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url: =egal - LEO: Übersetzung im Chinesisch ⇔ Deutsch Wörterbuch\n不顾一切 [不顧一切] bùgù yīqiè jmdm. ist alles egal Infinitiv: sein\négān, ègǎo, gālá, gālí, gālǐ Deal, Earl, Egel, Gala, Gall, Gaul, Goal, legal, real, Regal, Wega\nungeachtet, unerachtet, allemal\n死活死活sǐhuósi3huo2死活死活sǐhuósi3huo2死活死活sǐhuósi3huo2死活死活sǐhuóegal Adv.egalegalegalsui2bian4 shen2me0 shi2hou0随便什么时候隨便什麼時候suíbiàn shénme shíhousui2bian4 shen2me0 shi2hou0随便什么时候隨便什麼時候suíbiàn shénme shíhousui2bian4 shen2me0 shi2hou0随便什么时候隨便什麼時候suíbiàn shénme shíhousui2bian4随便隨便suíbiànshen2me0什么什麼shénmeshi2hou0时候時候shíhouegal wann Adv.egal wannegalwannegalwannwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4无论無論wúlùnhe2shi2何时何時héshíegal wann Adv.egal wannegalwannegalwannwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4无论無論wúlùnshen2me0什么什麼shénmeyuan2yin1原因原因yuányīnegal warum Adv.egal warumegalwarumegalwarumwu2lun4 shen2me0无论什么無論什麼wúlùn shénmewu2lun4 shen2me0无论什么無論什麼wúlùn shénmewu2lun4 shen2me0无论什么無論什麼wúlùn shénmewu2lun4无论無論wúlùnshen2me0什么什麼shénmeegal was Adv.egal wasegalwasegalwaswu2lun4 na3ge4无论哪个無論哪個wúlùn nǎgèwu2lun4 na3ge4无论哪个無論哪個wúlùn nǎgèwu2lun4 na3ge4无论哪个無論哪個wúlùn nǎgèwu2lun4无论無論wúlùnna3ge4哪个哪個nǎgèegal welcher Adv.egal welcheregalwelcheregalwelcherwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4 shen2me0 yuan2yin1无论什么原因無論什麼原因wúlùn shénme yuányīnwu2lun4无论無論wúlùnshen2me0什么什麼shénmeyuan2yin1原因原因yuányīnegal weshalb Adv.egal weshalbegalweshalbegalweshalbren4ping2任凭任憑rènpíngren4ping2任凭任憑rènpíngren4ping2任凭任憑rènpíngren4ping2任凭任憑rènpíngegal wie Adv.egal wieegalwieegalwiebu4 ze2 shou3duan4不择手段不擇手段bù zé shǒuduànbu4 ze2 shou3duan4不择手段不擇手段bù zé shǒuduànbu4 ze2 shou3duan4不择手段不擇手段bù zé shǒuduànbu4不不bùze2择擇zéshou3duan4手段手段shǒuduànegal wie Adv.egal wieegalwieegalwiesui2bian4 zen3me0随便怎么隨便怎麼suíbiàn zěnmesui2bian4 zen3me0随便怎么隨便怎麼suíbiàn zěnmesui2bian4 zen3me0随便怎么隨便怎麼suíbiàn zěnmesui2bian4随便隨便suíbiànzen3me0怎么怎麼zěnmeegal wie Adv.egal wieegalwieegalwiewu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4无论無論wúlùnzen3yang4怎样怎樣zěnyàngegal wie Adv.egal wieegalwieegalwiewu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4无论無論wúlùnhe2何何hédi4地地dìegal wo Adv.egal woegalwoegalwowu2lun4 na3li3无论哪里無論哪裡wúlùn nǎlǐwu2lun4 na3li3无论哪里無論哪裡wúlùn nǎlǐwu2lun4 na3li3无论哪里無論哪裡wúlùn nǎlǐwu2lun4无论無論wúlùnna3li3哪里哪裡nǎlǐegal wo Adv.egal woegalwoegalwowu2lun4 cong2 na3li3 lai2无论从哪里来無論從哪裡來wúlùn cóng nǎlǐ láiwu2lun4 cong2 na3li3 lai2无论从哪里来無論從哪裡來wúlùn cóng nǎlǐ láiwu2lun4 cong2 na3li3 lai2无论从哪里来無論從哪裡來wúlùn cóng nǎlǐ láiwu2lun4无论無論wúlùncong2从從cóngna3li3哪里哪裡nǎlǐlai2来來láiegal woher Adv.egal woheregalwoheregalwoherwu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4 he2 di4无论何地無論何地wúlùn hé dìwu2lun4无论無論wúlùnhe2何何hédi4地地dìegal an welchem Ort Adv.egal an welchem OrtegalanwelchemOrtegalanwelchemOrtwu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4 zen3yang4无论怎样無論怎樣wúlùn zěnyàngwu2lun4无论無論wúlùnzen3yang4怎样怎樣zěnyàngegal auf welche Art Adv.egal auf welche ArtegalaufwelcheArtegalaufwelcheArtwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4 he2shi2无论何时無論何時wúlùn héshíwu2lun4无论無論wúlùnhe2shi2何时何時héshíegal zu welcher Zeit Adv.egal zu welcher ZeitegalzuwelcherZeitegalzuwelcherZeit\nbu4guan3不管不管bùguǎnbu4guan3不管不管bùguǎnbu4guan3不管不管bùguǎnbu4guan3不管不管bùguǎnegal ob Konj.egal obegalobegalwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnegal ob Konj.egal obegalobegalbu4lun4不论不論bùlùnbu4lun4不论不論bùlùnbu4lun4不论不論bùlùnbu4lun4不论不論bùlùnegal ob Konj.egal obegalobegalfan3zheng4反正反正fǎnzhèng 副fan3zheng4反正反正fǎnzhèngfan3zheng4反正反正fǎnzhèngfan3zheng4反正反正fǎnzhèngegal ob Konj.egal obegalobegalren4任任rènren4任任rènren4任任rènren4任任rènegal wie egal wieegalwieegalwieren4shei2任谁任誰rènshéiren4shei2任谁任誰rènshéiren4shei2任谁任誰rènshéiren4shei2任谁任誰rènshéiegal wer egal weregalweregalwersui2bian4 shei2随便谁隨便誰suíbiàn shéisui2bian4 shei2随便谁隨便誰suíbiàn shéisui2bian4 shei2随便谁隨便誰suíbiàn shéisui2bian4随便隨便suíbiànshei2谁誰shéiegal wer egal weregalweregalwerbu4lun4 duo1shao0 ci4不论多少次不論多少次bùlùn duōshao cìbu4lun4 duo1shao0 ci4不论多少次不論多少次bùlùn duōshao cìbu4lun4 duo1shao0 ci4不论多少次不論多少次bùlùn duōshao cìbu4lun4不论不論bùlùnduo1shao0多少多少duōshaoci4次次cìegal wie oft Konj.egal wie oftegalwieoftegaloftwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnwu2lun4无论無論wúlùnganz egal Konj.ganz egalganzegalganzegalsui2bian4!随便！隨便！suíbiàn!sui2bian4!随便！隨便！suíbiàn!sui2bian4!随便！隨便！suíbiàn!sui2bian4随便隨便suíbiànEs ist egal!Es ist egal!Esistegal!EsistegalWu2suo3wei4!无所谓！無所謂！Wúsuǒwèi!Wu2suo3wei4!无所谓！無所謂！Wúsuǒwèi!Wu2suo3wei4!无所谓！無所謂！Wúsuǒwèi!Wu2suo3wei4无所谓無所謂WúsuǒwèiEs ist egal!Es ist egal!Esistegal!EsistegalMei2 shi4没事沒事Méi shìMei2 shi4没事沒事Méi shìMei2 shi4没事沒事Méi shìMei2没沒Méishi4事事shìEs ist egal.Es ist egal.Esistegal.EsistegalWo3 sui2bian4!我随便！我隨便！Wǒ suíbiàn!Wo3 sui2bian4!我随便！我隨便！Wǒ suíbiàn!Wo3 sui2bian4!我随便！我隨便！Wǒ suíbiàn!Wo3我我Wǒsui2bian4随便隨便suíbiànEs ist mir egal!Es ist mir egal!Esistmiregal!EsistmiregalWo3 wu2suo3wei4我无所谓我無所謂Wǒ wúsuǒwèiWo3 wu2suo3wei4我无所谓我無所謂Wǒ wúsuǒwèiWo3 wu2suo3wei4我无所谓我無所謂Wǒ wúsuǒwèiWo3我我Wǒwu2suo3wei4无所谓無所謂wúsuǒwèiEs ist mir egal!Es ist mir egal!Esistmiregal!EsistmiregalWo3 bu4 jie4yi4我不介意我不介意Wǒ bù jièyìWo3 bu4 jie4yi4我不介意我不介意Wǒ bù jièyìWo3 bu4 jie4yi4我不介意我不介意Wǒ bù jièyìWo3我我Wǒbu4不不bùjie4yi4介意介意jièyìEs ist mir egalEs ist mir egalEsistmiregalEsistmiregalAi4shei2shei2!爱谁谁！愛誰誰！Àishéishéi!Ai4shei2shei2!爱谁谁！愛誰誰！Àishéishéi!Ai4shei2shei2!爱谁谁！愛誰誰！Àishéishéi!Ai4shei2shei2爱谁谁愛誰誰ÀishéishéiIst doch egal!Ist doch egal!Istdochegal!IstdochegalWo3 jie4yi4我介意我介意Wǒ jièyìWo3 jie4yi4我介意我介意Wǒ jièyìWo3 jie4yi4我介意我介意Wǒ jièyìWo3我我Wǒjie4yi4介意介意jièyìDas ist mir nicht egal.Das ist mir nicht egal.Dasistmirnichtegal.istmirnichtegal\nwu2suo3wei4无所谓無所謂wúsuǒwèi wu2suo3wei4无所谓無所謂wúsuǒwèiwu2suo3wei4无所谓無所謂wúsuǒwèiwu2suo3wei4无所谓無所謂wúsuǒwèiegal seinegal seinegalseinegalseinbu4zai4hu0不在乎不在乎bùzàihu bu4zai4hu0不在乎不在乎bùzàihubu4zai4hu0不在乎不在乎bùzàihubu4zai4hu0不在乎不在乎bùzàihuegal seinegal seinegalseinegalseinWu2 ke3 wu2 bu4 ke3无可无不可無可無不可Wú kě wú bù kě Wu2 ke3 wu2 bu4 ke3无可无不可無可無不可Wú kě wú bù kěWu2 ke3 wu2 bu4 ke3无可无不可無可無不可Wú kě wú bù kěWu2无無Wúke3可可kěwu2无無wúbu4不不bùegal sein [ugs.]egal seinegalseinegalseinbu4gu4 yi1qie4不顾一切不顧一切bùgù yīqièbu4gu4 yi1qie4不顾一切不顧一切bùgù yīqièbu4gu4 yi1qie4不顾一切不顧一切bùgù yīqièbu4gu4不顾不顧bùgùyi1qie4一切一切yīqièjmdm. ist alles egal Infinitiv: seinjmdm. ist alles egaljmdm.istallesegalistallesegalbu4guan3 san1qi1 er4shi2yi1不管三七二十一不管三七二十一bùguǎn sānqī èrshíyī 成语bu4guan3 san1qi1 er4shi2yi1不管三七二十一不管三七二十一bùguǎn sānqī èrshíyību4guan3 san1qi1 er4shi2yi1不管三七二十一不管三七二十一bùguǎn sānqī èrshíyību4guan3不管不管bùguǎnsan1qi1三七三七sānqīer4shi2yi1二十一二十一èrshíyīegal, was am Ende dabei rauskommt (wörtlich: egal, ob drei Siebenen einundzwanzig ergeben, oder nicht) Infinitiv: rauskommenegal, was am Ende dabei rauskommtegal, wasamEndedabeirauskommtegalwasEndedabeirauskommtbu4wen4 san1qi1 er4shi2yi1不问三七二十一不問三七二十一bùwèn sānqī èrshíyī 成语bu4wen4 san1qi1 er4shi2yi1不问三七二十一不問三七二十一bùwèn sānqī èrshíyību4wen4 san1qi1 er4shi2yi1不问三七二十一不問三七二十一bùwèn sānqī èrshíyību4wen4不问不問bùwènsan1qi1三七三七sānqīer4shi2yi1二十一二十一èrshíyīegal, was am Ende dabei rauskommt (wörtlich: egal, ob drei Siebenen einundzwanzig ergeben, oder nicht) Infinitiv: rauskommenegal, was am Ende dabei rauskommtegal, wasamEndedabeirauskommtegalwasEndedabeirauskommt\nsui2bian4 shen2me0随便什么隨便什麼suíbiàn shénmesui2bian4 shen2me0随便什么隨便什麼suíbiàn shénmesui2bian4 shen2me0随便什么隨便什麼suíbiàn shénmesui2bian4随便隨便suíbiànshen2me0什么什麼shénmeegal wasegal wasegalwasegalwassui2bian4 na3ge4随便哪个隨便哪個suíbiàn nǎgèsui2bian4 na3ge4随便哪个隨便哪個suíbiàn nǎgèsui2bian4 na3ge4随便哪个隨便哪個suíbiàn nǎgèsui2bian4随便隨便suíbiànna3ge4哪个哪個nǎgèegal welcheregal welcheregalwelcheregalwelcherwu2lun4 shei2无论谁無論誰wúlùn shéiwu2lun4 shei2无论谁無論誰wúlùn shéiwu2lun4 shei2无论谁無論誰wúlùn shéiwu2lun4无论無論wúlùnshei2谁誰shéiegal weregal weregalweregalwerwu2lun4 dao4 na3li3 qu4无论到哪里去無論到哪裡去wúlùn dào nǎlǐ qùwu2lun4 dao4 na3li3 qu4无论到哪里去無論到哪裡去wúlùn dào nǎlǐ qùwu2lun4 dao4 na3li3 qu4无论到哪里去無論到哪裡去wúlùn dào nǎlǐ qùwu2lun4无论無論wúlùndao4到到dàona3li3哪里哪裡nǎlǐqu4去去qùegal woheregal woheregalwoheregalwoherbu4guan3 ... bu4 ...不管...不...不管...不...bùguǎn ... bù ...bu4guan3 ... bu4 ...不管...不...不管...不...bùguǎn ... bù ...bu4guan3 ... bu4 ...不管...不...不管...不...bùguǎn ... bù ...bu4guan3不管不管bùguǎnbu4不不bùegal ob ... oder nicht ... - mit Verbegal ob ... oder nicht ...egalob...odernicht...egalobnicht\négānègǎogālágālígālǐDealEarlEgelGalaGallGaulGoallegalrealRegalWega不管 - egal ob不管有没有钱 我都想上大学。 Egal ob ich Geld habe oder nicht, möchte ich zur Universit我不介意 [我不介意] Wǒ bù jièyì - Es mir egal Es ist mir egal参考文献 [ 參考文獻 ] - das Literaturverzeichnis, die Literaturangabe, die Bibliografie, das Schriftenverzeichnis, der Schriftennachweis参考文献 [ 參考文獻 ]: http://baike.baidu.com/view/1005872.htm Ergänzung:谁劝也不行 谁劝也不行 ist ein Auszug eines Dialoges aus dem Film 我的父亲母亲 Jedes Schriftzeichen死雞撐飯蓋http://news.sina.com.hk/cgi-bin/nw/show.cgi/6/1/1/1131825/1.html Südchinesischer Ausdruck. bedeute不管 - egal ob我不介意 [我不介意] Wǒ bù jièyì - Es mir egal参考文献 [ 參考文獻 ] - das Literaturverzeichnis, die Literaturangabe, die Bibliografie, das Schriftenverzeichnis, der Schriftennachweis谁劝也不行 死雞撐飯蓋ungeachtetunerachtetallemal\nNutzungsbedingungen / DatenschutzImpressum224.158 Einträge, 70.823 AnfragenSuchtipps FAQ - Frequently Asked QuestionsCopyright © LEO Dictionary Team 2006 - 2022leo22. CPU µs: 84000/0


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url: =《矿冶》2019年第6期25-29,共5页叶岳华 王立刚 陈旭波 胡志强\n关键词：方铅矿 闪锌矿 高硫 碳质物 综合回收\n期刊Mineral phase and structure changes during roasting of fine-grained carbonaceous gold ores and their effects on gold leaching efficiency被引量：1\n《中国化学工程学报：英文版》2019年第5期1184-1190,共7页Jianping Jin Yuexin Han Hui Li Yangyang Huai Yongjun Peng Xiaotian Gu Wei Yang\nSupported by the National Natural Science Foundation of China(51704059,51474169)\nWhile roasting has been widely applied to reduce the negative effect of carbonaceous matters on gold extraction from fine-grained carbonaceous gold ores, the phase and structure changes of minerals during roasting and...显示全部\n关键词：carbonaceous gold ore ROASTING LEACHING X-ray DIFFRACTION (XRD) Scanning electron MICROSCOPY (SEM)\n《质谱学报》2005年第z1期105-106,26,共3页房嬛 孟仟祥 孙敏卓 杜丽 丁万仁\nSaturated hydracarbon of coal,carbonaceous mudstone and oils from the Lower Jurassic coal measures in the Turpan basin were studied,and biomarker characteristics and coal thermal maturity analyzed to draw the followin...显示全部\n关键词：coal carbonaceous MUDSTONE oils biomarker\n期刊New insights into the sources and formation of carbonaceous aerosols in China:potential applications of dual-carbon isotopes被引量：1\n《国家科学评论：英文版》2017年第6期804-806,共3页Fang Cao Yanlin Zhang Lujie Ren Junwen Liu Jun Li Gan Zhang Di Liu Yele Sun Zifa Wang Zongbo Shi Pingqing Fu\nsupported by the National Natural Science Foundation of China(91644103,41603104,41625014)\ncarbonaceous aerosols account for20-50%of total fine particulate matter(PM_(2.5),particles with a diameter of2.5μm or less)mass concentration in polluted urban atmospheres and can affect atmospheric chemistry,air qua...显示全部\n关键词：SOA PM New insights into the sources and formation of carbonaceous aerosols in China:potential applications of dual-carbon isotopes\n期刊The Firstly Discovered Cosmic Spherules in carbonaceous Siltstone from the Taizi Formation of the Mesoproterozoic Shennongjia Group,Central China\n《地质学报：英文版》2017年第3期1137-1138,共2页KUANG Hongwei SONG Tianrui LIU Yongqing PENG Nan ZHU Zhicai FAN Zhengxiu WANG Yuchong XIA Xiaoxu SONG Huanxin TANG Yong\nco-supported by the National Natural Science Foundation of China(grant No.41472082);the National Key Research and Development Program of China (grant No.2016YFC0601001);the program of China Geological Survey(grant No.12120115068901);the National Stratigraphic committee of China;Global Geopark of Shennongjia(Shennongjia National Park)\nObjective Spherical micro-particles are often preserved in Precambrian sedimentary rocks.Finnish and Chinese scholars have previously discovered carbonaceous,siliceous or ferruginous spherules of out-space origin in t...显示全部\n关键词：of on or is from The Firstly Discovered Cosmic Spherules in carbonaceous Siltstone from the Taizi Formation of the Mesoproterozoic Shennongjia Group Central China in\n《黄金》2016年第10期67-70,共4页简永军 陈玉明 彭晓\n关键词：碳质 高砷 微细粒 次氯酸钠 氰化浸金 提金工艺\n期刊A review on novel activation strategy on carbonaceous materials with special morphology/texture for electrochemical storage\n《能源化学:英文版》2021年第9期572-590,共19页Yueming Li Ziyan Pu Qimeng Sun Ning Pan\nfinancially supported by the Natural National Science Foundation of China(51972281);the foundation of State Key Laboratory of Metastable Materials Science and Technology in Yanshan University。\nVarious novel carbonaceous materials including carbon nanotubes,nano-onions,carbon microspheres,graphene nanosheets,and carbon microfibers with unique properties,such as tunable surface area and pore size,high chemica...显示全部\n关键词：carbonaceous materials Special morphology/texture Chemical activation DOPING SUPERCAPACITOR Rechargeable batteries Sodium ion batteries\n期刊Mechanism of lithium insertion in carbons pyrolyzed at low temperature\n《科学通报：英文版》1999年第5期385-390,共6页Hongqi Xiang Shibi Fang Yingyan Jiang\nCarbons pyrolyzed at temperature ranging from 500℃ to 1 000℃ are premising materials for high-energy density lithium batteries. These carbons not only possess a capacity higher than the theoretical value of graphite...显示全部\n关键词：LITHIUM ion BATTERIES ANODE carbonaceous materials mechanism.\n期刊Printable inorganic nanomaterials for flexible transparent electrodes:from synthesis to application\n《半导体学报：英文版》2018年第1期16-37,共22页Dingrun Wang Yongfeng Mei Gaoshan Huang\nsupported by the National Natural Science Foundation of China(Nos.51475093,U1632115);the Science and Technology Commission of Shanghai Municipality(No.14JC1400200);the National Key Technologies R&D Program of China(No.2015ZX02102-003);the Changjiang Young Scholars Programme of China\nPrinted and flexible electronics are definitely promising cutting-edge electronic technologies of the future. They offer a wide-variety of applications such as flexible circuits, flexible displays, flexible solar cell...显示全部\n关键词：printed electrodes conductive ink metal nanomaterials carbonaceous materials composite nanomaterials


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url: =Discussion for Interval Estimate of Building in Ratio of Public Rental Housing in China--《Construction Economy》2013年08期\n《Construction Economy》 2013-08\nDiscussion for Interval Estimate of Building in Ratio of Public Rental Housing in China\nDU Jing,ZHAO Xiaoling,DENG Xiaopeng\nMixed building ratio is the key to prove the success of public rental housing construction,which is affected by such factors as the location,the total investment from the developers,and the preferential policies and incentives from the government.Based on the analysis of all these factors,this paper aims to set up a model to calculate the ratio value of public rental housing to the commercial housing in the hope of providing recommendations to the government and the enterprises.\n1 DENG Dawei ZHU Dajian(1.Shanghai Municipal Urban Planning administration bureau; 2. Economics and Management College,Tongji University; Shanghai200092);Exploration on the Compulsory Index Mixed Building Mode of Public Housing's Provision——Based on Housing Properties[J];Urban Studies;2009-01\n2 SU Zhenmin; LIN Bingyao;CONTROL OVER CITY RESIDENTIAL SEGREGATION: RESIDENTIAL MODEL AND PUBLIC POLICIES[J];City Planning Review;2007-02\n2 LIU Jun; TIAN Kun;EXPLORATION ON SUSTAINABLE DEVELOPMENT STRATEGY OF CONSTRUCTION OF URBAN WATERFRONT RESIDENTIAL AREA: WITH TIANJIN ZIYAYUWAN RESIDENTIAL AREA AS AN EXAMPLE[J];City Planning Review;2009-S1\n3 ZHANG Juan;ENLIGHTENMENT ON CHINA'S AFFORDABLE HOUSING POLICY:EXPERIENCES FROM AMERICA'S INCLUSIONARY ZONING POLICY[J];City Planning Review;2011-09\n4 YANG Hong-ping SONG Wei-xuan;Problems in the spatial distribution of the government-subsidized houses: taking Nanjing for example[J];Urban Problems;2012-03\n5 Deng Xiaopeng Xiong Wei Yuan Jingfeng Li Qiming(Department of Construction Management and Real Estate,Southeast University,Nanjing 210096,China);Dynamic pricing and subsidy model for PPP projects based on satisfaction of participants[J];Journal of Southeast University(Natural Science Edition);2009-06\n6 HU Wen-yu (Wenzhou Construction Group, Wenzhou 325005, China);Discussion on Construction Cost Control[J];Construction Quality;2010-06\n7 Wang Sihui,Ran Lingfeng;Addressing Residential Differentiation with Harmonious Community Planning Strategy[J];Planners;2008-S1\n8 Tang Jun(Teaching Affairs Office,Guilin University of Electronic Technology,Guilin 541004,China);The process research of feasibility analysis about the industrial parks[J];Journal of Guilin University of Electronic Technology;2010-06\n9 ;Expanding Affordable Housing Through Planning:What Can We Learn from America and England?[J];Urban Planning International;2010-03\n10 Zhang Jingxiang,Li A'meng;Research on the Construction of Indemnificatory Housing and Its Social-spatial Effects:Case Study of Typical Settlements in Nanjing[J];Urban Planning International;2013-01\n1 ZHOU Chunshan,GAO Junbo (School of Geography and Planning, Sun Yat-sen University, Guangzhou 510275, China);Study on the Provision Pattern of Urban Public Service Facilities and its Formation Mechanism During Transitional China[A];[C];2010


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url: =Liu, Xun (49)\nFan, Jin (16)\nLou, Tanqi (9)\nChen, Jinxia (3)\nJoseph, Jane E. (3)\nKelly, Thomas H. (3)\nLiu, Xun-Liang (3)\nLv, Linsheng (3)\nSilverstein, Peter S. (3)\nDeng, Huisheng (2)\nDingley, John (2)\nHuang, Ziyang (2)\nLiu, Xun-Li (2)\nLiu, Xun-Yang (2)\nLynam, Donald (2)\n1. Pyrosequencing Reveals Fungal Communities in the Rhizosphere of Xinjiang Jujube Liu, Peng | Wang, Xiao-Hui | Li, Jian-Gui | Qin, Wei | Xiao, Cheng-Ze | Zhao, Xu | Jiang, Hong-Xia | Sui, Jun-Kang | Sa, Rong-Bo | Wang, Wei-Yan | Liu, Xun-Li\n2. The Neural Correlates of Anomalous Habituation to Negative Emotional Pictures in Borderline and Avoidant Personality Disorder Patients Koenigsberg, Harold W. | Denny, Bryan T. | Fan, Jin | Liu, Xun | Guerreri, Stephanie | Jo Mayson, Sarah | Rimsky, Liza | New, Antonia S. | Goodman, Marianne | Siever, Larry J\n3. A novel visual sputum suctioning system is useful for endotracheal suctioning in a dog model Liu, Xun | Deng, Huisheng | Huang, Ziyang | Yan, Bingbing | Lv, Jingjing | Wu, Jinxing\nInternational Journal of Clinical and Experimental Medicine 2014;7(12):4819-4827.\nObjective: This study is to test the effectiveness of fiber-optic-guided endotracheal suction catheter (visual sputum suctioning system or VSSS) in dog models. Methods: Dog sputum models were established by administering dimethoate emulsifiable. Twenty-seven intubated dogs were equally randomized into three groups of conventional suctioning (CS) group, VSSS with no supplemental oxygen (VSSS) group and VSSS with 100% oxygen (VSSS/O2) group. The suctioning efficiency, vital signs and tracheal wall injury were assessed. Results: The VSSS/O2 (8.6 ± 0.7g) and VSSS groups (8.5 ± 0.9 g) collected significantly more sputum than the CS group (5.9 ± 0.8 g) (P < 0.05 for VSSS/O2 group versus CS group; P < 0.05 for VSSS group versus CS group). Immediately after suctioning, the arterial partial pressure of oxygen (PaO2) of VSSS/O2 group was significantly higher than that of the VSSS group or the CS group (both P < 0.05), and 5 min after suction the PaO2, the mean arterial pressure (MAP) and heart rate (HR) in all groups returned to the baseline (p = 0.54, P = 0.67, P = 0.11, respectively). Moreover, in the VSSS/O2 and VSSS groups all the three variables were higher than the CS group at 5 min after suctioning (P < 0.01, P = 0.03; P = 0.02, P < 0.01; P = 0.02, P = 0.01 respectively). Conclusions: Visual sputum suctioning system collected more sputum and caused less tracheal mucosa damage than conventional suctioning.\nSuctioning; sputum; endotracheal tube; intubation; dogs\n4. Effects of xenon and hypothermia on cerebrovascular pressure reactivity in newborn global hypoxic–ischemic pig model Chakkarapani, Elavazhagan | Dingley, John | Aquilina, Kristian | Osredkar, Damjan | Liu, Xun | Thoresen, Marianne\nJournal of Cerebral Blood Flow & Metabolism 2013;33(11):1752-1760.\nAutoregulation of cerebral perfusion is impaired in hypoxic–ischemic encephalopathy. We investigated whether cerebrovascular pressure reactivity (PRx), an element of cerebral autoregulation that is calculated as a moving correlation coefficient between averages of intracranial and mean arterial blood pressure (MABP) with values between −1 and +1, is impaired during and after a hypoxic–ischemic insult (HI) in newborn pigs. Associations between end-tidal CO2, seizures, neuropathology, and PRx were investigated. The effect of hypothermia (HT) and Xenon (Xe) on PRx was studied. Pigs were randomized to Sham, and after HI to normothermia (NT), HT, Xe or xenon hypothermia (XeHT). We defined PRx >0.2 as peak and negative PRx as preserved. Neuropathology scores after 72 hours of survival was grouped as ‘severe' or ‘mild.' Secondary PRx peak during recovery, predictive of severe neuropathology and associated with insult severity (P=0.05), was delayed in HT (11.5 hours) than in NT (6.5 hours) groups. Seizures were associated with impaired PRx in NT pigs (P=0.0002), but not in the HT/XeHT pigs. PRx was preserved during normocapnia and impaired during hypocapnia. Xenon abolished the secondary PRx peak, increased (mean (95% confidence interval (CI)) MABP (6.5 (3.8, 9.4) mm Hg) and cerebral perfusion pressure (5.9 (2.9, 8.9) mm Hg) and preserved the PRx (regression coefficient, −0.098 (95% CI (−0.18, −0.01)), independent of the insult severity.\ncerebrovascular pressure reactivity; hypothermia; hypoxia–ischemia; newborn; pig; xenon\n5. A New Modified CKD-EPI Equation for Chinese Patients with Type 2 Diabetes Liu, Xun | Gan, Xiaoliang | Chen, Jinxia | Lv, Linsheng | Li, Ming | Lou, Tanqi\nPLoS ONE 2014;9(10):e109743.\nTo improve the performance of glomerular filtration rate (GFR) estimating equation in Chinese type 2 diabetic patients by modification of the CKD-EPI equation.\nA total of 1196 subjects were enrolled. Measured GFR was calibrated to the dual plasma sample 99mTc-DTPA-GFR. GFRs estimated by the re-expressed 4-variable MDRD equation, the CKD-EPI equation and the Asian modified CKD-EPI equation were compared in 351 diabetic/non-diabetic pairs. And a new modified CKD-EPI equation was reconstructed in a total of 589 type 2 diabetic patients.\nIn terms of both precision and accuracy, GFR estimating equations all achieved better results in the non-diabetic cohort comparing with those in the type 2 diabetic cohort (30% accuracy, P≤0.01 for all comparisons). In the validation data set, the new modified equation showed less bias (median difference, 2.3 ml/min/1.73 m2 for the new modified equation vs. ranged from −3.8 to −7.9 ml/min/1.73 m2 for the other 3 equations [P<0.001 for all comparisons]), as was precision (IQR of the difference, 24.5 ml/min/1.73 m2 vs. ranged from 27.3 to 30.7 ml/min/1.73 m2), leading to a greater accuracy (30% accuracy, 71.4% vs. 55.2% for the re-expressed 4 variable MDRD equation and 61.0% for the Asian modified CKD-EPI equation [P = 0.001 and P = 0.02]).\nA new modified CKD-EPI equation for type 2 diabetic patients was developed and validated. The new modified equation improves the performance of GFR estimation.\n6. Combined Treatment of Xenon and Hypothermia in Newborn Rats - Additive or Synergistic Effect? Sabir, Hemmen | Walløe, Lars | Dingley, John | Smit, Elisa | Liu, Xun | Thoresen, Marianne\nPLoS ONE 2014;9(10):e109845.\nAfter the HI-insult 120 pups were exposed to different post-insult treatments: three temperatures (normothermia (NT) NT37°C, HT35°C, HT32°C) or Xe concentrations (0%, 20% or 50%) starting either immediately or with a 4 h delay. To assess the synergistic potency of Xe-HT, a second set (n = 101) of P7 pups were exposed to either HT35°C+Xe0%, NT+Xe20% or a combination of HT35°C+Xe20% starting with a 4 h delay after the insult. Brain damage was analyzed using relative hemispheric (ligated side/unligated side) brain tissue area loss after seven day survival.\nImmediate HT32°C (p = 0.042), but not HT35°C significantly reduced brain injury compared to NT37°C. As previously shown, adding immediate Xe50% to HT32°C increased protection. Neither 4 h-delayed Xe20%, nor Xe50% at 37°C significantly reduced brain injury (p>0.050). In addition, neither 4 h-delayed HT35°C alone, nor HT35°C+Xe20% reduced brain injury. We found no synergistic effect of the combined treatments in this experimental model.\nCombining two treatments that individually were ineffective (delayed HT35°C and delayed Xe20%) did not exert neuroprotection when combined, and therefore did not show a synergistic treatment effect.\n7. Methamphetamine toxicity and its implications during HIV-1 infection Silverstein, Peter S. | Shah, Ankit | Gupte, Raeesa | Liu, Xun | Piepho, Robert W. | Kumar, Santosh | Kumar, Anil\n8. Effects of yoga training in patients with chronic obstructive pulmonary disease: a systematic review and meta-analysis Liu, Xun-Chao | Pan, Lei | Hu, Qing | Dong, Wei-Ping | Yan, Jun-Hong | Dong, Liang\nJournal of Thoracic Disease 2014;6(6):795-802.\nCurrently, several studies have assessed the effect of yoga training on the management of chronic obstructive pulmonary disease (COPD), but these studies involved a wide variation of sample and convey inconclusive results. Hence, the present study was performed a systematic review and meta-analysis to investigate the efficacy of yoga training in COPD patients.\nPubMed, EMBASE, the Cochrane Library, Google Scholar, and ClinicalTrials.gov databases were searched for relevant studies. The primary outcomes were forced expiratory volume in one second (FEV1), FEV1% predicted (% pred). Secondary outcomes included 6-min walking distance (6 MWD), arterial oxygen tension (PaO2), and arterial carbon dioxide tension (PaCO2). Weighted mean differences (WMDs) and 95% confidence intervals (CIs) were calculated, and heterogeneity was assessed with the I2 test.\nFive randomized controlled trials (RCTs) involving 233 patients fulfilled the inclusion criteria. Yoga training significantly improved FEV1 (WMD: 123.57 mL, 95% CI: 4.12-243, P=0.04), FEV1% pred (WMD: 3.90%, 95% CI: 2.27-5.54, P<0.00001), and 6 MWD (WMD: 38.84 m, 95% CI: 15.52-62.16, P=0.001). However, yoga training had no significant effects on PaO2 (WMD: 1.29 mmHg, 95% CI: –1.21-3.78, P=0.31) and PaCO2 (WMD: –0.76 mmHg, 95% CI: –2.06-0.53, P=0.25).\nThe current limited evidence suggested that yoga training has a positive effect on improving lung function and exercise capacity and could be used as an adjunct pulmonary rehabilitation program in COPD patients. However, further studies are needed to substantiate our preliminary findings and to investigate the long-term effects of yoga training.\nChronic obstructive pulmonary disease (COPD); yoga; pulmonary function; meta-analysis\n9. Coevolution of Axon Guidance Molecule Slit and Its Receptor Robo Yu, Qi | Li, Xiao-Tong | Zhao, Xiao | Liu, Xun-Li | Ikeo, Kazuho | Gojobori, Takashi | Liu, Qing-Xin\n10. Epoxyeicosatrienoic Acids Attenuating Hypotonic-Induced Apoptosis of IMCD Cells via γ-ENaC Inhibition Wang, Luyun | Liu, Yang | Wang, Huamin | Liu, Xun | Chen, Jie | Wang, Mong-Heng | Wang, Jingfeng | Huang, Hui\n11. α-Melanocyte-Stimulating Hormone Protects Retinal Vascular Endothelial Cells from Oxidative Stress and Apoptosis in a Rat Model of Diabetes Zhang, Lijuan | Dong, Lijie | Liu, Xun | Jiang, Yuanfeng | Zhang, Lingjun | Zhang, Xiaomin | Li, Xiaorong | Zhang, Yan\n12. HIV-1 Nef Induces CCL5 production in astrocytes through p38-MAPK and PI3K/Akt pathway and utilizes NF-kB, CEBP and AP-1 transcription factors Liu, Xun | Shah, Ankit | Gangwani, Mohitkumar R. | Silverstein, Peter S. | Fu, Mingui | Kumar, Anil\n13. Modified Glomerular Filtration Rate-Estimating Equations Developed in Asiatic Population for Chinese Patients with Type 2 Diabetes Liu, Xun | Qiu, Xilian | Shi, Chenggang | Huang, Hui | Huang, Jianhua | Li, Ming | Lou, Tanqi\n14. Independent Processing of Stimulus-Stimulus and Stimulus-Response Conflicts Li, Qi | Nan, Weizhi | Wang, Kai | Liu, Xun\n15. Feasibility and Safety of Fiber Optic Micro-Imaging in Canine Peripheral Airways Liu, Yijun | Yan, Bingbing | Huang, Ziyang | Guo, Rui | Wu, Jingxing | Liu, Xun | Yao, Kaiqing | Lv, Fajin | Deng, Huisheng\n16. Pulmonary manifestations of Crohn’s disease Lu, De-Gan | Ji, Xiao-Qing | Liu, Xun | Li, Hong-Jia | Zhang, Cai-Qing\n17. Cognition–Emotion Integration in the Anterior Insular Cortex Gu, Xiaosi | Liu, Xun | Van Dam, Nicholas T. | Hof, Patrick R. | Fan, Jin\n18. Urinary miR-29 Correlates with Albuminuria and Carotid Intima-Media Thickness in Type 2 Diabetes Patients Peng, Hui | Zhong, Meirong | Zhao, Wenbo | Wang, Cheng | Zhang, Jun | Liu, Xun | Li, Yuanqing | Paudel, Sujay Dutta | Wang, Qianqian | Lou, Tanqi\n19. Amelioration of carbon tetrachloride-induced cirrhosis and portal hypertension in rat using adenoviral gene transfer of Akt Deng, Gang | Huang, Xiang-Jun | Luo, Hong-Wu | Huang, Fei-Zhou | Liu, Xun-Yang | Wang, Yong-Heng\n20. The ambulatory arterial stiffness index and target-organ damage in Chinese patients with chronic kidney disease Wang, Cheng | Zhang, Jun | Li, Cui-Cui | Gong, Wen-Yu | Liu, Xun | Ye, Zeng-Chun | Peng, Hui | Lou, Tan-Qi\n21. Simvastatin Alleviates Hyperpermeability of Glomerular Endothelial Cells in Early-Stage Diabetic Nephropathy by Inhibition of RhoA/ROCK1 Peng, Hui | Luo, Pengli | Li, Yuanqing | Wang, Cheng | Liu, Xun | Ye, Zengchun | Li, Canming | Lou, Tanqi\n22. A New Equation to Estimate Glomerular Filtration Rate in Chinese Elderly Population Liu, Xun | Wang, Yanni | Wang, Cheng | Shi, Chenggang | Cheng, Cailian | Chen, Jinxia | Ma, Huijuan | Lv, Linsheng | Li, Lin | Lou, Tanqi\n23. Too little, too late or too much, too early? Differential hemodynamics of response inhibition in high and low sensation seekers Collins, Heather R. | Corbly, Christine R. | Liu, Xun | Kelly, Thomas H. | Lynam, Donald | Joseph, Jane E.\n24. Is the Chronic Kidney Disease Epidemiology Collaboration creatinine–cystatin C equation useful for glomerular filtration rate estimation in the elderly? Liu, Xun | Ma, Huijuan | Huang, Hui | Wang, Cheng | Tang, Hua | Li, Ming | Wang, Yanni | Lou, Tanqi\n25. Advanced glycation end-products reduce podocyte adhesion by activating the renin-angiotensin system and increasing integrin-linked kinase CHENG, CAILIAN | ZHENG, ZHENDA | SHI, CHENGGANG | LIU, XUN | YE, ZENGCHUN | LOU, TANQI


url: =Catalytic Performance of Hβ Zeolite Modified with Phosphorus for Isomerization of n-Decane--《Chinese Journal of Catalysis》2005年03期\n《Chinese Journal of Catalysis》 2005-03\nCatalytic Performance of Hβ Zeolite Modified with Phosphorus for Isomerization of n-Decane\nREN Xingtao 1, CAO Jianqiu 1, WANG Zhenyu 2, LIU Shangyuan 2, XIANG Shouhe 1* (1 Institute of New Catalytic Material Science, College of Chemistry, Nankai University, Tianjin 300071, China; 2 Catalyst Factory, Nankai University, Tianjin 300071, China)\nThe effects of phosphorus modification on the surface acidity and the catalytic performance of Pt/P-Hβ were studied by XRD, NH 3-TPD and Py-IR. The isomerization of n-decane over Pt/P-Hβ with different phosphorus contents was investigated. The addition of an adequate amount of phosphorus to Hβ could effectively change the acid amount and acid strength distribution of Hβ zeolite. The total acid amount and strong acid sites decreased after addition of phosphorus, but the weak acid mount and Brnsted acid sites increased. The optimum balance between metal sites and acid sites was obtained. The results of n-decane isomerization over Pt/P-Hβ showed that the n-decane conversion decreased on Hβ with phosphorus addition, however, the iso-decane selectivity increased. The optimum modification result was obtained over the 1.0%Pt/0.75%P-Hβ catalyst.\n【Fund】： 国家自然科学基金资助项目 (2 0 2 3 3 0 3 0 )\n1 TIAN Ling,LI Jianwei,LI Yingxia,CHEN Biaohua(State Key Laboratory of Chemical Resources Engineering,Beijing University of Chemical Technology,Beijing 100029,China);Synthesis of Dodecylbenzene with Benzene and 1-Dodecene over MCM-22 Zeolite Modified with Phosphorus[J];Chinese Journal of Catalysis;2008-09\n2 JIN Chang-lei,YUAN Li-zhi,LV Yan,LI Ai(Department of Environmental & Chemical Engineering,Tangshan College,Tangshan 063000,China);Advances in hydroisomerization catalysts[J];Science & Technology in Chemical Industry;2009-01\n3 LIU Quan-jie,XU Hui-qing,JIA Li-ming (Fushun Research Institute of Petroleum and Petrochemicals,SINOPEC,Fushun 113001,China);Investigation of n-dodecane reaction over the zeolite catalysts[J];Journal of Nanyang Normal University;2008-06\n4 Du Yingchun Guo Jinbao (Center for Chemical Engineering,Beijing Institute of Clothing Technology,Beijing 100029);STUDY ON THE SYNTHESIS OF NORMAL BUTYL ACETATE OVER SILICOTUNGSTIC ACID SUPPORTED CATALYSTⅠ.Synthesis and Characterization of Silicotungstic Acid(SiW_(12))Supported Catalyst[J];Petroleum Processing and Petrochemicals;2007-07\n1 Jiang Peixing and Li Quanzhi(Department of Chemistry, Fudan University, Shanghai);STUDIES OF THE ACIDIC PROPERTIES OF HZSM-5 AND HM ZEOLITES BY TEMPERATURE PROGRAMMED DESORPTION[J];Chinese Journal of Catalysis;1983-03\n2 Zeng Zhao-huai, Li Yu-guang and Mo Ting-huan (Department of Chemistry, Zhongshan University, Guangzhou);THE STRUCTURAL CHANGES OF HZSM-5 ZEOLITES TREATED BY HIGH TEMPERATURE STEAM AND THEIR EFFECTS ON THE ALKYLATION OF TOLUENE WITH METHANOL[J];Chinese Journal of Catalysis;1986-01\n3 ZHU Rui\_|Zhi, GUO Chang\_|Wen, TANG Xiang\_|Hai, PAN Lü\_|Rang\_+* (Department of Chemistry, Nankai University, Tianjin 300071, China);Studies on Synthesis of \_%para\_%\_|Isopropylphenol over the P\_|HZSM\_|5 Catalyst[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1999-10\n4 LI Dao, REN Jie, SUN Yu han (State Key Laboratory of Coal Conversion, Institute of Coal Chemistry, Chinese Academy of Sciences, Taiyuan, 030001, China);HYDROCONVERSION OF n-PARAFFINS OVER Ni/P-HY CATALYSTS[J];Acta Petrolei Sinica (Petroleum Processing Section);2002-04\n5 Yu Shunxiang Li Guangyan Li Guimin Wang Xiangsheng (Open Laboratory of Comprehensive Utilization for Carbon Resources, Dalian University of Technology,Dalian 116012);EFFECTS OF RARE EARTH IMPREGNATION ON THE STRUCTURE AND ACIDITY AND CATALYTIC ACTIVITY OF β ZEOLITE[J];ACTA PETROLEI SINICA (PETROLEUM PROCESSING SECTION);1998-04\n1 Zhang Kuiming, Hu Jiafen and Li Quanzni(Department of Chemistry, Fudan Universiiy, Shanghai);STUDIES ON THE SURFACE ACIDITY AND CATALYTIC ACTIVITY OF THERMAL-TREATED HZSM-5 ZEOLITE BY TEMPERATURE-PROGRAMMED DESORPTION[J];Chinese Journal of Catalysis;1983-04\n2 Hu Jia-fen, Cai Jian-jian, Huang Yue-fangShu Yi-jing and Li Quan-zhi (Department of Chemistry, Fudan University, Shanghai);SURFACE ACIDITY AND CATALYTIC ACTIVITY OF THE CATALYSTS FOR XYLENE ISOMERIZATION[J];Chinese Journal of Catalysis;1985-04\n3 Chen Li-feng, Li Quan-zhi, Zhong Ai-lian and Zhu Chong-ye (Department of Chemistry, Fudan University, Shanghai);STUDIES OF THE ADSORPTION ON A SERIES OF ZSM-5 ZEOLITES AT LOW TEMPERATURE AND PRESSURE[J];Chinese Journal of Catalysis;1986-01\n4 Zhang Hong-lang, Li Quan-zhi and Xue Zhi yuan(Department of Chemistry, Fudan University, Shanghai);STUDIES OF SURFACE ACIDITY AND CATALYTIC PROPERTIES OF DEALUMINATED MORDENITES FOR REACTIONS OF AROMATIC HYDROCARBONS[J];Chinese Journal of Catalysis;1988-02\n5 Wu Chuan-charg, Miao Cherg-ming and Qin Guar-lin (Department of Chemistry, Nanjing Unirersity, Nanjing 210008);STUDY OF ETHYLBENZENE ALKYLATION WITH ETHENE ON LANTHANUM IMPREGNATED HZSM-5 ZECLITES[J];Chinese Journal of Catalysis;1991-03\n6 Lu, Xue-dong; Li, Wen-bin; Yang, Cai-hong; Dou, Xiu-yunand Wang, Ding-zhu (Shanxi Institute of Coal Chemistry, Academia Sinica, Taiyuan 030001);EFFECT OF LOWER TEMPERATURE HYDROTHERMAL TREATMENT ON THE STRUCTURE AND CATALYTIC BEHAVIOR OF HZSM-5 ZEOLITE[J];Chinese Journal of Catalysis;1992-01\n7 L Renqing 1, WANG Qiuying 2, XIANG Shouhe 1* (1 Institute of New Catalytic Material Science, College of Chemistry, Nankai University, Tianjin 300071, China; 2 Catalyst Factory, Nankai University, Tianjin 300071, China);Investigation of Acid Properties and Structure of ZSM-5 Zeolite Treated with Alkaline Steaming[J];Chinese Journal of Catalysis;2002-05\n8 ZHANG Peiqing 1, WANG Xiangsheng 1* , GUO Hongchen 1, XU Zhoubo 1, ZHAO Leping 2, HU Yongkang 2(1 State Key Laboratory of Fine Chemicals and Institute of Industrial Catalysts,Dalian University of Technology, Dalian 116012, Liaoning, China;2 Fushun Research Institute of Petroleum and Petrochemicals, SINOPEC, Fushun 113001, Liaoning, China);Influence of Hydrothermal Treatment on Acid Property and Catalytic Performance of Nano-HZSM-5 Zeolite for Reducing Olefins in Gasoline[J];Chinese Journal of Catalysis;2003-12\n9 MAO Dongsen~ 1,2* , ZHANG Bin~2, YANG Weimin~2, CHEN Qingling~2, LU Guanzhong~1(1 Research Institute of Applied Catalysis, Department of Chemical Engineering, Shanghai Institute of Technology, Shanghai 200235, China; 2 Shanghai Research Institute of Petrochemical Technology, SINOPEC, Shanghai 201208, China);Preparation of Phosphorus-Modified HZSM-5 Zeolite and Its Application in the One-Step Synthesis of Dimethyl Ether from Syngas[J];Chinese Journal of Catalysis;2006-11\n10 YANG Bolun~, LU Shiqing, WU Jiang, WANG Huajun(State Key Laboratory of Multiphase Flow in Power Engineering, Department of Chemical Engineering, Xi’an Jiaotong University, Xi’an 710049, Shaanxi, China);Complex Reactions of Hydration and Etherification of Isobutene over La-Modified β Molecular Sieve[J];Chinese Journal of Catalysis;2007-01\n5 Xu Yi Wu Peicheng (Research lnstitute of LAB Plant,Jinling Petrochemical Corporation,Nanjing,210046);The Research on Solid Acid Catalyst for Alkylate of Benzene woth Long Chain Olefines to Produce LAB[J];CHINA SURFACTANT DETERGENT & COSMETICS;1998-05\n6 LI Li *, PAN Huifang, LI Wenbing (CNPC Key Laboratory of Catalysis, University of Petroleum, Beijing 102200, China);Study on Application of β Zeolite in Cracking Catalyst[J];Chinese Journal of Catalysis;2002-01\n8 LI Gong 1,2, KAN Qiubin 1, TONG Huijuan 2, WU Tonghao 1*, XU Ning 1, WU Peng 1, WANG Dongyang 1 (1 College of Chemistry, Jilin University, Changchun 130023, Jilin, China; 2 Department of Chemical Engineering,Jiangsu Polytechnic University, Changzhou 213016, Jiangsu, China);Catalytic Performance of Nanometer MCM-49 Zeolite for Alkylation Reaction of Benzene with 1-Dodecene[J];Chinese Journal of Catalysis;2004-10\n9 XU Ping1, XU Yunpeng1, TENG Fei1, HU Sheng2, TAN Mingwei2, XU Zhusheng 1, TIAN Zhijian 1* ( 1 Laboratory of Natural Gas Utilization and Applied Catalysis, Dalian Institute of Chemical Physics, The Chinese Academy of Sciences, Dalian 116023, Liaoning, China; 2 Research Ins titute of Daqing Petrochemical Company, Daqing 163714, Heilongjiang , China);Preparation of Pd/WO_3-ZrO_2 Solid Superacid Catalyst and Its Catalytic Performance for n-Heptane Hydroisomerization[J];Chinese Journal of Catalysis;2005-09\n10 MAO Dongsen~ 1,2* , ZHANG Bin~2, YANG Weimin~2, CHEN Qingling~2, LU Guanzhong~1(1 Research Institute of Applied Catalysis, Department of Chemical Engineering, Shanghai Institute of Technology, Shanghai 200235, China; 2 Shanghai Research Institute of Petrochemical Technology, SINOPEC, Shanghai 201208, China);Preparation of Phosphorus-Modified HZSM-5 Zeolite and Its Application in the One-Step Synthesis of Dimethyl Ether from Syngas[J];Chinese Journal of Catalysis;2006-11\n1 ZHANG Yue-Wen REN Yue-Hong DONG Jin-Long(Department of Chemistry,Taiyuan Normal University,Taiyuan 030031,P.R.China);Preparation and Catalytic Activity of Environmentally Friendly Catalyst HPA/ZrO_2-TiO_2[J];Chinese Journal of Spectroscopy Laboratory;2009-03\n2 Li Jian~(1,2),Tan Yisheng~1,Han Yizhuo~1 (1.State Key Laboratory of Coal Conversion,Institute of Coal Chemistry,Chinese Academy of Sciences,Taiyuan Shanxi 030001,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China);Catalytic Performance of Steam-Phosphorus Modified HZSM-5 Zeolites in Conversion of Dimethyl Ether to iso-Paraffins[J];Petrochemical Technology;2009-10\n3 Hu Jiafen, Li Quanzhi and Chen Haiying(Department of Chemistry, Fadan University);STUDIES ON THE ADSORPTION PROPERTIES OF TOLUENE ON H-MORDENITE AND THE CATALYTIC ACTIVITY BY GAS CHROMATOGRAPHY[J];Chinese Journal of Catalysis;1981-03\n4 Li Hexuan, Zang Yaru, Tao Keyi and Zhao Yingxian ( Department of Chemtstry, Nanka i University, Tianjin);The Effect of Steam Treatment on the Zeolite HZSM-5 for Alkylation of Benzene and Ethylene[J];Chemical Research In Chinese Universities;1985-03\n5 PAN Lu-Rang , LI He-Xuan (Department of Chemistry, Nankai University, Tianjin, 300071);Studies on Internal and External Surface Acid Pore Size and Shape-Selective Properties of HZSM-5 Zeolite[J];Chemical Research In Chinese Universities;1993-09\n7 ZHU Rui\_|Zhi, GUO Chang\_|Wen, TANG Xiang\_|Hai, PAN Lü\_|Rang\_+* (Department of Chemistry, Nankai University, Tianjin 300071, China);Studies on Synthesis of \_%para\_%\_|Isopropylphenol over the P\_|HZSM\_|5 Catalyst[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1999-10\n8 SHEN Jian-Ping;LI Yue;SUN Tie;GUO Jun;ZHANG Bo;JIANG Da-Zhen(Department of Chemistry,Jilin University,Changchun,130023)MIN En-Ze(Research Institute of Petroleum Processing,Beijing)JIANG Ting-Shun(Keshan Normal College,Keshan);Effect of Acid Treatment on the Structure and Acidity of Beta Zeolite[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1995-06\n9 Zhang Huaibin Pan Lurang Li Hexuan (Department of Chemistry, Nankai University, Tianjin);SURFACE BRONSTED ACID AND CATALYTIC ACTIVITY OF HZSM-5 ZEOLITE[J];Journal of Fuel Chemistry and Technology;1991-01\n10 Guo　Changwen,Tang　Xianghai,Zhu　Ruizhi　and　Pan　Lrang(Department　of　Chemistry,Nankai　University,Tianjin　300071);Study　of　Zeolite　Catalysts　for　Synthesis　of　p-Isopropylphenol(Ⅰ)[J];PETROCHEMICAL TECHNOLOGY;1998-03


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url: =Mikes Blog | My Love of Photography (And Cycling!)\nPerhaps I’m just getting old, but the low temperatures are really limiting my rides to less than ten miles this year. I’m longing for summer weather that will get me back out on long rides. Post navigation\nMikes Blog\tBlog at WordPress.com. Post to


url: =Download The Transition Handbook: From oil dependency to local resilience PDF Online Free Shawn Hogan\neBook PDF / e-Pub The Transition Handbook: From oil dependency to local resilience\nThe Transition Handbook: From oil dependency to local resilience (Rating: 3.53 - 2562 votes)\nEbooks search download books The Transition Handbook: From oil dependency to local resilience PDF eBook Online Shawn Hogan with format available: PDF,TXT,ePub,PDB,RTF,Audio Books and other formats. With this, You can also read online The Transition Handbook: From oil dependency to local resilience PDF eBook Online Shawn Hogan eBook Online, its simple way to read books for multiple devices. Rob Hopkins full text books\nCategory : Sustainability, Environment, Non fiction, Economics, Green\nPDF, EPUB, MOBI, TXT, DOC The Transition Handbook: From oil dependency to local resilience We live in an oil dependent world Most people don t want to think about what happens when the oil runs out or becomes prohibitively expensive This title shows how the inevitable and profound changes ahead can have a positive effect\nRelated The Transition Handbook: From oil dependency to local resilience\nTransition Towns: A Pocket Guide\nThe Transition Handbook: From oil dependency to local resilience, Transition Towns: A Pocket Guide, The Transition Timeline: For a Local, Resilient Future, The Power of Just Doing Stuff, Local Food, L'ecologia di ogni giorno: Terra, cibo, comunità. La transizione, un nuovo modo di stare al mondo, The Transition Starts Here, Now and Together, Ils changent le monde!: 1001 initiatives de transition écologique, Local Food: How to make it happen in your community, The Transition Companion: Making Your Community More Resilient in Uncertain Times


url: =Recent Extreme Mechanics Letters Articles - Elsevier\nRecent Extreme Mechanics Letters Articles\nRecently published articles from Extreme Mechanics Letters.\nModelling of micro-particles perforations into human tissue surrogate: Numerical and analytical aspects\nShuangshuang Meng | Jianbo Shen | Lorenzo Taddei | Nadhir Lebaal | David Veysset | Keith A. Nelson | Sebastien Roth\nMachine-learning optimized method for regional control of sound fields\nTianyu Zhao | Yiwen Li | Lei Zuo | Kai Zhang\nByoung-Joo Lee | Dahl-Young Khang\nSpectral entropy and strain energy trends in composite mechanical metamaterials\nJohn T. Klein | Eduard G. Karpov\nHongying Zhang | Huijuan Feng | Jian-Lin Huang | Jamie Paik\nAdvances in experimental mechanics at atomic scale\nSixue Zheng | Scott X. Mao\nXin Cai | Wei Liu | Xinpu Shen | Yanfei Gao\nZewei Ren | Ziming Wang | Fan Wang | Site Li | Zhong Lin Wang\nMoving Morphable Components-based inverse design formulation for quantum valley/spin hall insulators\nJiachen Luo | Zongliang Du | Chang Liu | Yue Mei | Weisheng Zhang | Xu Guo\nM.P. Ariza | M. Ortiz\nXiangming Sun | Ravindra Duddu | Hirshikesh\nOrientation and stress state dependent plasticity and damage initiation behavior of stainless steel 304L manufactured by laser powder bed fusion additive manufacturing\nShipin Qin | Zhuqing Wang | Allison M. Beese\nTemperature dependence of contact quality inducing suppression of stick–slip friction\nLiming Zhao | Penghui Cao\nHow far does a fold go?\nAtul Bhaskar | Kevin Jose\nImpact resistance of single-layer metallic glass nanofilms to high-velocity micro-particle penetration\nJ.L. Dong | X. Song | Z.J. Wang | K.L. Xiao | Y.H. Liu | G. Wilde | X.Q. Wu | M.Q. Jiang\nMehdi Eshaghi | Mohsen Ghasemi | Korosh Khorshidi\nThermal buckling and symmetry breaking in thin ribbons under compression\nPaul Z. Hanakata | Sourav S. Bhabesh | Mark J. Bowick | David R. Nelson | David Yllanes\nGuided buckling of elastoplastic spherical shells induced by indenters of various shapes\nYu-Chien Tseng | Pierre Amon | Loan M. Dolbachian | Jia-Yang Juang\nEML webinar overview: Dynamics of collective cells\nBo Li | Shao-Zhen Lin | Zong-Yuan Liu | Xi-Qiao Feng\nElastic wave near-cloaking\nDavide Enrico Quadrelli | Richard Craster | Muamer Kadic | Francesco Braghin\nAtomistic simulations of high-temperature creep in nanotwinned TiAl alloys\nYongpan Zeng | Xiaoyan Li\nKirsti Pajunen | Paolo Celli | Chiara Daraio\nM.A.N. Dewapriya | R.E. Miller\nAdhesive rolling of nanoparticles in a lateral flow inspired from diagnostics of COVID-19\nHuilin Ye | Zhiqiang Shen | Ying Li\nPrediction of theoretical strength of diamond under complex loadings\nJiapeng Chen | Wenguan Liu | Biao Wang\nPeng Lv | Gang Tang | Yanyu Liu | Yingzhuo Lun | Xueyun Wang | Jiawang Hong\nXi Yao | Baohong Chen | Xavier P. Morelle | Zhigang Suo\nDeformation mechanisms and mechanical performances of architected mechanical metamaterials with gyroid topologies: Synchrotron X-ray radiation in-situ compression experiments and 3D image based finite element analysis\nWenxia Hu | Xiaofei Cao | Xiaoqiang Zhang | Zhixin Huang | Zihao Chen | Wenwang Wu | Li Xi | Ying Li | Daining Fang\nUltralow-frequency tunable acoustic metamaterials through tuning gauge pressure and gas temperature\nShaowu Ning | Ziming Yan | Dongyang Chu | Heng Jiang | Zhanli Liu | Zhuo Zhuang\nExperimental characterization and molecular dynamics simulation of thermal stability, mechanical properties and liquid oxygen compatibility of multiple epoxy systems for cryotank applications\nFang-Liang Guo | Di Tan | Tao Wu | Pei Huang | Yuan-Qing Li | Ning Hu | Shao-Yun Fu\nAnalytical modeling and optimization of a corrugated soft pneumatic finger considering the performance of pinch and power grasps\nAmin Lotfiani | Xili Yi | Zhufeng Shao | Huichan Zhao | A. Nouri Parkestani\nDescription of plane strain deformation of FCC crystals by a gradient theory of crystal plasticity\nRobust edge states of subwavelength chiral phononic plates\nZhihui Wen | Shixuan Zeng | Dongwei Wang | Yabin Jin | Bahram Djafari-Rouhani\nMechanics and dynamics of two-dimensional quasicrystalline composites\nDanilo Beli | Matheus Inguaggiato Nora Rosa | Carlos De Marqui | Massimo Ruzzene\nDeep learning method for determining the surface elastic moduli of microstructured solids\nSang Ye | Wei-Zhi Huang | Min Li | Xi-Qiao Feng\nMorphological changes of nanofiber cross-sections due to surface tension\nShuang Wang | Xiying Li | Xin Yi | Huiling Duan\nT. Jules | F. Lechenault | M. Adda-Bedia\nJingda Tang | Qianfeng Yin | Mengting Shi | Meng Yang | Hang Yang | Bonan Sun | Baolin Guo | Tiejun Wang\nU. Roy | N.A. Fleck | V.S. 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Alderete | Lior Medina | Luciano Lamberti | Cesar Sciammarella | Horacio D. Espinosa\nNovel 2D star-shaped honeycombs with enhanced effective Young’s modulus and negative Poisson’s ratio\nNa Xu | Hai-Tao Liu | Ming-Ran An | Liang Wang


url: =Method of Fuzzy Memberships Function for Evaluation of Lake Eutrophication--《CHONGQING ENVIRONMENTAL SCIENCE》1996年03期\nMethod of Fuzzy Memberships Function for Evaluation of Lake Eutrophication\nLin Yan;Gu Hengyue;Han Yong(College of Resource and Environment Engineering,Chongqing University,Chongqing 630044)\nA method of evaluation of lake eutrophication was presented by means of fuzzy membership function in this paper.And the eutrophication levels in three major lakes in China were studied by using the method with good result,which compared with other methods.Thus,a simple and effective evaluation method is provided for evaluation of lake eutrophication.\n1 Sun Qingzhan Zang Shuying Zhang Nannan(Heilongjiang Province College Key Laboratory of Remote Sensing Monitoring of Geographic Environment, Harbin Normal University,Harbin 150025,China);POLLUTION EVALUATION OF HEAVY METALS IN LAKE WATER BASED ON FUZZY COMPREHENSIVE ASSESSMENT[J];环境工程;2012-01\n2 SI Sheng-feia,LIU Kang-huai a,b,ZHAO Wen-yua,b,SUN Hong-lina,b,WANG Hong-taoa,b,SU Chenga,b,SHI Qi-fenga,b(a.College of Environmental Science and Engineering;b.Guangxi Key Laboratory of Environmental Engineering and Protection Evaluation,Guilin University of Technology,Guilin 541004,China);Fuzzy Comprehensive Evaluation of Lakes Water Quality in Guilin[J];桂林理工大学学报;2010-04\n3 ZHANG Yong et al(Department of Geography and Environmental Science,Suzhou College,Suzhou,Anhui 234000);Application of Grey Clustering Method in Eutrophication Assessment for Shallow Landscape Park of City River[J];安徽农业科学;2009-26\n4 Feng Junqi1,Pan Yanhui1,Yu Jie1,Zhang Baojun2(1.School of Environment and Water Conservancy,Zhengzhou University,Zhengzhou 450002,China;2.Institute of Geographic Sciences and Natural Resources Research,Chinese Academy of Sciencer,Beijing 100101,China);Comprehensive Assessment of Ecological Environmental Quality by GA-BP-SD Model[J];环境科学与管理;2007-09\n5 Kong Jianjian et al;APPLICATION OF ATTRIBUTE RECOGNITION THEORETICAL MODEL TO EVALUATION OF LAKE EUTROPHICATION[J];环境工程;2004-05\n6 Li Fangbai,Wan Hongfu,Li Dingqiang (Guangdong Institute of Eco Environment and Soil Science,Guangzhou 510650);Effects of Cage Aquaculture on Water Quality in Xinfengjiang Reservoir[J];重庆环境科学;1999-06\n7 Li Fangbai, Wan Hongfu, Li Dingqiang, He Jianghua, Ma Beiyan and Wang Jizeng (Guangdong Institute of Eco-Environment and Soil Sciences, Guangzhou 510650). Soil & Environ Sci, 1999, 8(1): 26～30;The Current Eutrophication Status of Xinfengjiang Reservoir and Its Comprehensive Control Countermeasure.[J];土壤与环境;1999-01\n1 Cao Bin,Song Jianshe (The Second Artillery Engineering Institute, Xi'an);The Fuzzy Decision Method of Water Quality Nutrition Evaluation of Lakes.[J];环境科学;1991-05\n2 Shu Jinhua (Nanjing Institute of Geography & Limnology, Academic Sinica);The Assessment Methodology for Eutrophication Level of Lakes in China[J];环境污染与防治;1990-05\n3 Li Zuoyong;Deng Xinmin;Zhang Huijun;Evaluation to Multiple Objective Fuzzy-Grey Desicion in Nutrition Level of Lakes[J];系统工程;1990-03\n1 SONG Yan-yan;SU Dong-hui;SHAO Tian-tian;Collaborative Innovation Center on Yellow River Civilization of Henan Province,Henan University;;Evaluation of the Trophic State of Erlonghu Reservoir based on Hyperspectral Data[J];环境科学导刊;2017-05\n2 Lu Yuan;Wang Dong;Liu Dengfeng;Wang Yuankun;School of Earth Science and Engineering,Nanjing University;;Water quality evaluation method using improved rough set-cloud model[J];南京大学学报(自然科学);2017-05\n3 WU Tingkuan;HE Zhonghua;LIANG Hong;YANG Zhaohui;ZENG Xinbo;LIU Suihua;CHEN Dongwei;JIAO Shulin;LI Qiuhua;School of Geographic and Environmental Science, Guizhou Normal University;Water Resources Department of Guizhou Province;Guiyang Investigation and Design Institute of Power Construction Corporation of China;Key Laboratory for Information System of Mountainous Area and Protection of Ecological Environment of Guizhou Province, Guizhou Normal University;;Evaluation of Lake Eutrophication Based on Hyperspectral Technology:A Study Case of Baihua Lake in Guiyang City[J];水文;2016-02\n4 WANG Shun-li;ZHANG Hong-cai;WEI He-fen;HU Zi-quan;CHAI Hua-jian;ZHAO Hai-quan;School of Life Sciences,Anhui Agricultural University;Anhui Quanmin Environmental Technology Co.,Ltd;;Eutrophication current situation and research of the east-half of Chaohu Lake[J];生物学杂志;2016-02\n5 ZHOU Kunpeng;LIU Yangchun;WANG Chongchen;Key Laboratory of Urbanstorm Water System and Water Environment,Beijing University of Civil Engineering and Architecture;Beijing Research Base for Architectural Culture;Beijing hydrological station;;Analysis on temporal-spatial variation of eutrophication in Shichahai area,Beijing[J];环境化学;2016-04\n6 Lu Mian;Li Fanxiu;College of Chemistry and Environmental Engineering,Yangtze University;;Application of Set Pair Analysis Model in Evaluation of Lake Eutrophication——Based on Combination of Interval Number and Triangular Fuzzy Number[J];环境保护科学;2015-03\n7 Lu Mian;Li Fanxiu;College of Chemistry and Environmental Engineering,Yangtze University;;Application of set pair analysis model in evaluation of lake eutrophication based on Vague set[J];环境工程学报;2015-06\n8 HAN Sheng-ming;Jiangxi Provincial Hydrology Bureau;;Research on the carrying capacity of water function areas and phased limitation of water pollution load control schemes for major rivers and lakes in Jiangxi province[J];江西水利科技;2015-02\n9 WU Du;TANG De-shan;College of Water Conservancy and Hydropower,Hohai University;;Application of entropy attribute recognition model in reservoir eutrophication evaluation[J];南水北调与水利科技;2015-02\n10 XIE Ping;CHEN Haijian;TANG Tao;LI Binbin;LEI Xu;ZHANG Bo;State Key Laboratory of Water Resources and Hydropower Engineering Science,Wuhan University;Hubei Collaborative Innovation Center for Water Resource Security;Hydrology and Water Resources Survey Bureau of Hubei Province;;Combination assessment method for lake-water Eutrophication base on the frequency of true value[J];环境科学学报;2015-09\n2 ZHANG Wei-wei1,2,SUN Dan-feng1,LI Hong2,ZHOU Lian-di2 (1.College of Resources and Environmental Sciences,China Agricultural University,Beijing 100193,China;2.Institute of Comprehensive Research,Beijing Academy of Agriculture and Forestry Sciences,Beijing 100097,China);Surface Water Quality Assessment in Miyun Reservoir Watershed,Beijing in the Period 1980-2003[J];环境科学;2010-07\n3 ZHOU Xiaotie~1,HAN Ningning~2,SUN Shiqun~2,WANG Xiaohui~1 & HE Xiangliang~1 (1:Anhui Institute of Environmental Science,Hefei 230061,P.R.China) (2:School of Resources and Environmental Engineering,Hefei University of Technology,Hefei 230009,P.R.China);Assessment of water quality in river-based and lake/reservoir-based drinking water sources in Anhui Province[J];湖泊科学;2010-02\n4 MI Yan1, CHANG Shunli1,2, SHI Qingdong1, GAO Xiang3 & HUANG Cong1 (1: Key Laboratory of Oasis Ecology of Xinjiang, College of Resources and Environment Science, Xinjiang University, Urumqi, Xinjiang 830046, P.R.China) (2: Insitute of Desert Meteorology, China Meteorological Bureau, Urumqi 830002, P.R.China) (3: Aibi Lake National Reserve of Bole Forestry Bureau, Bole 833400, P.R.China);Aquatic environmental quality assessment in Ebinur Lake Catchment during high flow period, 2008[J];湖泊科学;2009-06\n5 HE Jin-feng~1,LIU Yan-yan~1,SHU Lan~2,LIU Shao-quan~3 (1.School of River and Ocean Engineering,Chongqing Jiaotong University,Chongqing 400074,China; 2.School of Humanities,Chongqing Jiaotong University,Chongqing 400074,China; 3.Institute of Mountain Hazards and Environment,Chinese Academy of Sciences, Sichuan Chengdu 610041,China);Application of fussy mathematical model to water quality assessment[J];重庆工商大学学报(自然科学版);2009-02\n6 SHI Jun1,LIU Peng-xia1,ZHANG Li-xu1,LI Yang1(1.East China Sea Environmental Monitoring Center,East China Sea Branch,State Oceanic Administration,Shanghai 200137,China);The discussion of comprehensive evaluation model for water quality in Shanghai water resource area[J];海洋学报(中文版);2009-01\n7 PENG Xiao-jin1,ZHANG Yan-hong2,LI Hui-hui3(1.Shenzhen Guanghuiyuan Survey & Design Co.LTD for Water Resources,Shenzhen 518020,China;2.Water Conservancy Bureau of Liaocheng,Liaocheng 252000,China;3.China Gezhou Group and Longtan Hydropower construction department,Yichang 547300,China);Application of fuzzy comprehensive evaluation in groundwater quality assessment[J];水科学与工程技术;2008-06\n8 ZHOU Linfei XU Shiguo HAN Yan(1.School of Civil and Hydraulic Engineering,Dalian University of Technology,Dalian l16024,China;2.School of Water Conservancy,Shenyang Agricultural University,Shenyang 110161,China.);Water quality evaluation of Zhalong wetland based on fuzzy mathematics[J];辽宁工程技术大学学报(自然科学版);2008-06\n9 JIANG Jian-mei1,2,LIU Chang-li1,2,YE Hao2,ZHANG Yun2,DONG Hua2,HOU Hong-bing1,2,PEI Li-xin2(1.School of Environmental Studies,China University of Geosciences,Wuhan 430074,China;2.Institute of Hydrogeology and Environmental Geology,Chinese Academy ofGeological Sciences,Shijiazhuang 050061,China);Research on the Application of Groundwater Quality Comprehensive Evaluation Methods in Shijiazhuang City[J];安全与环境工程;2008-03\n10 ZHANG Xue-mei(China Railway Wuyuan Survey and Design Group co.LTD,Beijing 102600);Study on Urban River Ecological Restoration[J];中国西部科技;2008-21\n1 Wu Yi;Deng Ruru;Qin Yan;Liang Yanheng;Xiong Longhai;School of Geographic Science and Planning,Sun Yat-sen University;Guangdong Engineering Research Center of Water Environment Remote Sensing Monitoring;Guangdong Provincial Key Laboratory of Urbanization and Geo-Simulation;;The Study of Spatial-Temporal Characteristics for Chlorophyll Concentration derived from Remote Sensing Image in Xinfengjiang Reservoir[J];遥感技术与应用;2017-05\n2 Xiong Changqi;Liu Nianhui;Wu Yaoyi;Yang Hengmiao;Lei Ming;School of Environment, Hunan Agricultural University;;Removal of Heavy Metal Cadmium From Synthetic Wastewater Using Electroreduction Method[J];广东化工;2017-16\n3 XIE Lihong;HUANG Yuhui;WEN Xiaoying;LI Minzeng;XIE Weihui;GAN Xianhua;Xinfengjiang Forestry Administration of Guangdong Province;Guangdong Provincial Key Laboratory of Silviculture, Protection and Utilization/Guangdong Academy of Forestry;;Resource Characteristics and Distribution Pattern of Ancient Trees in Xinfengjiang Reservoir, Guangdong Province[J];林业与环境科学;2017-04\n4 Liu Dunkai;Wu Yizhong;School of Nanjing Tech University,Institute of Environmental Science;;Improved Fuzzy Synthetic Evaluation Method and Its Application in of Water Quality Evaluation in Rivers of Suzhou City[J];环境科学与管理;2017-03\n5 WANG Xiu;WANG Zhen-xiang;PAN Bao;ZHOU Chun-cai;LIU Gui-jian;School of Resources and Environmental Engineering, Hefei University of Technology;School of Earth and Space Sciences,University of Science and Technology of China;;SPATIAL DISTRIBUTION, CONTAMINATION ASSESSMENTS AND SOURCES OF HEAVY METALS IN SURFACE WATER FROM THE NANFEI RIVER[J];长江流域资源与环境;2017-02\n6 Zhao Yifeng;Wan Xiao'an;Zhu Fang;Tianhuangping Pumped Storage Limited Liability Company of East China;Collaborative Innovation Center for Geo-Hazards and Eco-Environment in Three Gorges Area;Ecological Restoration of Lakes and Algae Using Laboratory of Hubei Province;Yichang Water Hydrology and Water Resource Survey;;EUTROPHICATION ASSESSMENT OF DAJIU LAKE IN SHENNONGJIA[J];环境工程;2016-S1\n7 CHEN Wen-tao;XU Hong-jiao;ZHANG Nai-ming;KANG Ri-feng;College of Recourse and Environmental Science of Yunnan Agricultural University;;Impact Assessment of Heavy Metal Pollution of a Copper Ore Mine Tailings Pond on the Surrounding Environment[J];环境科学导刊;2015-02\n8 CHEN Wei;LI Jin-long;FANG Jun;Graduate School,University of Science and Technology of China;;Study of Disciplinary Program Quality Evaluation Based on Attribute Identification Method[J];研究生教育研究;2015-02\n9 LIAO Xing-yong;WEI Chao-fu;LUO Yun-zhong;School of Resources and Environment,Southwest University;;Multilevel Fuzzy Comprehensive Evaluation of Environmental Quality of a Vegetable Production Base——A Case Study of a Vegetable Base in Bishan County,Chongqing[J];西南大学学报(自然科学版);2015-01\n1 Shu Jinhua (Nanjing Institute of Geography & Limnology, Academic Sinica);The Assessment Methodology for Eutrophication Level of Lakes in China[J];环境污染与防治;1990-05\n2 Li Zuoyong;Deng Xinmin;Zhang Huijun;Evaluation to Multiple Objective Fuzzy-Grey Desicion in Nutrition Level of Lakes[J];系统工程;1990-03\n3 Li Zuoyong, Zhao Bangjie (Chengdu Meteorological Institute);A METHOD OF COMPREHENSIVE ENVIRONMENTALQUALITY ASSESSMENT FOR REGIONAL ENVIRONMENT-ONE OF FUZZY PROBABILITY[J];环境科学学报;1984-03


url: =支持 反对 引用 08-20 03:48发表\nqing dao 9 0 ping fang zhuang xiu yu suan yao duo shao ?qing dao jiu fang zhuang xiu yu suanbu ke bu shuo de dong nan ya zhuang xiu feng ge te dianjia ting shi nei zhuang xiu de se diao ru he da pei ?xiao hu xing chu fang zhuang xiu 7 ge xiao ji qiao\n支持 反对 引用 08-20 03:33发表\nchun tian zhuang xiu yao zhu yi shi me ?shang hai huang pu qu na jia zhuang xiu gong si hao ? hao fan liaobei jing zhuang xiu bao jia qing dan _ bei jing zhuang xiu fei yong qing dan ?shang hai fang wu zhuang xiu shi cai yi ban duo shao qian yi mi ?\n支持 反对 引用 08-20 03:25发表\nxin fang zi zhuang xiu hao duo jiu ke yi zhu /you ren ting shuo guo wei mei zhuang shi maxiao ke ting zen yang zhuang xiu xian zhuo liang tangliang jian fang zheng hu xing qian bian lia juan zha men zha zhuang xiu\n支持 反对 引用 08-20 02:23发表\nwu han na yi jia zhuang xiu gong si hao ?tu jian yu suan yu zhuang xiu yu suan na ge hao ?yi lou zhuang xiu xu yao zhu yi shi me ?zhuang shi she ji du you na xie zhuan yong shu yu ? ?cheng du jia ju zhuang xiu she ji fei yong\n支持 反对 引用 08-20 01:50发表\nsheng yi ge zhuang shi gong si shi he fa de mabie shu zhuang xiu ying lun feng ge you shi me te dian ne ?kun ming er shou fang zhuang xiu qiu bao jia qiu shi gong duihuan jing yi shu she ji ( shi nei wai huan jing zhuang shi she ji )\n支持 反对 引用 08-19 23:48发表\nfang wu ji jian dan zhuang xiu fei yong wen ti ?shui dian xiao fang an zhuang jia gejia ju zhuang shi zhong jian li shi zuo shi me deshui dian an zhuang yu mai bao qing gong jia ge\n支持 反对 引用 08-19 16:25发表\n支持 反对 引用 08-19 03:44发表\n支持 反对 引用 08-16 22:10发表\n支持 反对 引用 08-16 22:09发表\n支持 反对 引用 08-11 07:03发表\nna xie zhuang xiu xiang mu ying te bie zhu yi yan shoujia ting zhuang xiu shi jian shi qingjia zhuang tou ying yi chi cun fen bie shi duo shaoqing da shi jiao kan shi nei zhuang xiu tu zhi\n支持 反对 引用 08-11 06:20发表\njing dian hong shuang xi ruan zhuang de yan duo shao qian yi bao ?3 wan yuan ru he zhuang xiu 1 4 0 ping san ju shi gui qiuzheng zhou 1 0 0 ping mi jia ting zhuang xiu jia ge shi duo shaoning bo nan hong zhuang shi he shen hua zhuang shi na jia hao a ?\n支持 反对 引用 08-11 06:18发表\nshen zuo jin ting zhuang shi you xian gong sida jia zhuang xiu du yong huan bao qi majia zhuang qiang mian yong bai se de hao chu zai na li6 ping mi chu fang zhuang xiu jia ge shi duo shao\njia zhuang di zhuan yong shi me pai zi de bi jiao haozhuang xiu yong de bai hui gui huan shi ni zi fen guishang hai zhuang xiu shi gong dui na li zhao bi jiao haofang zi zhuang xiu shi shang ban nian hao huan shi xia ban nian hao\n支持 反对 引用 08-11 06:10发表\nnan jing zhuang xiu gong si na ge haoxiao hu xing jian zhuang yi shi me fang shi bao gei zhuang xiu duiha er bin zui hao de zhuang xiu gong si shi ? ? ? ?ha er bin na xie zhuang shi gong si hao ?\nshang hai song jiang qu zhuang xiu gong si ?tian jin zhuang shi gong si pai mingda lian zhuang xiu gong si da lian zhuang xiu gong si na jia hao ?da lian ri shi zhuang xiu jia ge\n支持 反对 引用 08-11 05:36发表\nxiao hu xing zhuang xiu pei se de qi da yuan zezhuang xiu di zhuan shi gong fang fazhuang xiu wan liao men neng li ji zhu jin qu maji suan ji ping mian she ji shi bu shi deng yu zhuang zuo she ji\n支持 反对 引用 08-11 05:13发表\njia ting zhuang xiu chu wei you shi me hao ban fa ?ou shi zhuang xiu zhu wo ru he zhuang xiu ?mian yang zhuang xiu | mian yang zhuang shiwo xiang wen yi xia shi nei zhuang xiu tian hua cai liao you na xie ?\n支持 反对 引用 08-11 03:59发表\nzhuang xiu he tong bu chong xie yi qian ding yao dianzhuang xiu gong cheng she ji shou fei biao zhun shi shi meu v ban zhuang xiu bei jing qiang xiao guo tuzai shi zuo zhuang xiu fang zi neng zhao shi me zhuang xiu gong si ne\n共 383 页/7652条记录 首页 1 2 3 4 5 6 7 8 9 10 11 下页 末页


url: =Zhejiang: Concurso de cocina llevado a cabo en Heqiao de Hangzhou | Spanish.xinhuanet.com\nZhejiang: Concurso de cocina llevado a cabo en Heqiao de Hangzhou\nActualizado 2018-04-14 21:41:05 | Spanish. xinhuanet. com\nZHEJIANG, abril 13, 2018 (Xinhua) -- Chefs elaboran platillos durante un concurso de cocina llevado a cabo en la localidad de Heqiao de Hangzhou, capital de la provincia de Zhejiang, en el este de China, el 13 de abril de 2018. Más de 50 chefs rurales del distrito de Lin'an de Hangzhou participaron en el concurso de cocina en Heqiao. (Xinhua/Xu Yu)\nZHEJIANG, abril 13, 2018 (Xinhua) -- Platillos son exhibidos durante un concurso de cocina llevado a cabo en la localidad de Heqiao de Hangzhou, capital de la provincia de Zhejiang, en el este de China, el 13 de abril de 2018. Más de 50 chefs rurales del distrito de Lin'an de Hangzhou participaron en el concurso de cocina en Heqiao. (Xinhua/Xu Yu)\nZHEJIANG, abril 13, 2018 (Xinhua) -- Vista aérea de la localidad de Heqiao de Hangzhou, capital de la provincia de Zhejiang, en el este de China, el 13 de abril de 2018. Más de 50 chefs rurales del distrito de Lin'an de Hangzhou participaron en el concurso de cocina en Heqiao. (Xinhua/Xu Yu)\nInauguran en Chile Festival Latinoamericano de Cocina 2018-03-23\nMuseo de Cocina de Anhui en Huangshan 2018-01-20\nCrece demanda de turistas chinos de información sobre cocina extranjera 2017-08-24\nCocina de Sichuan 2017-08-02\nChongqing: Concurso de cocina rural en Shuishi 2017-07-31\nSpanish.xinhuanet.com 2018-04-14 21:41:05


url: =Creation Date: Yongzheng yuan nian i.e. 1723] and 雍正元年 i.e. 1723] / Creators/Contributors: Wang, Hongxu, 1645-1723 / Language: Chinese / Place Of Origin: [China and China / Publisher: Jing shen tang and 敬愼堂, / Subjects: China--History--Ming dynasty, 1368-1644 - Chinese Rare Books - CURIOSity Digital Collections Search Results\nYou searched for: Creation Date Yongzheng yuan nian i.e. 1723] Remove constraint Creation Date: Yongzheng yuan nian i.e. 1723] Creation Date 雍正元年 i.e. 1723] Remove constraint Creation Date: 雍正元年 i.e. 1723] Creators/Contributors Wang, Hongxu, 1645-1723 Remove constraint Creators/Contributors: Wang, Hongxu, 1645-1723 Language Chinese Remove constraint Language: Chinese Place Of Origin [China Remove constraint Place Of Origin: [China Place Of Origin China Remove constraint Place Of Origin: China Publisher Jing shen tang Remove constraint Publisher: Jing shen tang Publisher 敬愼堂, Remove constraint Publisher: 敬愼堂, Subjects China--History--Ming dynasty, 1368-1644 Remove constraint Subjects: China--History--Ming dynasty, 1368-1644


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url: =BRENDA - Reference Id = 740425\nTang, W.G.; Song, P.; Cao, Z.Y.; Wang, P.; Zhu, G.P.; FASEB J. 29, 2462-2472 (2015)\nDNA and amino acid sequence determination and analysis, phylogenetic tree, recombinant expression of His6-tagged wild-type and mutant enzymes in Escherichia coli strain Rosetta (DE3)\nsite-directed mutagenesis, the mutant enzyme retains their native dimeric structure, and the mutant displays a 15fold preference for NADP+ over NAD+ compared to the wild-type enzyme\nsite-directed mutagenesis, the mutant enzyme retains their native dimeric structure, the mutant displays a 72fold preference for NADP+ over NAD+ compared to the wild-type enzyme\nthe enzyme's coenzyme specificity can be completely converted from NAD+ (ancient trait) to NADP+ (adaptive trait) by rational mutagenesis based on the evolutionary trace. Residues D344 and M345 are the determinants of NAD+ specificity\nrecombinant His6-tagged wild-type and mutant enzymes from Escherichia coli strain Rosetta (DE3) by Co2+ affinity chromatography


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