SSX Morning Ray Issue 46 (21 Jul)

合集下载

真爱雷瑟斯商品规格

真爱雷瑟斯商品规格

真爱雷瑟斯◆商品规格:净含量: 15毫升/支适合人群:18-80岁女性,男性产地:美国制造商名称:美国莱科萨斯国际公司制造商地址:德克萨斯州达拉斯市75234汉顿道12901号主要成份:它所含的十余种成份均是可溶于水的纯天然可食用物质L精氨酸、硅卵酸、薄荷醇、可溶性维生素A、D、E等。

A、L精氨酸:有助于增加氧化氮的含量,而氧化氮正是通知血管松弛、扩张、保持血流畅的“信差”。

B、硅卵酸:增加肌肉弹性,润滑作用(不干涩)C、薄荷醇:清凉后产生热刺激具有消毒滋养作用。

适用人群:●18岁--80岁的所有关爱自己的女性●18-25未婚女性需要ALURA解除神经痉挛而产生痛经;●25-35岁女性需要ALURA来保养容颜和塑造优美身材;●30-40岁的女性需要ALURA来提高性生活的质量;●40=50岁的女性需要ALURA来解除妇科病的烦恼;●50岁以后女性需要ALURA来解决更年期症状,延长青春●更年期以后的女性需要ALURA来维持生殖系统的活力真愛雷瑟絲的功效:1.可調理女性生理機能。

2.改善婦女因年齡增加導至雌激素減少的種種生理不協調症狀。

3.滋润生殖器,延缓生殖器衰老,提高敏感度.保養女性生殖器官組織,減慢退化速度。

推迟更年期。

4.透過刺激作用,促使內分泌正常化,平衡荷爾蒙,改善荷尔蒙失调的常见现象.使女性保持身心健康,容光煥發。

5.日常使用有润滑,清洁,抗菌,除异味并促进女性阴道自净能,帮助阴道紧缩等功能。

长期使用生理方面功效:1、 ALURA 是诺贝尔医学奖的衍生商品,是以专利技术而成 L -精氨酸与薄荷醇而产生一氧化氮路径,采全天然成份,无任何副作用,这是仿间威XX类之伪制品是无法复制本产品的功效。

2、薄荷醇产生清凉及微热感,L -精氨酸、氧化氮通路,会刺激外阴及阴蒂神经,会促进身体制造释放出荷尔蒙。

自身自然分泌的荷尔蒙,会使女性皮肤变得更漂亮,更具有女人味。

3、因刺激产生的润滑液分泌出来的自然抗菌分泌物,能促进阴道自净能力提升有善改善解除女性朋友阴部异味的隐疾。

晨光微照醒的英语作文

晨光微照醒的英语作文

The first light of dawn gently kisses the horizon,casting a warm glow that slowly seeps into the world,awakening it from its slumber.As the sky gradually brightens,the darkness of night recedes,making way for the vibrant hues of a new day.The chirping of birds fills the air,their melodies a natural alarm clock for the creatures of the earth.The morning dew glistens on the leaves,each droplet a tiny prism reflecting the emerging sunlight.The air is crisp and cool,carrying with it the scent of fresh beginnings.People begin to stir,opening their windows to let in the gentle morning breeze,a stark contrast to the stuffy confines of their homes.In the countryside,farmers rise with the sun,their days work already mapped out in their minds.The early light is their companion as they tend to their fields,the soft glow illuminating their way.The earth,still damp from the night,yields easily under their hands,ready to receive the seeds of hope.In the city,the streets slowly come to life.Street vendors set up their stalls,the aroma of freshly baked bread and sizzling delicacies wafting through the muters,with their briefcases and coffee cups in hand,navigate the early morning rush,their faces set in determination for the day ahead.School children,with their backpacks and sleepy eyes,make their way to the bus stop or walk to school,their laughter and chatter a testament to the boundless energy of youth. The first light of dawn is a silent witness to their dreams and aspirations,a silent promise of the potential that each new day holds.As the sun continues to climb higher in the sky,the world fully awakens.The first light of dawn,once a soft whisper,now stands as a bold reminder of the days possibilities.It is a time of transition,a bridge between the stillness of night and the bustling activity of day. It is a time of hope,a time of renewal,a time to embrace the world with open arms and a heart full of anticipation for what the day may bring.。

清晨阳光洒希望的英语作文

清晨阳光洒希望的英语作文

The morning sun,with its warm and golden rays,casts a sense of hope and promise across the world.As the first light of dawn breaks through the darkness,it illuminates the sky,heralding a new day filled with potential and opportunity.The early morning sun is a symbol of renewal and fresh beginnings.It dispels the shadows of the night,bringing with it a renewed sense of energy and vitality.The gentle glow of the suns rays touches everything it encounters,awakening the world from its slumber and setting the stage for a day of productivity and growth.The morning sun also brings a sense of calm and tranquility.As the world slowly comes to life,the quiet serenity of the early hours provides a peaceful backdrop for reflection and contemplation.It is a time when one can pause,take a deep breath,and appreciate the beauty of nature and the simple pleasures of life.Moreover,the morning sun is a source of inspiration and motivation.Its radiant light serves as a reminder that no matter how challenging the day may be,there is always hope and the possibility of overcoming obstacles.It encourages us to face the day with optimism and determination,to seize the opportunities that come our way,and to make the most of the time we have.In addition,the morning sun is a testament to the power of persistence and resilience.Just as the sun rises each day,undeterred by the trials and tribulations of the previous day,we too can find the strength to persevere and overcome our own challenges.It is a reminder that even in the darkest moments,there is always a light at the end of the tunnel.Furthermore,the morning sun is a celebration of life and its many blessings.It is a time to express gratitude for the gift of another day,for the chance to experience the joys and wonders of life.It is an invitation to cherish the relationships we have,to pursue our dreams and aspirations,and to make a positive impact on the world around us.In conclusion,the morning sun is a powerful and uplifting force that fills our hearts with hope and optimism.It is a reminder of the beauty,potential,and possibilities that each new day brings.As we embrace the light of the morning sun,let us carry its warmth and brightness with us throughout the day,and let it guide us towards a brighter and more fulfilling future.。

SL5200单阶紧急氧气供应连接器系列说明书

SL5200单阶紧急氧气供应连接器系列说明书

Porting Configuratione2PW3PWwq wq q IN w OUT e Gauge port(Outlet)¡For UHP gas delivery¡Flow capacity Standard:to 30slpmHF (option):to 130slpm¡Body material:316L SS secondary remelt¡Hastelloy internals available for corrosion resistanceSeries SL5200Single Stage Compact Regulator for Ultra High PurityConnections (Inlet q ,Outlet w )FV4MV4TW4FV6MV6TW6Connections1/4inch face seal (Female)1/4inch face seal (Male)1/4inch tube weld3/8inch face seal (Female)3/8inch face seal (Male)3/8inch tube weldCodeHow to OrderSL52S MFV4FV4022PW Surface finishM V XSurface finish Ra max 10µin.(0.25µm)Standard7µin.(0.18µm)5µin.(0.13µm)CodePorts2PW 3PWPorts 2ports 3portsCode Range options ∗1)No code A Specification Standard Sub-atmosphericCode∗1)Only available with SL5201.Port NumberqweMaterialS SH Body Poppet 316L SS Hastelloy ®C-22Diaphragm316L SSCode Seat materialNo code VS Material PCTFE (Standard)Vespel ®∗4)Code∗4)Not available with SHmaterial.Delivery pressure01020610Delivery pressure0.5to 30psig (0.0034 to 0.2 MPa)1to 60psig (0.007to 0.4 MPa)1to 100psig (0.007 to 0.7 MPa)Code 0.5to 10psig (0.0034to 0.07MPa)Sub-atmospheric (A):100mm Hg absolute to 10 psig(-88kPa to 0.07MPa)316L SSsecondary remelt Operating ParametersDelivery pressureGasSource pressureProof pressure (Inlet)Burst pressureAmbient and operating temperatureCvLeak rate Across the seat leakSurface finishConnectionsSupply pressure effectInstallationInternal volumeMassSL5201२२A100mm Hg absolute to 10 psig (-88kPa to 0.07MPa)Select compatible materials of construction for the gas Vacuum to 150psig (1.0 MPa)500psig (3.4MPa)1000psig (6.9MPa)–40to 160°C (–40 to 71°C)(No freezing) ∗1)0.072x 10-11 Pa·m 3/sec 2x 10-10Pa·m 3/sec ∗2)4x 10-9 Pa·m 3/sec ∗2)Ra max 10µin.(0.25µm)Option:7µin.(0.18µm),5µin.(0.13µm)Face seal, Tube weld 0.20psig (0.0014MPa)rise in delivery pressure per 20psig (0.14MPa) source pressure drop Bottom mount 0.19in 3(3.1cm 3)0.99lbs (0.45kg) ∗3)SL52010.5to 10 psig(0.0034to 0.07 MPa)SL52020.5to 30 psig (0.0034 to 0.2 MPa)SL52101to 100 psig (0.007 to 0.7 MPa)SL52061to 60 psig (0.007 to 0.4 MPa)SpecificationsOption Other Parameters HFCvSupply pressure effect0.150.50psig (0.0035MPa)rise in delivery pressure per 20psig (0.14MPa) source pressure drop OptionHigh flowHigher flow capacity with internal changes only, no change in external dimensions.Changes from the standard type are:SL5201२२A SL5201SL5202SL5210SL5206OptionNo codeHFSpecification High flow(Cv: 0.15)Standard(Cv: 0.07)Code∗1)14to 194°F (–10to 90°C)for Vespel ®seat.∗2)Tested with Helium gas inlet pressure 100 psig (0.7MPa).∗3)Mass,including individual boxed weight, may vary depending on connections or options.Inboard leakageOutboard leakageGauge port (Outlet e )No codeFV4V3L1Connections or Pressure gauge ∗2)psig/bar unit MPa unit No gauge port 1/4inch face seal (Male)1/4 inch face seal (Female)No pressure gauge Withpressure gauge -30in.Hg to 30psig -30in.Hg to 60psig -30in.Hg to 100psig -0.1to 0.2MPa -0.1to 0.4MPa -0.1to 0.7MPa Code∗2)Refer to gauge guide (P.94)for gauge specifications.Pressure gauge unit ∗3)No code MPAUnit psig/barMPa Code ∗3)Pressure gauge unit MPaor psig/bar selectable.However under Japanese regulation, only MPa is available in Japan.¡Sub-atmospheric pressure delivery option ¡Springless design (No poppet spring in the wetted area)24。

十字星锦春天养护注意事项

十字星锦春天养护注意事项

十字星锦春天养护注意事项Spring is a beautiful season, and it is also a crucial time for the maintenance of the Cross Star Jasmine. 春天是一个美丽的季节,也是十字星锦春天养护的关键时期。

As the weather warms up, it is important to take the necessary steps to ensure that your Cross Star Jasmine plant thrives throughout the season. 随着天气变暖,采取必要的措施以确保您的十字星锦植物在整个季节中茁壮成长至关重要。

Here are some essential tips to keep in mind when caring for your Cross Star Jasmine plant. 以下是在照顾您的十字星锦植物时要牢记的一些建议。

First and foremost, it is important to monitor the soil moisture for your Cross Star Jasmine regularly. 首先,定期监测您十字星锦的土壤湿度非常重要。

Over-watering can lead to root rot, while under-watering can cause the plant to wilt and suffer. 过度浇水会导致根腐烂,而少水会导致植物枯萎和受损。

It is crucial to find the right balance to keep your plant healthy and vibrant. 寻找合适的平衡点对保持植物的健康和光彩至关重要。

Consider using a moisture meter to accurately gauge the soil moisture levels and adjust your watering routine accordingly. 考虑使用一个湿度计来准确测量土壤湿度水平,并相应地调整浇水的时间。

Rossby波光路追踪V0.6.0用户指南说明书

Rossby波光路追踪V0.6.0用户指南说明书

Package‘raytracing’October14,2022Title Rossby Wave Ray TracingVersion0.6.0Date2022-06-06Description Rossby wave ray paths are traced froma determined source,specified wavenumber,and directionof propagation.``raytracing''also works with a set ofexperiments changing these parameters,making possible theidentification of Rossby wave sources automatically.The theory used here is based on classical studies,such as Hoskins and Karoly(1981)<doi:10.1175/1520-0469(1981)038%3C1179:TSLROA%3E2.0.CO;2>,Karoly(1983)<doi:10.1016/0377-0265(83)90013-1>,Hoskins and Ambrizzi(1993)<doi:10.1175/1520-0469(1993)050%3C1661:RWPOAR%3E2.0.CO;2>,and Yang and Hoskins(1996)<doi:10.1175/1520-0469(1996)053%3C2365:PORWON%3E2.0.CO;2>.License GPL-3Encoding UTF-8LazyData noImports ncdf4,graphics,sf,units,utilsSuggests testthat,covr,lwgeomURL https:///salvatirehbein/raytracing/BugReports https:///salvatirehbein/raytracing/issues/ RoxygenNote7.2.0Depends R(>=3.5.0)NeedsCompilation noAuthor Amanda Rehbein[aut,cre](<https:///0000-0002-8714-7931>), Tercio Ambrizzi[sad],Sergio Ibarra-Espinosa[ctb](<https:///0000-0002-3162-1905>), Lívia Márcia Mosso Dutra[rtm]Maintainer Amanda Rehbein<*********************>1Repository CRANDate/Publication2022-06-0623:30:02UTCR topics documented:betaks (2)betam (4)coastlines (6)Ks (6)Ktotal (7)ray (9)raytracing (11)ray_path (12)ray_source (13)trin (15)wave_arrival (16)ypos (17)Index18 betaks Calculates Beta and KsDescriptionbetaks ingests the time-mean zonal wind(u),transform it in mercator coordinates(um);calculates the meridional gradient of the absolute vorticity(beta)in mercator coordinates(betam);and,finally, calculates stationary wavenumber(Ks)in mercator coordinates(ksm)(see:Hoskins and Ambrizzi, 1993).betaks returns the um,betam,and lat,for being ingested in ray or ray_source.Usagebetaks(u,lat="lat",lon="lon",uname="uwnd",ofile,a=6371000,plots=FALSE,show.warnings=FALSE)Argumentsu String indicating the input datafilename.Thefile to be passed consists in a netCDFfile with only time-mean zonal wind at one pressure level,latitude inascending order(not a requisite),and longitude from0to360.It is requiredthat the read dimensions express longitude(in rows)x latitude(in columns).ualso can be a numerical matrix with time-mean zonal wind at one pressure level,latitude in ascending order(not a requisite),and longitude from0to360.Itis required that the read dimensions express longitude(in rows)x latitude(incolumns).lat String indicating the name of the latitudefield.If u is a matrix,lat must be numeric.lon String indicating the name of the longitudefield.If u is a matrix,lon must be numeric from0to360.uname String indicating the variable namefieldofile String indicating thefile name for store output data.If missing,will not return a netCDFfilea Numeric indicating the Earth’s radio(m)plots Logical,if TRUE will producefilled.countour plotsshow.warnings Logical,if TRUE will warns about NaNs in sqrt(<0)Valuelist with one vector(lat)and3matrices(um,betam,and ksm)Examples{#u is NetCDF and lat and lon charactersinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input,plots=TRUE)b$ksm[]<-ifelse(b$ksm[]>=16|b$ksm[]<=0,NA,b$ksm[])cores<-c("#ff0000","#ff5a00","#ff9a00","#ffce00","#f0ff00")graphics::filled.contour(b$ksm[,-c(1:5,69:73)],col=rev(colorRampPalette(cores,bias=0.5)(20)),main="Ks")#u,lat and lon as numericinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.bin",package="raytracing")u<-readBin(input,what=numeric(),size=4,n=144*73*4)lat<-seq(-90,90,2.5)lon<-seq(-180,180-1,2.5)u<-matrix(u,nrow=length(lon),ncol=length(lat))graphics::filled.contour(u,main="Zonal Wind Speed[m/s]")b<-betaks(u,lat,lon)b$ksm[]<-ifelse(b$ksm[]>=16|b$ksm[]<=0,NA,b$ksm[])cores<-c("#ff0000","#ff5a00","#ff9a00","#ffce00","#f0ff00")graphics::filled.contour(b$ksm[,-c(1:5,69:73)],col=rev(colorRampPalette(cores,bias=0.5)(20)),main="Ks")}betam Calculates Meridional Gradient of the Absolute Vorticity(beta)inmercator coordinates(betam)Descriptionbetam ingests the time-mean zonal wind(u),transform it in mercator coordinates(um)and then calculates the meridional gradient of the absolute vorticity(beta)in mercator coordinates(betam) using equation Karoly(1983).betam returns a list with the u,betam,and lat for being ingested in Ktotal,Ks,ray or ray_source.Usagebetam(u,lat="lat",lon="lon",uname="uwnd",ofile,a=6371000,plots=FALSE,show.warnings=FALSE)Argumentsu String indicating the input datafilename.Thefile to be passed consists in a netCDFfile with only time-mean zonal wind at one pressure level,latitude inascending order(not a requisite),and longitude from0to360.It is requiredthat the read dimensions express longitude(in rows)x latitude(in columns).ualso can be a numerical matrix with time-mean zonal wind at one pressure level,latitude in ascending order(not a requisite),and longitude from0to360.Itis required that the read dimensions express longitude(in rows)x latitude(incolumns).lat String indicating the name of the latitudefield.If u is a matrix,lat must be numeric.lon String indicating the name of the longitudefield.If u is a matrix,lon must be numeric from0to360.uname String indicating the variable namefieldofile String indicating thefile name for store output data.If missing,it will not returna netCDFfilea Numeric indicating the Earth’s radio(m)plots Logical,if TRUE will producefilled.countour plotsshow.warnings Logical,if TRUE will warns about NaNs in sqrt(<0)Valuelist with one vector(lat)and2matrices(u and betam)Examples{#u is NetCDF and lat and lon charactersinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betam(u=input,plots=TRUE)cores<-c("#ff0000","#ff5a00","#ff9a00","#ffce00","#f0ff00")graphics::filled.contour(b$betam/10e-12,zlim=c(0,11),col=rev(colorRampPalette(cores)(24)),main="Beta Mercator(*10e-11)")#u,lat and lon as numericinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.bin",package="raytracing")u<-readBin(input,what=numeric(),size=4,n=144*73*4)lat<-seq(-90,90,2.5)lon<-seq(-180,180-1,2.5)u<-matrix(u,nrow=length(lon),ncol=length(lat))graphics::filled.contour(u,main="Zonal Wind Speed[m/s]")}6Ks coastlines CoastlinesDescriptionGeometry of coastlines,class"sfc_MULTILINESTRING""sfc"from the package"sf"Usagedata(coastlines)FormatGeometry of coastlines"sfc_MULTILINESTRING"MULTILINESTRING Geometry of coastlines"sfc_MULTILINESTRING"data(coastlines)Sourcehttps:///downloads/10m-physical-vectors/10m-coastline/ Ks Calculates Total Wavenumber for Stationary Rossby Waves(Ks)DescriptionKs ingests the time-mean zonal wind(u)and calculates the Total Wavenumber for Stationary Rossby waves(Ks)in mercator coordinates(see:Hoskins and Ambrizzi,1993).Stationary Rossby waves are found when zonal wave number(k)is constant along the trajectory,which leads to wave fre-quency(omega)zero.In this code Ks is used to distinguish the total wavenumber for Stationary Rossby Waves(Ks)from the total wavenumber for Rossby waves(K),and zonal wave number(k).Ks returns a list with Ks in mercator coordinates(ksm).UsageKs(u,lat="lat",lon="lon",uname="uwnd",ofile,a=6371000,plots=FALSE,show.warnings=FALSE)Argumentsu String indicating the input datafilename.Thefile to be passed consists in a netCDFfile with only time-mean zonal wind at one pressure level,latitude inascending order(not a requisite),and longitude from0to360.It is requiredthat the read dimensions express longitude(in rows)x latitude(in columns).ualso can be a numerical matrix with time-mean zonal wind at one pressure level,latitude in ascending order(not a requisite),and longitude from0to360.Itis required that the read dimensions express longitude(in rows)x latitude(incolumns).lat String indicating the name of the latitudefield.If u is a matrix,lat must be numeric.lon String indicating the name of the longitudefield.If u is a matrix,lon must be numeric from0to360.uname String indicating the variable namefieldofile String indicating thefile name for store output data.If missing,will not return a netCDFfilea Numeric indicating the Earth’s radio(m)plots Logical,if TRUE will producefilled.countour plotsshow.warnings Logical,if TRUE will warns about NaNs in sqrt(<0)Valuelist with one vector(lat)and1matrix(Ksm)Examples{#u is NetCDF and lat and lon charactersinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")Ks<-Ks(u=input,plots=TRUE)Ks$ksm[]<-ifelse(Ks$ksm[]>=16|Ks$ksm[]<=0,NA,Ks$ksm[])cores<-c("#ff0000","#ff5a00","#ff9a00","#ffce00","#f0ff00")graphics::filled.contour(Ks$ksm[,-c(1:5,69:73)],col=rev(colorRampPalette(cores,bias=0.5)(20)),main="Ks")}Ktotal Calculates Total Wavenumber for Rossby Waves(K)DescriptionKtotal ingests the time-mean zonal wind(u)and calculates the Rossby wavenumber(K)(non-zero frequency waves)in mercator coordinates.In this code Ktotal is used to distinguish the total wavenumber(K)from zonal wave number(k).For stationary Rossby Waves,please see Ks.Ktotal returns a list with K in mercator coordinates(ktotal_m).UsageKtotal(u,lat="lat",lon="lon",uname="uwnd",cx,ofile,a=6371000,plots=FALSE,show.warnings=FALSE)Argumentsu String indicating the input datafilename.Thefile to be passed consists in a netCDFfile with only time-mean zonal wind at one pressure level,latitude inascending order(not a requisite),and longitude from0to360.It is requiredthat the read dimensions express longitude(in rows)x latitude(in columns).ualso can be a numerical matrix with time-mean zonal wind at one pressure level,latitude in ascending order(not a requisite),and longitude from0to360.Itis required that the read dimensions express longitude(in rows)x latitude(incolumns).lat String indicating the name of the latitudefield.If u is a matrix,lat must be numericlon String indicating the name of the longitudefield.If u is a matrix,lon must be numeric from0to360.uname String indicating the variable namefieldcx numeric.Indicates the zonal phase speed.Must be greater than zero.For cx equal to zero(stationary waves see Ks)ofile String indicating thefile name for store output data.If missing,will not return a netCDFfilea Numeric indicating the Earth’s radio(m)plots Logical,if TRUE will producefilled.countour plotsshow.warnings Logical,if TRUE will warns about NaNs in sqrt(<0)Valuelist with one vector(lat)and1matrix(ktotal_m)ray9 Examples{#u is NetCDF and lat and lon charactersinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")Ktotal<-Ktotal(u=input,cx=6,plots=TRUE)cores<-c("#ff0000","#ff5a00","#ff9a00","#ffce00","#f0ff00")graphics::filled.contour(Ktotal$ktotal_m[,-c(1:5,69:73)],col=rev(colorRampPalette(cores,bias=0.5)(20)),main="K")}ray Calculates the Rossby waves ray pathsDescriptionray returns the Rossby wave ray paths(lat/lon)triggered from one initial source/position(x0,y0), one total wavenumber(K),and one direction set up when invoking the function.ray must ingest the meridional gradient of the absolute vorticity in mercator coordinates betam,the zonal mean wind u,and the latitude vector(lat).Those variables can be obtained(recommended)using betaks function.The zonal means of the basic state will be calculated along the ray program,as well as the conversion to mercator coordinates of u.Usageray(betam,u,lat,x0,y0,K,dt,itime,direction,cx=0,interpolation="trin",tl=1,a=6371000,verbose=FALSE,ofile)10rayArgumentsbetam matrix(longitude=rows x latitude from minor to major=columns)obtained with betaks.betam is the meridional gradient of the absolute vorticity in mer-cator coordinatesu matrix(longitude=rows x latitude from minor to major=columns)obtained with betaks.Is the zonal wind speed in the appropriate format for the ray.Itwill be converted in mercator coordinates inside the raylat Numeric vector of latitudes from minor to major(ex:-90to90).Obtained with betaksx0Numeric value.Initial longitude(choose between-180to180)y0Numeric value.Initial latitudeK Numeric value;Total Rossby wavenumberdt Numeric value;Timestep for integration(hours)itime Numeric value;total integration time.For instance,10days times4times per daydirection Numeric value(possibilities:1or-1)It controls the wave displacement:If1, the wave goes to the north of the source;If-1,the wave goes to the south of thesource.cx numeric.Indicates the zonal phase speed.The program is designed for eastward propagation(cx>0)and stationary waves(cx=0,the default).interpolation Character.Set the interpolation method to be used:trin or ypostl Numeric value;Turning latitude.Do not change this!It will always start with a positive tl(1)and automatically change to negative(-1)after the turning latitudea Earth’s radio(m)verbose Boolean;if TRUE(default)return messages during compilationofile Character;Outputfile name with.csv extension,for instance,"/user/ray.csv"Valuesf data.frameSee Alsoray_sourceExamples{#For Coelho et al.(2015):input<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input)rt<-ray(betam=b$betam,u=b$u,raytracing11 lat=b$lat,K=3,itime=10*4,x0=-130,y0=-30,dt=6,direction=-1,cx=0,interpolation="trin")rp<-ray_path(rt$lon,rt$lat)plot(rp,main="Coelho et al.(2015):JFM/2014",axes=TRUE,cex=2,graticule=TRUE)}raytracing raytracing:Rossby Wave Ray TracingDescriptionRossby wave ray paths are traced from a determined source,specified wavenumber,and direction ofpropagation.’raytracing’also works with a set of experiments changing these parameters,makingpossible the identification of Rossby wave sources automatically.Authors•Amanda Rehbein(ORCID:https:///0000-0002-8714-7931-mantainer:*********************)•Tercio Ambrizzi(ORCID:https:///0000-0001-8796-7326)•Sergio Ibarra Espinosa(ORCID:https:///0000-0002-3162-1905)•Livia Marcia Mosso Dutra(ORCID:https:///0000-0002-1349-7138)ReferencesHoskins,B.J.,&Ambrizzi,T.(1993).Rossby wave propagation on a realistic longitudinallyvaryingflow.Journal of the Atmospheric Sciences,50(12),1661-1671.Hoskins,B.J.,&Karoly,D.J.(1981).The steady linear response of a spherical atmosphere tothermal and orographic forcing.Journal of the Atmospheric Sciences,38(6),1179-1196.Karoly,D.J.(1983).Rossby wave propagation in a barotropic atmosphere.Dynamics of Atmo-spheres and Oceans,7(2),111-125.Yang,G.Y.,&Hoskins,B.J.(1996).Propagation of Rossby waves of nonzero frequency.Journalof the atmospheric sciences,53(16),2365-2378.12ray_path ray_path Calculate the ray paths/segment of great circlesDescriptionThis function calculates the segments great circles using the(lat,lon)coordinates obtained with ray or ray_source.It returns a LINESTRING geometry that is ready for plot.Usageray_path(x,y)Argumentsx vector with the longitude obtained with ray or ray_sourcey vector with the latitude obtained with ray or ray_sourceValuesfc_LINESTRING sfcExamples{#Coelho et al.(2015):input<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input)rt<-ray(betam=b$betam,u=b$u,lat=b$lat,K=3,itime=30,x0=-135,y0=-30,dt=6,direction=-1)rp<-ray_path(x=rt$lon,y=rt$lat)plot(rp,axes=TRUE,graticule=TRUE)}ray_source Calculate the Rossby waves ray paths over a source regionDescriptionray_source returns the Rossby wave ray paths(lat/lon)triggered from one or more initial source/position (x0,y0),one or more total wavenumber(K),and one or more direction set up when invoking the function.ray_source must ingest the meridional gradient of the absolute vorticity in mercator coordinates betam,the zonal mean wind u,and the latitude vector(lat).Those variables can be obtained(recommended)using betaks function.The zonal means of the basic state will be calcu-lated along the ray program,as well as the conversion to mercator coordinates of u.The resultant output is a spatial feature object from a combination of initial andfinal positions/sources,total wavenumbers(K),and directions.Usageray_source(betam,u,lat,x0,y0,K,cx,dt,itime,direction,interpolation="trin",tl=1,a=6371000,verbose=FALSE,ofile)Argumentsbetam matrix(longitude=rows x latitude from minor to major=columns)obtainedwith betaks.betam is the meridional gradient of the absolute vorticity in mer-cator coordinatesu matrix(longitude=rows x latitude from minor to major=columns)obtainedwith betaks.Is the zonal wind speed in the appropriate format for the ray.Itwill be converted in mercator coordinates inside the raylat Numeric vector of latitudes from minor to major(ex:-90to90).Obtained withbetaksx0Vector with the initial longitudes(choose between-180to180)y0Vector with the initial latitudesK Vector;Total Rossby wavenumbercx numeric.Indicates the zonal phase speed.The program is designed for eastward propagation(cx>0)and stationary waves(cx=0,the default).dt Numeric value;Timestep for integration(hours)itime Numeric value;total integration time.For instance,10days times4times per daydirection Vector with two possibilities:1or-1It controls the wave displacement:If1, the wave goes to the north of the source;If-1,the wave goes to the south of thesource.interpolation Character.Set the interpolation method to be used:trin or ypostl Numeric value;Turning latitude.Do not change this!It will always start with a positive tl(1)and automatically change to negative(-1)after the turning latitude.a Earth’s radio(m)verbose Boolean;if TRUE(default)return messages during compilationofile Character;Outputfile name with.csv extension,for instance,"/user/ray.csv"Valuesf data.frameExamples##Not run:#do not runinput<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input)rt<-ray_source(betam=b$betam,u=b$u,lat=b$lat,K=3,itime=10*4,cx=0,x0=-c(130,135),y0=-30,dt=6,direction=-1,interpolation="trin")#Plot:data(coastlines)plot(coastlines,reset=FALSE,axes=TRUE,graticule=TRUE,col="grey",main="Coelho et al.(2015):JFM/2014")trin15 plot(rt[sf::st_is(rt,"LINESTRING"),]["lon_ini"],add=TRUE,lwd=2,pal=colorRampPalette(c("black","blue")))##End(Not run)trin Performs trigonometric interpolationDescriptionThis function performs trigonometric interpolation for the passed basic state variable and the re-quested latitudeUsagetrin(y,yk,mercator=FALSE)Argumentsy Numeric.The latitude where the interpolation is requiredyk Numeric vector of the data to be interpolated.For instance,umz or betammercator Logical.Is it require to transform thefinal data in mercator coordinates?Default is FALSE.ValueNumeric valueNoteThis function is an alternative to ypos and is more accurateSee Alsoypos ray ray_sourceOther Interpolation:ypos()Examples{input<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input)umz<-rev(colMeans(b$u,na.rm=TRUE))*cos(rev(b$lat)*pi/180)betamz<-rev(colMeans(b$betam,na.rm=TRUE))16wave_arrival y0<--17trin(y=y0,yk=umz)}wave_arrival Filter the ray paths that arrives in an area of interestDescriptionwave_arrival ingests the ray paths tofilter by determined area of interest.Default CRS4326.Usagewave_arrival(x,aoi=NULL,xmin,xmax,ymin,ymax,ofile)Argumentsx sf data.frame object with the LINESTRINGS to befiltered.aoi String giving the path and thefilename of the area of interest.By default is NULL.If no aoi is not provided,the xmin,xmax,ymin,and ymax must beprovided.xmin Numeric.Indicates the western longitude to be used in the range-180to180.xmax Numeric.Indicates the eastern longitude to be used in the range-180to180.ymin Numeric.Indicates the southern longitude to be used in the range-90to90.ymax Numeric.Indicates the northern longitude to be used in the range-90to90.ofile Character;Outputfile name with.csv extension,for instance,"/user/aoi_ray.csv"Valuesf data.frameExamples{}ypos17 ypos Interpolation selecting the nearest neighborDescriptionThis function get the position in a vector of a given latitute y.Usageypos(y,lat,yk,mercator=FALSE)Argumentsy numeric value of one latitudelat numeric vector of latitudes from minor to majoryk numeric vector to be approximatedmercator Logical.Is it require to transform thefinal data in mercator coordinates?Default is FALSE.ValueThe position where the latitude y has the minor difference with latSee AlsoOther Interpolation:trin()Examples{input<-system.file("extdata","uwnd.mon.mean_200hPa_2014JFM.nc",package="raytracing")b<-betaks(u=input)ykk<-rev(colMeans(b$betam))ypos(y=-30,lat=seq(90,-90,-2.5),yk=ykk)}Index∗Interpolationtrin,15ypos,17∗datasetscoastlines,6betaks,2,9,10,13betam,4coastlines,6Ks,4,6,8Ktotal,4,7ray,2,4,9,15ray_path,12ray_source,2,4,10,13,15raytracing,11trin,10,14,15,17wave_arrival,16ypos,10,14,15,1718。

红鼻子日英语作文

红鼻子日英语作文

红鼻子日英语作文In a world where labels and definitions often dictate our paths, it is refreshing to consider the concept of None. This intriguing idea invites us to explore the vast expanse of possibility that exists beyond the confines of predetermined categories and societal expectations. By embracing the notion of None, we open ourselves to a realm of limitless potential where the boundaries of our identity and purpose are not predetermined but rather shaped by our own unique journeys.At the heart of None lies the notion of freedom – freedom from the constraints of societal norms, from the expectations of others, and from the limitations we often impose upon ourselves. It is a state of being that transcends the traditional constructs of identity, allowing us to shed the layers of preconceived notions and truly discover who we are, unencumbered by the weight of external influences. In a society that thrives on categorization, the concept of None challenges us to redefine our understanding of self. It invites us to explore the vast expanse of our inner landscapes, to delve into the depths of our passions, aspirations, and values, and to carve out a path that is uniquely our own. By embracing None, we embark on a journey of self-discovery where the answers we seek are not found inthe labels and definitions imposed upon us, but rather in the uncharted territories of our own being.One of the most profound aspects of None is its ability to liberate us from the fear of the unknown. In a world that often prizes certainty and predictability, the concept of None challenges us to embrace the uncertainty of the future, to let go of the need for control, and to surrender to the infinite possibilities that lie before us. This shift in perspective can be profoundly empowering as it allows us to approach life with a sense of curiosity, wonder, and openness to the unexpected. As we navigate the complexities of our lives, the concept of None can serve as a guiding light, reminding us to trust in the unfolding of our own stories. It encourages us to let go of the need to conform to societal expectations and to instead focus on cultivating a deep understanding of our authentic selves. By embracing None, we can tap into our innate creativity, our resilience, and our ability to adapt and grow in the face of life's challenges.Moreover, the concept of None holds the potential to foster a more inclusive and compassionate society. By recognizing that we are not defined by the labels and categories that often divide us, we can cultivate a deeper sense of empathy and understanding for those who may not fit neatly into societal norms. This shift in perspective can lead to the dismantling of prejudices, the breaking down of barriers, and the creation of a world where diversity is celebrated andeveryone is afforded the freedom to be their authentic selves.In a world where we are constantly bombarded with messages about who we should be and how we should live, the concept of None offers a refreshing alternative. It invites us to step back from the noise of societal expectations and to reconnect with the essence of our being. By embracing None, we can reclaim our power to define our own paths, to explore the depths of our passions and aspirations, and to cultivate a profound sense of purpose and fulfillment.One of the key benefits of embracing the concept of None is the opportunity it presents for personal growth and transformation. When we let go of the constraints of predetermined identities, we open ourselves up to a world of possibilities. We can experiment with new ways of being, try on different roles and perspectives, and ultimately uncover the unique tapestry of our authentic selves. This process of self-discovery can be both exhilarating and challenging, as we confront the fears and doubts that may have held us back in the past. However, by embracing the uncertainty and vulnerability inherent in the concept of None, we can emerge with a deeper understanding of who we are and a renewed sense of purpose.Moreover, the concept of None can also have profound implications for our relationships and social interactions. When we let go of the need to fit into predetermined categories, we can approach otherswith a greater sense of openness and curiosity. We can move beyond the superficial labels and assumptions that often divide us, and instead, seek to understand the unique stories and experiences that shape each individual. This shift in perspective can foster more meaningful connections, deeper empathy, and a greater appreciation for the diversity of the human experience.In a world that often prioritizes conformity and homogeneity, the concept of None offers a powerful counterpoint. It reminds us that our true worth and value lie not in the labels and definitions imposed upon us, but in the rich tapestry of our own unique experiences, passions, and aspirations. By embracing None, we can cultivate a sense of self-acceptance and self-love that transcends the limitations of societal expectations, and instead, focus on the boundless potential that exists within each of us.Ultimately, the concept of None is not about the absence of identity or purpose, but rather, the freedom to define those things for ourselves. It is a radical invitation to step outside the confines of the familiar and to explore the vast expanse of our own being. By embracing None, we can discover the true essence of who we are, unencumbered by the weight of external influences and the constraints of societal norms. In doing so, we can not only transform our own lives but also contribute to the creation of a more inclusive, compassionate, and vibrant world.。

Futaba SBS-01S 电机传感器说明书

Futaba SBS-01S 电机传感器说明书
$POOFDUUIFDPOOFDUPSQPMBSJUZ QSPQFSMZ Ŷ ,I FRQQHFWHG LQ UHYHUVH H[SORVLRQV RU ILUH could occur.
*O T F S U U I F D P O O F D U P S T F D V S F M Z Ŷ,IWKHFRQQHFWRUZRUNVORRVHGXULQJPRGHO operation, control will be lost and cause er.
(The “Servo connection alarm” function of the transmitter must be enabled.)
˔ 4FSWPBMBSNɿ If you forget to turn off the receiver
power, you are informed by the sounding of an alarm from the servo. This servo alarm sound is also useful when searching for lost aircraft.
2015, 5 (1)
˔"QQMJDBCMFTZTUFNT
'VUBCB5.;7ʙ
'VUBCB54;7ʙ
5IFUJNFPGNBZ
0,
*ODPNQBUJCMFXJUI TFSWPTPUIFSUIBOUIF 4#64
5IF4#44DBOOPUCF VTFEXJUI4#64T OFVUSBMTFSWPT
(SFFO3FE
8IFOTFUUJOHVQUIF TMPU
(SFFO3FE "MUFSOBUFCMJOL
6OSFDPWFSBCMFFSSPS
  1. 1、下载文档前请自行甄别文档内容的完整性,平台不提供额外的编辑、内容补充、找答案等附加服务。
  2. 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
  3. 3、如文档侵犯您的权益,请联系客服反馈,我们会尽快为您处理(人工客服工作时间:9:00-18:30)。

Headlines (14 Jul – 21 Jul)Every Thursday 1 EUR = 1.42USD ■ 1 USD = 78.77 JPY ■ 1 USD = 6.45CNY (65) 6836 0526 Justin.low@.sg Market Information • Gross Profit Feels the Pinch in PV Price War • Volume of polysilicon to increase in October • Solar cell makers see limited order visibility Policies/Incentives• GSE publishes register of Italian FIT installations • France Plans Tender for Solar Projects by August • US govt to review controversial Solar Energy Zones • India Denies Loosening Funding Rules• ACT’s feed-in tariff scheme is closed – again • Brazil readies grid connection law Company News • Hankook Silicon runs polysilicon plant at 100% • OCI Falls to a Four-Month Low After Profit Decline • MEMC opens new module manufacturing in Ontario • REC blames "very weak" solar market for Q2 losses • Solon Falls After Warning of ‘Significant Loss’ From Sales • ET Solar wins 4.2MW supply contract with Wagner UK • LDK Solar Signs Supply Contract With juwiPower Generation/Installations • Grupo Clavijo Commissions 33 MW PV Plant in France • Phoenix Solar Wins Largest Foreign Contract • P2 Solar to install 7.3 MW Bulgarian PV project • 6 MW Solar Plant Planned on Kauai• Sopogy signs agreement on Thai solar project• Exim Bank Approves Loans for 2 Indian Solar Projects• Off-Grid Solar Energy Market in Africa Growing • SER Plans 600MW of Solar, Competitive Pricing By 2017 Interesting News/Commentary• The Groupon for solar looks nationwide • Q-Cells partners with German football champs • SolarWorld donates PV system to Geraldine Chaplin’sfundraising for Peru project • Japan's Shimizu Proposes a Loony Solar Idea Noncrystalline/Science/Technology • Solar Frontier ramping 150W CIS modules as customer engagements go global • Abound enters supply agreement with ABEL ReTec • Risø and Mekoprint mass produce polymer solar cells • Semprius Receives Incentives for HCPV Pilot Plant Support Industry• China extends review of Meyer Burger acquisition• Trina launches Trinamount solution for US market • Siemens secures supply contract for 20MW Idaho project • Pan Jit junction box diodes for solar modules have 50% of global market • DuPont Expands Agreement with Toppan to BoostProduction of Tedlar * * * * * * * * * * Company News • Hyundai signs supply deal with Eco Environmentalists • Isofoton to Supply Modules to Turning Point Solar Plant • Phono Solar extends module agreement with Sybac • Suntech introduces new solar module for Israel • China Sunergy takes another step into US market • Evergreen Solar won't make note interest payments • Munich Re, KKR Acquire 49% Stake in T-Solar’s AssetsGross Profit Feels the Pinch in PV Price War[20 Jul] A period of highly competitive pricing from PV module suppliers has led to gross margins declining by over 25% in the last six months. IMS Research reveals that suppliers have reduced prices by around 15% in the last six weeks. Average PV module prices had been close to $1.80/W in the first quarter of 2011; however, the same modules are now being consistently priced below $1.40/W.Rapid reductions in the price of cells and wafers have helped to offset module price declines and ease the impact on suppliers’ margins. However, whilst polysilicon spot prices have fallen by over 30% since the end of 2010, contract prices have held relatively stable so the average prices have fallen at a far slower rate. Average polysilicon prices remaining above $50/kg have limited the ability to reduce costs.IMS Research estimates that the total gross profit generated by the global PV module supplier base, which had averaged around $2.5bn per quarter in 2010, declined sequentially by close to 40% in the first and second quarter of 2011. IMS Research predicts that total PV module supplier gross profit will grow once again in Q3 and Q4’11./press-release/Gross_Profit_Feels_the_Pinch_in_PV_Price_WarVolume of polysilicon to increase in October[19 Jul] The market believes supply of polysilicon will be more sufficient in October. Suppliers will have to face challenges such as weak demand as tight supply eases. In addition, flexibility of the contract terms will determine the winners. Industry leading firms such as Hemlock, Wacker, OCI and GCL-Poly tend to have less flexible contract terms.According to Digitimes Research, the total polysilicon production in 2010 was 209,000MT and first-tier suppliers /news/a20110715PD201.htmlSolar cell makers see limited order visibility[14 Jul] Taiwan solar cell suppliers have seen their order visibility extend to only August, and are uncertain about the demand outlook for the rest of the year. The market has been showing signs of improvements with increasing orders and capacity utilization. However, orders are mostly short-term because customers want to have more control of the price. The rebound of orders has not been as strong as anticipated as Japan's recovery has been slow./news/a20110714PD202.htmlRelated News:Taiwan solar cell makers need to expand customer base/news/a20110714PD203.htmlPolicies/IncentivesGSE publishes register of Italian FIT installations[18 Jul] Project planning firm New Energy Projects reports that a total of 947 PV installations are included on the list. All of these projects are entitled to receive solar subsidies if they are connected to the grid by the end of the year.This involves 252 PV installations that were already completed at the end of June, but have not yet been connected to the grid. A further 695 projects are still under construction or at least have the required permits. The last two installations on the list were approved on Feb 3, 2010.Any plant that is granted a permit after that will purportedly not be entitled to claim support. However, they may be able to get onto the list as an alternative to one of the listed projects or apply for the new round that begins in November for the first half of the year 2012.New Energy Projects also reports that 172 PV installations are no longer on the list, since they were already connected to the grid in the middle of July. In the weeks to come GSE will publish another two lists. The first one will contain the possible alternative candidates for the solar subsidy this year. The second list specifies the PV projects that have not submitted all of the required documents and therefore will not be able to benefit from the subsidy./news/details/beitrag/gse-publishes-register-of-italian-fit-installations_100003694/France Plans Tender for Solar Projects by August[18 Jul] France plans to publish a tender on Aug. 1 for construction of solar-power projects with 120MW of capacity after receiving a report from the country’s energy regulator expected on July 26, Le Figaro reported,.conservationists took another twist yesterday when the Department of the Interior announced that it would conduct a review of "solar energy zones" that could see areas earmarked for development scaled back or eliminated. Late last year the Obama administration released a draft plan that identified 24 potential solar energy zones on public land.Interior Secretary Ken Salazar said the department would now work with the DOE to produce a supplement to the Draft Programmatic Environmental Impact Statement for Solar Energy Development. The changes would protect habitats and streamline permitting for solar developers./bg/news/2094367/government-review-controversial-solar-energy-zonesIndia Denies Loosening Funding Rules[19 Jul] India’s government denied a report in the country’s Economic Times that it would ease funding rules for companies who won licenses to set up solar power projects. “We’ve not changed anything,” said Tarun Kapoor, a joint secretary at the MNRE overseeing India’s Solar Mission program. “The rules remain the same.”The government is considering allowing developers to keep their licenses even if they miss a deadline for demonstrating their ability to fund the projects, India’s Economic Times said./news/2011-07-19/india-denies-loosening-funding-rules-for-solar-auction-winners.htmlACT’s feed-in tariff scheme is closed – again[15 Jul] Less than two weeks after Australia’s Capital Territory small-scale FIT was revived; the state has closed the scheme – again – to new participants. Having reached full capacity by midnight on the July 13, the program shutters were pulled down for what looks to be the final time just nine days after the announcement to re-open the premium FIT to small-scale generators was made – when over three-quarters of the 30MW cap was already reached – the anticipated rush to install took the numbers up to full capacity.http://www.pv-today that the government will promulgate market-enabling legislation that will finally permit broad grid connections for solar installations by the end of this year.A variety of private, public and non-government agencies have been working to achieve the new solar law. One key player has been the national renewable energy network Renove. Renove has secured funding from the Renewable Energy & Energy Efficiency Partnership (REEEP), based in Vienna, to help develop the solar market in Brazil./news/details/beitrag/brazil-readies-grid-connection-law_100003664/Related News:Israel votes through 10% renewable targets /bg/news/2094723/israel-votes-cent-renewable-targetsCompany NewsHankook Silicon runs polysilicon plant at 100%[18 Jul] Hankook Silicon is running its 3,500MT poly plant at full capacity. This is amid rising demand for the solar feedstock and an increase in downstream PV prices. Hankook started commercial polysilicon production at the Yeosu-based plant in Jeolla province last year. Prices of solar mono wafer rose to $2.50-2.70/pc on 18 July, up by 5-10 cents from the previous week, industry sources said.Related News:Taiwan Polysilicon runs 5,000MT polysilicon plant at 80%/Articles/2011/07/19/9478361/taiwan-polysilicon-runs-5000-tonneyear-polysilicon-plant-at-80.htmlOCI Falls to a Four-Month Low After Profit Decline[14 Jul] OCI fell to a four-month low in Seoul trading after reporting a quarterly profit decline. Second-quarter net income fell to 275.6bn won ($261mln) from 330.9bn won in the previous three months. Polysilicon prices on the spot market declined 32% in the second quarter BNEF estimated./news/2011-07-14/polysilicon-maker-oci-falls-to-a-four-month-low-after-profit-decline.htmlMEMC opens new module manufacturing in Ontario[20 Jul] MEMC is to create 400 jobs by opening a new module production line in Ontario, Canada. Located in Newmarket on the outskirts of Toronto, the Flextronics-owned site will produce PV panels for the 60MW project pipeline of MEMC’s subsidiary, SunEdison.The decision to establish a module manufacturing site in Ontario was made in part to meet the 60% domestic content requirement necessary to be eligible for Ontario’s FiT. MEMC has not yet revealed the production capacity./news/memc_opens_new_wafer_manufacturing_base_in_oNOK3,391m (£380m), down 17% compared to the previous quarter. ASP for wafers and modules were down 21% and 14% respectively, while polysilicon prices were down 3% from the previous quarter. EBITDA hit NOK871m in the second quarter, down from NOK1,449m in the first quarter.The company said earnings were affected by lower prices, as well as inventory write-downs of NOK115m.As a result, the company is temporarily shutting down a Norweigan facility from next quarter. Added to other plant closures, REC will reduce wafer production by around 185MW and cut cell and module production by around 50MW in the third quarter. Around 700 employees will be put on temporary leave in Norway. In contrast, the company said production volume in Singapore was up 8%./bg/news/2094962/rec-blames-weak-solar-market-quarter-lossesRelated News:Solar equipment group REC driven to loss by write-down/article/2011/07/19/us-rec-idUSTRE76I0SL20110719Orkla Would Seek Exit From REC When Price Right/news/2011-07-20/orkla-ceo-says-rec-s-current-share-price-too-low-for-divestment.htmlSolon Falls After Warning of ‘Significant Loss’ From Sales [19 Jul] Solon fell to the lowest in more than seven years in Frankfurt trading saying it expected a “significant loss” in the current year amid a sales of PV panels slumped in the two biggest solar markets. Revenue for the year will drop to 500mln euros, down from a Mar 31 estimate of 619mln euros. By the end of this year, Solon must pay back a 275mln euro loan to a group of eight German banks led by Deutsche Bank./news/2011-07-19/solon-falls-after-warning-of-significant-loss-from-sales-slump.htmlET Solar wins 4.2MW supply contract with Wagner UK[20 Jul] ET Solar has been contracted by German subsidiary Wagner Solar UK to provide 4.2MW of solar modules for the second half of 2011. Wagner distributes PV units through its UK office and has been using ET Solar’s equipment in the country for more than one year./investor-news/renewable-energy-news/by-technology/solar/et-solar-wins-4-2mw-supply-contract-with-wagner-uk.htmlLDK Solar Signs Supply Contract With juwi[19 Jul] LDK has signed a 15MW supply contract with juwi Solar in Germany. Under the terms of the agreement, LDK will provide 15MW of polycrystalline PV modules from Aug 2011 to Nov 2011, with an option to deliver an additional 15MW immediately, until the end of the year. /news/2011-07-18/head-of-ldk-solar-s-audit-committee-stepping-down.htmlSolar Earnings Mirage Bring Muddy Waters Concerns to China’s Panel Makers/news/2011-07-20/solar-mirages-bring-muddy-waters-concerns-to-china-panel-makers.htmlHyundai signs supply deal with Eco Environmentalists [18 Jul] Hyundai has signed an agreement allowing UK renewables company Eco Environments to install its solar panels. The Liverpool-based business is the first in the UK to enter into a contract with Hyundai and it has already received and installed one container full of modules./investor-news/renewable-energy-news/by-technology/solar/hyundai-signs-supply-deal-with-uk-based-eco-environmentalists.htmlIsofoton to Supply Modules to Turning Point Solar Plant [15 Jul] Isofoton will supply approx 250,000 solar panels for the 49.9MW Turning Point Solar (TPS) plant, the construction of which was announced this week. When operational, TPS will be the largest PV project east of the U.S. Rocky Mountains. Developed by AEP Ohio and Turning Point Solar, the solar farm will be located on a 750-acre plot in Noble County. Construction will begin in summer 2012, and is scheduled to be completed in 2015.Isofoton has also been selected to supply American Municipal Power (AMP) with 200MW of solar panels to be used in projects to be developed throughout AMP’s seven state territory over the coming years. Isofoton's Napoleon, Ohio plant will produce its first PV modules in 2012./industry-news/isofoton-supply-modules-turning-point-solar-plantPhono Solar extends module agreement with Sybac[15 Jul] Sybac Photovoltaics has placed an order with Phono Solar for 10MW of its mono and poly modules. The order, which will be delivered before the end of 2011, is the latest step in a strategic partnership between the two firms to install utility-scale projects throughout the US.secured for a project pipeline totalling more than 15MW in the US as Sybac attempts to strengthen its status stateside./news/order_focus_phono_solar_extends_module_supply_agr eement_with_sybacSuntech introduces new solar module for Israel[18 Jul] The new solar module is powered by Suntech's SuperPoly processing technology that produces higher-quality multi wafers. The 300W Vd is a 72-cell module comprised of 6” black square cells, and is suited to rooftop installations.Suntech developed the technology based on a hybrid wafer manufacturing process that combines the high efficiency of mono wafers with the cost-effectiveness and reliability of poly wafers. The new module delivers 10% more power leading to lower BOS and installation costs per watt./news/suntech-introduces-new-solar-module-for-israel-180711China Sunergy takes another step into US market[15 Jul] China Sunergy will cement their engagement with the rapidly developing solar market by opening US HQ, appointing management and hiring staff there. The company announced that it will explore US. based manufacturing facilities./news/details/beitrag/china-sunergy-takes-another-step-into-us-market_100003681/Evergreen Solar won't make note interest payments[15 Jul] Evergreen Solar warned it would not make $4.2mln of interest payments due on its senior convertible notes, citing its weakened liquidity. The failure to pay the interest will trigger a default if unpaid for 30 days, the company said in a filing with the U.S. SEC. The interest payments were due on Friday. The announcement comes four days after Evergreen said in a regulatory filing a default under its obligations to note holders would likely result in a bankruptcy filing./article/2011/07/15/evergreensolar-idUSN1E76E1NW20110715Related News:NSP Raises $132.4M From Sale of GDR/news/2011-07-14/neo-solar-power-of-taiwan-raises-132-4-million-from-sale-of-gdr.htmlMunich Re, KKR Acquire 49% Stake in T-Solar’s Assets [19 Jul] T-Solar Global sold a 49% stake in its Spanish and Italian solar parks to Munich Re and KKR as it seeks funds for global expansion. Munich Re and KKR bought into 42 operating parks with a total capacity of 168MW. Munich Re acquired 37% and KKR got 12%. Both have an option to buy future plants. T-Solar is seeking funds as it plans to triple solar capacity to 500MW by 2014./news/2011-07-18/munich-re-kkr-buy-49-of-/article/2011/07/20/solar-fotowatio-munichre-idUSLDE76J12520110720(Q-Cells) 12MW Zerbst II solar plant sold to Berlin group /view/19553/12-mw-zerbst-ii-solar-plant-sold-to-berlin-investment-group-/Noncrystalline/Science/TechnologySolar Frontier ramping 150W CIS modules as customer engagements go global[14 Jul] Solar Frontier has started shipping 150W modules with 12.2% efficiencies after accelerating its production roadmap and achieving production targets ahead of schedule at its Kunitomi plant in Japan. Solar Frontier said shipments were going to customers on a global basis, though quantity figures were not released.Solar Frontier also noted that it expects both TÜV and UL certification in the coming weeks for a 155W module./news/solar_frontier_ramping_150w_cis_modules_as_custo mer_engagements_go_globalAbound enters supply agreement with ABEL ReTec[14 Jul] ABEL ReTec is to use Abound Solar’s CdTe thin-film modules in large-scale free-field projects, with an initial order of 1.2MW, which was shipped during the second quarter of 2011. The long-term purchase agreement was based on testing Abound’s AB1-series modules for rooftop installations. Abound Solar is still in the early phase of ramping capacity at its 65MW panel production line in Longmont, Colorado./news/order_focus_abound_solar_enters_supply_agreemen t_with_abel_retecRisø and Mekoprint mass produce polymer solar cells [15 Jul] OPV torches produced by Denmark's Risø DTU and Mekoprint were given away at the LOPE-C conference in Frankfurt. The companies aimed to show that polymer solar cells could be mass produced using roll-to-roll production techniques. The torches are the size of a credit card and the light source is a small white LED. They are powered by a lithium polymer battery, which is charged by polymer cells./view/19406/ris-dtu-and-a pilot production plant in Henderson, North Carolina. The incentives package totals more than $7.88mln. Semprius will use the incentives package and venture funding to construct the pilot HCPV module production plant beginning later this month. The first phase of the pilot plant will be 50,000 sq ft and employ 60 people. Semprius plans to expand within the next several years to 150,000 sq ft and will eventually employ 256 people at the pilot production plant. Semprius will make an $89.7mln capital investment in the pilot plant, and the plant will draw $120mln in investment to the region./industry-news/semprius-receives-incentives-hcpv-pilot-production-plantSupport IndustryChina extends review of Meyer Burger acquisition[18 Jul] Chinese competition authorities have extended their review of a bid by Meyer Burger to buy Roth & Rau. Meyer Burger said it had been informed on Monday of the extended review process, but could not comment on how long it would take. It said Chinese clearance was the final condition that remained in the public tender offer./article/2011/07/18/us-rothrau-meyerburger-idUSTRE76H40N20110718Trina launches Trinamount solution for US market[14 Jul] The Trinamount solution uses Trina Solar's Zep Compatible PV module and is a combined effort on the part of Trina Solar and Zep Solar. The mounting system, said to reduce overall system costs, is compatible with a wide variety of roof types, including tiles and flat roofs on commercial buildings, and comes with a 10-year product workmanship warranty and a 25-year linear power warranty./news/intersolar_na_trina_launches_trinamount_solution_for_us_marketSiemens secures supply contract for 20MW Idaho project [14 Jul] Siemens will manufacture the solar solution at its Siemens West Chicago plant, and the solution will include Siemens Sinvert PV inverter technology in a multi-unit cluster design. The technology will also include inverters, transformers and containers and will feature a major technology advantage by using 1000VDC inverters along with 1000VDC panels./news/siemens-secures-supply-contract-for-20mw-idaho-solar-project-140711Pan Jit junction box diodes for solar modules have 50% of global market[20 Jul] Shipments of junction box diodes reached 110mln units in 2010 and sales to China accounted for 80% of total revenues. Pan Jit has been developing junction box diodes for solar modules since 2007 and began mass production in fourth-quarter 2010. In 2010, there were 7GW of solar modules that used junction boxes with Pan Jit's diodes. [13 Jul] DuPont announced it has expanded the rights of a technology license agreement with Toppan that will double Toppan’s supply capability for the full-scale commercial production of DuPont Tedlar PV2400 polyvinyl fluoride film.Tedlar is the industry standard for high-performing protective backsheets for solar modules and is the only material with 25 plus years of proven in-field performance. Tedlar PV2400 PVF film utilizes materials produced by a $295mln expansion investment the company has made to more than double Tedlar production capacity in 2011./index.php?option=com_content&view=ar ticle&id=3204:dupont-expands-agreement-with-toppan-to-boost-production-of-tedlar&catid=54:new-products&Itemid=427Related News:Applied Nanotech signs licensing agreement with YHCC for its solar ink and paste technology/news/applied_nanotech_signs_licensing_agreement_with_yhcc_for_its_solar_ink_andPower Generation/InstallationsGrupo Clavijo Commissions 33 MW PV Plant in France [20 Jul] Grupo Clavijo has finished installing the fixed structures on France's largest PV solar farm in Curbans in the Provence-Alps-Côte d'Azur region on more than 130ha of land. The 33 MW plant cost €80 million./industry-news/grupo-clavijo-commissions-33-mw-pv-plant-francePhoenix Solar Wins Largest Foreign Contract[19 Jul] Phoenix Solar signed a contract with Paris-based Akuo Energy to build two solar parks in southern France with a peak capacity of about 12MW each. The deal takes Phoenix Solar’s contract volume in France this year to “well over” 100mln euros, CEO Andreas Haenel./news/2011-07-19/phoenix-solar-wins-largest-foreign-contract-with-france-deal.htmlRelated News:Phoenix Solar Targets U.S. Market to Offset Slumping European Sales/news/2011-07-20/phoenix-solar-targets-Bulgaria. When complete, it is expected to achieve a 20 year gross revenue of USD$76.5mln. P2 says its management has laid out a three phase program from 2011 to 2013, which is aiming to develop 100MW worth of solar. It adds that its key markets are India, Europe and Canada./news/details/beitrag/p2-solar-to-install-73-mw-bulgarian-pv-project_100003673/6 MW Solar Plant Planned on Kauai[19 Jul] Alexander & Baldwin and Kaua'i Island Utility Cooperative (KIUC) are planning a 6MW utility-scale PV facility on Kaua'i's sunny south shore. A subsidiary of A&B will be the developer and operator of the facility and will sell the power to KIUC under a 20-year, fixed-rate PPA signed by the parties.Construction is expected to begin in late 2011 with completion before the end of 2012. The 6MW poly panel solar facility will be integrated with a Battery Energy Storage System (BESS) installed by KIUC at the point of interconnection to the grid./industry-news/6-mw-solar-plant-planned-kauaiRelated News:SET-Solar partner on 2MW solar project in Hawaii/news/set-solar-partner-on-2mw-solar-project-in-hawaii-150711SolarCity’s new pricing plan undercuts utility grid electricity in Hawaiihttp://www.pv-/news/solarcitys_new_pricing_plan_undercuts_utility_grid_elec tricity_in_hawaiiSopogy signs agreement on Thai solar project[15 Jul] Sopogy has signed a MOU with Thai conglomerate MAI Development on the development of an 6MW solar power plant in Bau Yai, Nakorn Ratchasima Province. The plant will provide electricity to the PEA in 2012.Sopogy has granted MAI Development exclusive distribution rights for its micro CSP systems in Thailand, Cambodia, Laos and Vietnam. MAI Development holds 45 power purchase licenses to supply 360MW of solar energy to the PEA for an estimated value of over US$500mln./view/19449/sopogy-signs-agreement-on-thai-solar-project/Related News:SPCG Units to Acquire Up to 2.6Bn Baht of Solar Assets /news/2011-07-21/spcg-units-to-acquire-up-to-2-6-billion-baht-of-solar-assets.htmlExim Bank Approves Loans for 2 Indian Solar Projects [18 Jul] Export-Import Bank approved about $25mln in loans for two solar projects in India that will buy devices from First Solar and Abound Solar. The bank will provide a $9.2mln loan to Punj Lloyd. It also approved a $16mln loan to Azure Power. developers are building 5MW projects in western Rajasthan state. The Export-Import Bank has granted $75mln in funds for four Indian solar projects and has $500mln in the pipeline, supporting 315MW of solar plants./news/2011-07-18/azure-power-gets-16-million-loan-from-u-s-exim-bank-for-solar.htmlOff-Grid Solar Energy Market in Africa Growing[20 Jul] Energiebau Solarstromsysteme a developer of small-scale solar systems said the number of installations it is doing in Africa is increasing by about 10% a year. The falling price of PV panels is making solar a more affordable source of power for Africans though the market needs five more years before alocal PV panel manufacturing plant is warranted. In places like Ghana and Kenya, solar power is now cheaper per kWh than a diesel generator.About 5% of the company’s business comes from Africa and is growing. In 2006, Energiebau founded a subsidiary in Ghana and another in Mali to supply small, off- grid systems to remote areas. It will open another unit in Kenya before the end of the year. Schott Solar and SMA are Energiebau’s main equipment suppliers. Lower cost products are sourced from Korean panel-maker Solar Park.Energiebau has installed more than 100 units in African countries including Tanzania, Kenya, Zambia and Uganda. Its largest project is a 515kW installation at the HQ of the UN Environment Program in Kenya. It has bid to develop a 2MW on-grid project in Ghana./news/2011-07-19/off-grid-solar-energy-market-in-africa-growing-energiebau-says.htmlRelated News:German solar academy opened in Kenya/news/details/beitrag/german-solar-academy-opened-in-kenya_100003667/Alternative Power Exhibition brings solar to Nigeria/news/details/beitrag/alternative-power-exhibition-brings-solar-to-nigeria_100003704/SER Plans 600MW of Solar, Competitive Pricing By 2017 [19 Jul] SER - Sistema de Energia Renovavel, a new。

相关文档
最新文档