简介：TherealpurposeoftheJuly5riotersinUrumqi,capitalofnorthwestChina’sXinjiangUygurAutonomousRegion,wasseeking'Xinjiang’sindependence,'anofficialsaidinBeijingonJuly21.

简介：DoctorWangHongbomadehisroundsinthehospitalonJuly19,whenheshouldhavebeenenjoyinghisfirstdayoffoverthepasttwoweeks.

简介：TheseparatistWorldUyghurCongressledbyRebiyaKadeerwasbehindthedeadlyJuly5Urumqiriot,inwhichmorethan190peoplediedandmorethan1,000wereinjured,sourceswiththegovernmentsaid.

简介：Morethan60overseasmediahavesentjournaliststoUrumqi,capitalofnorthwestChina’sXinjiangregion,afterariotbrokeoutinthecitySunday,leaving156peopledeadand1,080othersinjured.

简介：OneofthemajoraromaticsprojectsatthePetroChinaUrumqiPetrochemicalCompany—theconstructionof1.0Mt/aparaxylene/aromaticsintegratedunitwasofficiallykickedoffonMay1,2008inUrumqi.Theinvestmentinthisunittotals3.867billionRMB,makingthisunitthelarg-estsingle-seriesone-million-ton-classaromaticsintegratedunitamongtheworld'ssimilarunits.

简介：水文学过程被比较，有或没有分泌物上的降水的影响，到在Urumqi河来源区域识别glacierized和non-glacierized集水之间的差别在东方Tianshan山的北斜坡上，在在2011的融化的季节(MaySeptember)期间。学习基于在10-min间隔，在15-min间隔观察的气象学的数据，并且冰河从空冰斗，Zongkong，和计量车站的Urumqi冰河No.1融化和雪观察观察的水文学数据。结果显示分泌物在三之中显著地不同计量车站。每日的分泌物多于在计量车站的冰河No.1的夜里的分泌物，它形成对照，模式在计量车站的Zongkong和空冰斗观察了。在在三个计量车站的分泌物有一个清楚的每日的变化，与在山峰分泌物的大小和持续时间的差别。当降水没被考虑时，在最大的分泌物和最高的温度之间的时间落后是在分别地计量车站的冰河No.1，空冰斗，和Zongkong的13h，1016h，和511h。当降水被考虑时，相应时间落后分别地是01h，13h，和67h。因此，从到融合的分泌物的产生的持续时间在glacierized集水是最短的并且在被雪主要盖住的集水最长。降水什么时候被考虑，也被显示出从到融合的分泌物的产生的水文学过程弄短。在三之中在分泌物影响变化计量车站的因素是不同的。为冰河No.1车站，分泌物被热条件主要在glacierized区域控制，并且当温度超过了5时，分泌物显示了加速的生长?楷桴?朿丠佩愠摮????噐?攠畱癩污湥?潴??┿瑷倠??湩眠楥桧?祳瑮敨楳?愠??整灭牥瑡牵?景¨

简介：TheChemicalFiberPlantofUrumqiPetrochemicalCompanyhasimplementedtheprojectforrecoveringthePTAmotherliquor.Thisprojectaimstorecoverthefeedstockanddesalterwaterandtoreducewastewaterdischarge.ThePTAmotherliquorfromtheoxidationunitafterbeingcooleddownin

简介：Icecoreδ18OrecordefromtheNo.aglacierattheheadoftheUrumqiRiverwereusedocharacterizetherelationshipbetweenδ18Oandcontemporaneoussurfaceairtemperature(Ta)nearbytheDaxigouMeteorologicalStation(3539mabovesealevel,-2kmawayfromtheicecoredrillingsite),Althoughtheicecorerecordsofannuallyaveragedδ18Oarepositivelycorrelatedwithconemporaneoussurfaceairtemperature,especiallysummerairtemperature,thecorrelationislesssignificantthanthatfortheprecipitationsamplesduetodepositionalandpost-depositionalmodificationprocesses,However,theClimatologicalsignificanceoftheicecorδ18Orecordscanbestillpreservedtoacertaindegree,whichmoghtextendtheapplicationofhighaltitudeandsub-tropicalicecoreδ18Orecordstopaleoclimatereconstruction.