简介:<正>Guangcai(Brightness)Programme,proposedbysomeChineseprivateentrepreneursin1994toeliminatepovertythroughthepromotionofcommercialoperations.Adecadehaspassed,howiseverythinggoingonwiththisprivatesectorfinacialsupportprogramme?
简介:<正>ThescrollofPureBrightnessontheRiverdrawnbytheChinesetraditionalpaintingmasterZeduanZhangdepictsawell-offsceneofDongjing(presentcityofKaifeng),whichwasthecapitaloftheNorthernSongdynastyathousandyearagoandwasthetop-rankingmetropolisatthattime.Thescroll
简介:OnMay8,2018,"Lancang-MekongBrightnessActionforCambodia&InaugurationCeremonyofBrightnessActionPhaseII"wassuccessfullystagedinTounFaSchoolofPhnomPenh.SponsoredbyChinaPublicDiplomacyAssociationandsupportedbyOverseasChineseCharityFoundationofChina,AierEyeHospitalandEyeCareFoundation,fromMay6to13,"Lancang-MekongBrightnessAction"organizedtwomedicalteamstoleaveforPhnomPenhandSihanoukofCambodiaaswellasVientianeandNajiShawanofEaos,offeringeyehealthexamination,eyehealtheducationcourseandopticianserviceforpublicinterest.
简介:Permittivityofaseafoamlayerisveryimportantininvestigatingoceanbrightnesstemperaturemodel.Atmicrowavefrequency,theRayleighmethodisdevelopedtoestimatetheeffectivepermittivityoftheseafoamlayer.TosimplifythetediouscalculationofseafoameffectivepermittivityatLband(1.4GHz),Pade’approximationisadoptedtofittheseafoameffectivepermittivitycomputedbytheRayleighmethod.Withthisfittingformula,anewbrightnesstemperaturemodelofseafoamlayerdefinedbycertaingeophysicalparameters,suchasairvolumefraction(AVF),seasurfacetemperature(SST),seasurfacesalinity(SSS)andthicknessoffoamlayerd,isgiven.Furthermore,thesensitivitiesofthebrightnesstemperaturemodeltoSST,SSS,dandAVFofaseafoamlayeratLbandarediscussed.Thesensitivitiesarerankedfrommosttoleastintheorder:(1)d;(2)AVF;(3)SSS;(4)SST.ThisresultindicatesthatthemeasurementerrorsofdandAVFhavesignificantimpactsontheretrievalsofSSSandSST.Withtheexperimentalbrightnesstemperaturedata,theSSSandAFVareretrievedbycostfunction.
简介:<正>TheannualchrysanthemumfestivalwasheldasscheduledinKaifengonOctober28th,1998.Therewasallinbloomandwasfulloftouristsinthiscitythatday.ItwasalsothetimetoopentheGardenofFestivalofPureBrightnessontheRiver.Hugecrowdoftouristsseemedtobedrivenbyasortofgreatcharmandmovedintothisfascinatingplace.Allofthemwantedtogetthewonderfulfeelingthatoncetheyenterintothisgardenplace,theplacewilltakethembackthousandsofyearsintime.
简介:云在红外线的发光传播上有重要效果因为在数据吸收的云效果的包括不能仅仅极大地改进吸收大气的参数的质量,而且由调整红外线的发光数据的部分最小化云参数的起始的错误。根据Grapes-3D-var(全球、地区性的吸收和预言提高了系统),云液体水,云冰水和云盖子在吸收作为管理变量被增加。在晴朗天空,部分多云的盖子和完全多云的盖子的条件下面,16条MODIS隧道的亮度温度在理想的测试分别地被吸收。结果看那模仿的背景亮度温度什么时候比观察低,分析的地将由增加它的温度并且减少它的潮湿,云液体水,云冰水,和云增加模仿的亮度温度盖子。如果调整在矛盾的方向被做,模仿的亮度温度能被减少。在晴朗天空条件下面的温度和特定的湿度的调整一致很好到MODIS的设计隧道,而是它在云层下面为层次被削弱。理想的测试由同时作为在红外线的发光的吸收期间管理变量增加云参数和大气的参数表明那,云参数和大气的参数能用观察红外线的发光和常规气象学的元素被调整充分利用红外线的观察。
简介:在到地震预言的MODIS卫星遥感数据的应用程序的学习,论文第一次提出一个量的方法与反常亮度温度(BT)为象素估计比率为云移动的增加和一个初步的计划。原则是第一,无云的数据在时间,但是在不同的天内的一样的时期由一样的卫星观察了(通常1天到3天)是mosaiced得到晴朗天空的高比率,然后BT变化曲线和每个象素的mcan平方差别(MSD)从盖住的区域与数据被计算每天决定今日的BT数据作为标准用两倍MSD在某个象素由是正常的。为有反常BT增加的象素的比率能被与整个区域的全部的象素划分反常象素的全部的数字计算。在台湾区域的一系列最近的地震上的分析证明为有反常BT增加的象素的比率,通常在零附近波动,有突然的改进1天到在媒介强壮的地震前的20天。为识别地震预兆的一个新方法能被从MODIS卫星遥感随反常BT增加为象素分析比率的变化与经常的地震活动在区域通过特殊研究发现,这被期望红外线(红外)云的效果从被移开的信息到某个程度。