简介:AgoldByzantinecoinoftheAnastasiusIera(491-518)wasunearthedlastOctoberfromaNorthernWeiDynasty(386-534)tombinLuoyang,HenanProvince.ThefindcausednoparticularstirinChina’snumismaticcircles,however.OverrecentdecadesPersianandRomangoldcoinshaveoccasionallycometolightinhistoricalsitesalongtheancientSilkRoad.
简介:FuJishuandYeYajunofZhejiangTex-tileEngineeringSchoolofChinarepor-tedthatasmallamountofRE-chlorides(0.3%)addedtothedyeingbathforpuresilkgivesprominentresultsasverifiedbylaboratoryworkandproductiontrialsandCeCl3isaseffectiveasmixedRE-chloridesofthelightsub-group.TheuseofREinsilkdyeingbathsre-suitsin:shorteningtimefordyeing,de-
简介:<正>ChinesePresidentXiJinpingpaidstatevisitstofourCentralAsiancountriesnamelyKazakhstan,Kyrgyzstan,Turkmenistan,UzbekistanandattendedtheShanghaiCooperationOrganizationSummitinBishkek,KyrgyzstaninSeptember,2013.OnSeptember7,PresidentXideliveredaspeechatNazarbayevUniversity,duringwhichheputforwardtheimportantinitiativeofjointly
简介:THEproposaltobuildaSilkRoadeconomicbelthasreceivedproactiveresponsesfromCentralAsiancountriesandregionsalongtheroute.ThecityofSamarkandinUzbekistan,forexample,hasincreasinglyclosertieswithChina,accordingtoDeputyMayorJamshedUrakov.BesidestradeinnumerousproductsmadeinChina,manylocalpeoplearelearningChineseto
简介:传导性的Au-biopolymercomposites在象神经织物那样的织物工程有有希望的应用新生。在这研究,丝绸丝心蛋白nanofibers被调整丝绸在水的答案形成自己组装进程然后为Aunanowire用作模板制造。我们由重复播种周期执行了Au种子的合成因为若干次Au的密度在nanofibers上播种以便增加。在无电的plating以后,浓密地装饰了种子种了进跟随丝绸nanofiber充满在粒子之间的差距并且最后形成一致连续nanowires的不规则地塑造的粒子的Au。Au丝绸丝心蛋白nanowires的传导性的性质被学习与当前电压(IV)测量。典型欧姆的行为被观察,它在神经织物新生加亮他们的潜在的应用。
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简介:Asanintegralcomponentofthe"OneBeltandOneRoad"strategicvision,theconstructionofthe21stCenturyMaritimeSilkRoadwillreflectthedevelopingpathofChina'smaritimegeo-economywithsignificantpolit-icalanddiplomaticimplications.Althoughtheconstructionofthenewmaritimesilkroadhasits?endogenouslogicandjustifiedconsiderations,itwillencountervariouschallengesanddifficulties.Inordertoachievethestrategicgoalofsettingupacommunity?ofcommoninterestand?destinywiththerelativecountries,the"MaritimeSilkRoad"programhastobeadvancedcautiouslywiththeprinciplesofwideconsultation,jointcontributionandsharedbenefits.
简介:The21stcentury'MaritimeSilkRoad'strategyisasignificantpartofthebeltandroadinitiativesofChina.Thecognitionandinvestigationofoceanenvironmentisessentialandnecessaryintheseregionswhichwillprovidescientificreferenceformanyfieldssuchasnavigation,oceanengineering,anddisasterpreventandreduction.Ahigh-resolutioncross-calibratedmulti-platformwindproductisusedtoanalyzegalesovertheMaritimeSilkRoad.Theyearlymeanspeedandspacedistributionofgale,andthefrequenciesandtrendsofgaleandextremewindspeedareanalyzed.TheresultsshowthatrelativelyhighpoolsofgalearemainlylocatedinthewatersoftheArabianSea,theSomaliSea,Indo-ChinaPeninsulaseaarea,andBayofBengalinthesummer.ThegalefrequencyoftheSomaliSeaismorethan90%.Overall,thegaledaysincreaseyearbyyearinthemajorityoftheSouthChinaSeaandthenorthernIndianOcean,especiallyintheautumnandthewinter.