politics


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Opening Scene: 70000 Britannia leaves Crewe at the start of her fateful main line steam test.
The Cambrian Limited: The full story of the summers highlight of 7819 Hinton Manor and 75069 at work again from Machynlleth shed over the picturesque Cambrian mainline.
Archive Film: Eddie Stanbridge’s 16mm colour film from the 1960s includes steam on the Cambrian at Cheltenham on the Southern at Eastleigh, on the Somerset & Dorset and in Scotland.
Cab Ride – Thornton Junction to Mossend: With the demise of Speedlink we cab rode a pair of class 20s on one of Scotland’s last Speedlink duties.
Speedlink – The Final Days: BRs Speedlink network was abandoned at the beginning of July. This feature illustrates the wide variety of traffic which has now been lost to the roads – from wood to oil.
Preservation News Focus: From the Torbay and Dartmouth’s Diesel Gala, to 6106 on WSR, ELR No.1 on ESR, ‘The Blue Circle’, 34072 in Yorkshire, Rocket on the GCR and the Isle of Wight at Smallbrook.
The East Lancashire Railway (Part 1): A Railscene ‘Spotlight’ feature on the southern half of this adventurous railway, with 35005 Canadian Pacific, the N7, 75078 and 30072 amongst the regulars.
Regional Railways – The Loco Lives!: The summer of 1991 saw a resurgence of loco-hauled on the supposedly ‘Sprinterised’ Regional Railways network – we see classes 20, 26, 31, 37 and 47 ‘on loan’ to RR.
BR Newslines: The news from BR, including 87101, 85101, 59104 on the West and East coast, Gloucester Rail Day with quadruple headed 20s, 91 in Edinburgh, last days of Bury Electrics, new Provincial livery, etc.
Main Line Steam News: A busy summer gives great variety of main line steam, the highlight being 7000o Britannia’s main line steam test, at Crewe, Chester, Chirk and Weston Rhya, the lineside repairs at Shrewsbury and her run on one cylinder and her main line return, at Gresford, Marsh Farm Junction Condover and Haslem. ‘Carnforth Phoenix’ includes 70000 and 71000 together, with 48151 at seven locations on the Cumbrian Coast line. 5407 and 6201 also appear here. The S&C sees 6201 and 46203 together at last, with seven other action shots and 71000 on her record run. ‘Going West’ are 46229 and 45596 whilst 5029 Nunney Castle ran her first main line trip with InterCity’s ‘Inter-City’ to Malvern, seen at Charlbury, Moreton-in-Marsh, Malvern Wells, Worcester, Great Malvern and Frampton Mansell. ‘North Wales Visitors’ are 777 (five shots), 4472 (two shots) and 4771 (three shots). A ‘Cambrian Reprise’ gives more action of 7819 and 75069.
Cover Photo: 70000 Britannia on her maiden main line run as featured in this programme.
Approximately 125 minutes.

domain: hobby


This keyless remote programming instruction works on this remote with part # 28268-ZT04B, 28268-ZE10B, 28268-8S200, 28268-ZB700, 28268-C991A, 28268-C991C, 28268-5Y701, 5931642, PQTDORM14 and FCC id KBRASTU15
IMPORTANT: Before entering programming mode, have in possession all of the transmitters you will be using on the vehicle. Once you program the transmitter, all previous codes will be erased from the memory. The other transmitters will not be functional until you program the transmitters again.
1. Close and lock all doors with the driverÃ¢â‚¬â„¢s side power lock/unlock switch.
2. Put the key in the ignition and remove the key six times within 10 seconds. Your Hazard Lamps will flash if you do this step successfully. System will not enter programming mode if you do this step too fast or too slow.
3. Put key into the ignition cylinder and turn to the ACC position.
4. Within 5 seconds, press ANY button on the remote ONCE. Then your Hazard Lamps will flash. Indicating the remote and system is paired.
5. If there are any remaining transmitters (including the old ones), unlock then lock all doors using the driverÃ¢â‚¬â„¢s side power lock/unlock switch and within 5 seconds, push ANY button on the next remote. Your Hazard Lamps should flash. Repeat this step for each transmitter (including any existing transmitters).
6. Turn the key to the OFF position, remove keys from the ignition, unlock doors using the driverÃ¢â‚¬â„¢s side power lock/unlock switch and open the driver side door.


Denis R. Hall
- +44 (0)131 451 3081
Earl Mountbatten Building
Current research concentrates on high average power planar waveguide solid state lasers, diode laser optics and laser micro material processing applications in micro-optics fabrication, electronics fabrication technologies and photonics packaging.
He is a Fellow of the Royal Society of Edinburgh, the IEEE, the European Physical Society, the UK Institute of Physics, the IET, and the Optical Society of America. He was Chairman of the UK Institute of Physics Quantum Electronics Group from 1990-93, and Chairman of the European Physical Society Quantum Electronics and Optics Division (1998-2000). From 1998-2007 he was Deputy Principal (Pro-Vice Chancellor) with responsibility for Research and Commercialisation at Heriot-Watt University, operating on a part-time basis in parallel with research activity as Professor of Photonics in the School of Engineering and Physical Sciences.
Denis Hall graduated in Physics at the University of Manchester in1965, with MPhil in 1967 at London University for research in cell biology and received his PhD in Electrical Engineering in 1971 from Case Western Reserve University in Cleveland, USA, and MBA degree from Edinburgh Business School in 1996.
In 1971, he was awarded a National Academy of Sciences Fellowship at NASA Goddard Space Flight Center for research on space-based optical communication systems, moving later to Avco Everett Research Laboratory in Boston, where he worked on electron beam laser technology and high pulse energy modelocked lasers, laser radar and atmospheric optical propagation. In 1976 he returned to the UK to the Royal Signals and Radar Establishment working on lasers and infrared systems, before transferring to Hull University in 1979. At Hull he led the UK national project to design and construct the UK Satellite Laser Ranging Facility at Royal Greenwich Observatory at Herstmonceux. In parallel, he pursued his interest in laser device physics, developing techniques for laser excitation using transverse radiofrequency discharges to produce a range of compact sealed CO2 lasers for medical, industrial and laser radar applications.
In 1986 he was appointed Professor of Photonics at Heriot-Watt University, Edinburgh, where his research interests continued in laser device physics and applications. His work focussed on the physics and technology of ultracompact high power (kW scale) waveguide lasers, exploiting concurrent research in RF discharge physics and planar optical waveguides to develop new laser concepts based on 2-D laser power scaling and novel planar laser resonators. Planar waveguide CO2 lasers are now successful products manufactured by major international companies for applications in industry and medicine. More recently, the planar waveguide 'thin laser' concept was extended to other gas lasers and to solid state lasers pumped by diode arrays. This work, part of a general industrial orientation involving partnership in many industry/university collaborative research projects, resulted in a series of new commercial laser devices and industrial laser-based systems. He has co-founded three successful start-up companies, producing lasers and laser systems.


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Wikileaks Shuts Down Temporarily (?)
The site's mission statement is to allow whistleblowers to anonymously release government and corporate documents, "an uncensorable version of Wikipedia for untraceable mass document leaking and analysis." It's done that in the past, posting leaks from many sources. Now, it needs the help of the public. On their site, they say:
To concentrate on raising the funds necessary to keep us alive into 2010, we have reluctantly suspended all other operations, but will be back soon.Although the site has won awards, including the 2008 Economist Freedom of Expression Award as well as the 2009 Amnesty International New Media Award, as it says, "these accolades do not pay the bills." The site adds "Nor can we accept government or corporate funding and maintain our absolute integrity."
We have received hundreds of thousands of pages from corrupt banks, the US detainee system, the Iraq war, China, the UN and many others that we do not currently have the resources to release. You can change that and by doing so, change the world. Even $10 will pay to put one of these reports into another ten thousand hands and $1000, a million.
We have raised just over $130,000 for this year but can not meaningfully continue operations until costs are covered. These amount to just under $200,000 PA. If staff are paid, our yearly budget is $600,000.
Just how long the site will remain offline is unclear. However, what is clear is that if the site doesn't manage to get some influx of capital, it's probably gone for good. Here's an interview that details how Wikileaks spends its money.

domain: news


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Poetics and Poetry Discussion
Is there a book you just read, a piece of poetry news or a reading you just heard that you want to talk about? Here's the place to start a conversation.
Comment of the Day
- Bronte Society Creative Competition
Closing date: 31st January,2015.
Prizes: each category, £500, £250 and £100.
Entry fee: ...

domain: artistic


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The Pursat Provincial Court on Monday charged a border police official with intentional violence for cutting off his colleague’s fingers with a cleaver at their barracks on Friday night, officials said.
Chan Dara, 30, an administrative official in Border Protection Police Unit 825 in Veal Veng district, was arrested shortly after 10 p.m. on Friday after he severed four fingers on the right hand of Kroch Bunnak, 30, who had enraged Mr. Dara by jokingly slapping him across the face, according to district police chief Theang Leng.
He said that Mr. Dara had been drinking at the home of a villager earlier in the evening and got into a heated argument with another man that quickly turned physical. When Mr. Dara used a rock to smash a mirror inside the house, the locals responded by wrestling him to the floor and summoning Unit 825 commander Lun Leang, who ordered him back to his dormitory at the unit’s headquarters.
“Mr. Dara was surrounded by his colleagues upon arriving at the base,” Mr. Leng said.
“He was drunkenly cursing his boss, then Mr. Bunnak slapped his face as a joke,” he said, adding that other officers then helped bathe Mr. Dara, who was covered in grime from fighting.
“After taking a shower, Mr. Dara asked Bunnak if he could slap him back and Mr. Bunnak said, ‘Whatever you want to do!’” he said. “Mr. Dara then took a cleaver to hack Bunnak, but Bunnak raised his hand to block the attack” and lost four fingers in the process.
The district police chief said Mr. Bunnak traveled to Thailand on Saturday for medical treatment. “He expected doctors there to be able to get the four fingers reconnected, but I heard that they couldn’t be reconnected because the severed fingers had not been frozen” in transit, Mr. Leng said.
He said Mr. Dara was arrested by district police shortly after the incident and was held at provincial police headquarters until he was sent to the court Monday.
Neak Sovann, a clerk at the court, said that Mr. Dara was charged with “‘intentional acts of violence that resulted in mutilation or permanent disability.” He said the official faced between five and seven years in jail and was sent to the provincial prison to await trial.


By JPOST.COM STAFF
In an interview with an American radio station on Monday, President Shimon Peres called Iranian President Mahmoud Ahmadinejad "a joke." The president also said that the Iranian premier was worshipping "the bomb more than he's worshipping the God in heaven."
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Easily one of the best RPGs of recent years, Baldur's Gate 3 currently boasts a Metacritic Metascore of 97, based on a total of nine reviews for the PS5 version. Though this rating could change as more verdicts come in, at the time of writing, Baldur's Gate 3 on PS5 is ahead of both Elden Ring and The Witcher 3: Wild Hunt - Complete Edition, which respectively command Metascores of 96 and 94.
Opencritic tells a similar story, with Baldur's Gate 3 sitting pretty on as one of the best PS5 games with a score of 96, with Elden Ring and God of War Ragnarok taking second and third place with scores of 95 and 93 respectively.
Though it's early days for the game's PS5 edition, it's no surprise that Baldur's Gate 3 is doing so well, especially given the critical adulation the title received for its PC release. At TechRadar Gaming, we gave the game a much coveted five-star review. Our editor-in-chief Jake Tucker said of the RPG: "Baldur’s Gate 3 is a fine contender for one of the best video game RPGs ever made. It’s the most ambitious RPG out there, and the painstakingly accurate rendition of Dungeons & Dragons will delight fans."
From the way it harnesses the legacy of great RPGs of the past to its playful sense of imagination, Larian's latest RPG has plenty of arrows in its proverbial quiver. And from its well-written argumentative companions to its stellar voice-acting, Baldur's Gate 3 has captured the imaginations of fans across the globe. With the PC edition already one of Steam's biggest games ever, it's no wonder that the PS5 version would also ascent to such heights.
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Cat Bussell is a Staff Writer at TechRadar Gaming. Hailing from the crooked spires of London, Cat is an experienced writer and journalist. As seen on Wargamer.com, TheGamer.com, and Superjumpmagazine.com, Cat is here to bring you coverage from all corners of the video game world. An inveterate RPG maven and strategy game enjoyer, Cat is known for her love of rich narratives; both story-driven and emergent.
Before migrating to the green pastures of games journalism, Cat worked as a political advisor and academic. She has three degrees and has studied and worked at Cambridge University, University College London, and Queen Mary University of London. She's also been an art gallery curator, an ice cream maker, and a cocktail mixologist. This crash course in NPC lifestyles uniquely qualifies her to pick apart only the juiciest video games for your reading pleasure.
Cat cut her teeth on MMOs in the heyday of World of Warcraft before giving in to her love of JRPGs and becoming embedded in Final Fantasy XIV. When she's not doing that, you might find her running a tabletop RPG or two, perhaps even voluntarily.


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Unformatted text preview: d) the supply of existing shares of stock in this company to increase, so the price would rise.
. A scholarship gives you ,
today and promises to pay you
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(a) , (b) , + (c) , ( + r) + (d) , , one year from today. What ( + r) .
, ( + r) ( + r) + ,
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( + r) . In examining the national income accounts of the closed economy of Nepotocracy you see that
this year it had taxes of
billion, transfers of
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- Spring '14

domain: finance


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Mother and Child
As seen in Vogue, Vanity Fair, People, Elle, Harpers, Forbes, Cosmopolitan and countless other global publications - This is the extraordinary new body of work by author and photographer Claiborne Swanson Frank, the artist set out to explore what modern motherhood means in the 21st century. Turning her lens on 70 iconic families of mothers and children from such celebrated names as Delfina Figueres, Carolina Herrera, Lauren Santo Domingo, Anne Vyalitsyna, Aerin Lauder, Patty Jansen, Swanson Frank's stunning portraits capture the emotional bonds and beauty that frame the primal relationship of a mother and child. Complementing her work is a series of questions-and-answers, in which Swanson Frank delicately tasks each mother to look within themselves and express what being a mother truly means to them. Their answers, while exceedingly thoughtful and introspective, are also amusing, fascinating and moving. Each one of these intimate and stunning portraits will captivate and inspire readers as they embark on this profound journey that reminds us all of the power of motherhood and the great gift of love.