phosphine n.【化學】1.磷化氫；三氫化磷。2.堿性染革黃棕。
n. 【化學】 1.磷化氫；三氫化磷。 2.堿性染革黃棕。 “aryl phosphine“ 中文翻譯： 芳基膦“brilliant phosphine“ 中文翻譯： 亮金黃“diphenyl phosphine“ 中文翻譯： 二苯膦“diphenylvinyl phosphine“ 中文翻譯： 二苯基乙烯基膦“ethyl phosphine“ 中文翻譯： 乙膦“phosphine borine“ 中文翻譯： 膦硼烷“phosphine grn“ 中文翻譯： 鹼性染革黃棕grn, 氯化-2-氨基-9-銨代吖啶; 氯化-2-氨基-9-銨代吖啶“phosphine imide“ 中文翻譯： 亞胺膦“phosphine oxide“ 中文翻譯： 氧化膦“phosphine sulfide“ 中文翻譯： 硫化膦“primary phosphine“ 中文翻譯： 伯膦“propyl-phosphine“ 中文翻譯： 丙膦“secondary phosphine“ 中文翻譯： 仲膦“tertiary phosphine“ 中文翻譯： 三級膦; 叔膦r-3p“triethyl phosphine“ 中文翻譯： 三乙基磷“trimethyl-phosphine“ 中文翻譯： 三甲基膦“alkyl phosphine dichloride“ 中文翻譯： 二氯化烷基膦; 烷基膦化二氯“aziridinyl phosphine oxide“ 中文翻譯： 氮丙定膦的氧化物“cis-myrtenyl-diphenyl-phosphine“ 中文翻譯： 順式桃金娘烷基二苯磷“ethyl diphenyl phosphine“ 中文翻譯： 乙基二苯膦“hydrogen phosphide phosphine ph“ 中文翻譯： 磷化三氫“methyl phosphine borine“ 中文翻譯： 甲膦合甲硼烷“phosphine-bridged polymer“ 中文翻譯： 磷化氫架橋聚合物“tri-n-butyl phosphine“ 中文翻譯： 三正丁基膦“phosphinates“ 中文翻譯： 次膦酸鹽“phosphinate“ 中文翻譯： 亞膦酸直; 亞膦酸酯
phosphite |
|
( c ) land natural productivity increase from 7843 kg / ( hm2 - a ) to 17335 kg / ( hm2 - a ) relate to altitude closely , and the mean rate of enhancing yield is 23 . 53 percent in this region with annual enhancing - rate of 0 . 64 percent in last 15 years . ( d ) there are many facters that have been influe ncing soil effective coefficient that ' s soil organic matter , total nitrogen , effective phosphine and soil texture in turn . in a word , attenuation cause of land productivity is the result of water and soil . ( e ) the forestland potential productivity change from 3986 kg / hm2 to 15034 kg / hm2 , but it has a high distinction between southern aera and north area in yaan city . ( f ) the grassland potential productivity increase from 4085 kg / ( hm2 - a ) to 16973 kg / ( hm2 - a ) , but it has a high classification of potential productivity , ( g ) ditribution map was formed of potential land productivity . ( h ) it could be act as decision support for agriculture development , national land planning and ecotop constructive , etc 5 、土地自然生產潛力水平的主要土壤限制因素為有機質、全氮，其次為速效磷和土壤質地；區域潛在生產力差異的制約因素，主要為土壤，次為水分，水、土兩項衰減合計為45 . 99 ，石棉、漢源兩縣水、土衰減達到60左右。 6 、林地潛力在3986 15034kg / hm ~ 2之間，高等級林地比重小，以大相嶺為界，北部的各縣林地生產力水平高，南部的兩縣林地生產力水平較低。 7 、天然草地生產潛力水平高，潛力在16973 4085kg / ( hm ~ 2 ? a )之間，以高產的一、二、三級草地為主，且近10年來該比例變化不大。 |
|
The free - phosphine carbene ruthenium complex [ 1 , 3 - bis ( 2 , 6 - dimethylphenyl ) - 2 - tetrahydroimidazol [ ( c5h5n ) 2 ( cl ) 2ru = chph ( 8 ) was prepared by the reaction of [ 1 , 3 - bis ( 2 , 6 - dimethylphenyl ) - 2 - tetrahydroimidazol ] ( pph3 ) ( cl ) 2ru = chph ( 7 ) with pyridine and used as a highly effective catalyst for the cross metathesis of acrylonitrile with allylbenzene 摘要設計了由1 , 3 -二（ 2 , 6 -二甲基苯基） 2 -四氫咪唑基苯亞甲基三苯基膦二氯合釕( 7 )和吡啶反應生成無膦型金屬釕卡賓化合物1 , 3 -二（ 2 , 6 -二甲苯基） 2 -四氫咪唑基苯亞甲基2 -吡啶基二氯合釕( 8 ) ， 8作為高效催化劑用于丙烯腈和烯丙基苯的交叉交互置換反應。 |
|
Abstract : 1 , 2 - bis ( alkylphenylphosphino ) ethane was synthesized via the reaction between lithium alkylphenylphosphide and 1 , 2 - dichloroethane with tert - phosphines as raw materials . their structures were established by ir , h1nmr spectroscopy 文摘:以叔膦為原料，經堿金屬裂解后與1 , 2 -二氯乙烷反應合成1 , 2 -雙膦乙撐化合物.研究了叔膦化合物的裂解方式，堿金屬膦化物的穩定性及對反應條件的影響.產物的結構由ir譜和h1nmr譜證實 |
|
Progresses in research on asymmetric hydrocyanation , asymmetric hydroformylation , asymmetric cross - coupling reaction and asymmetric hydrosilylation catalized by palladium - chiral phosphine - catalyst systems are reviewed with 36 references 摘要綜述了鈀手性膦配體催化劑在烯烴的不對稱氫氰化、不對稱羰基化、不對稱交叉偶聯、不對稱氫化硅氫化等方面的研究進展。參考文獻36篇。 |
|
Progresses in research on asymmetric hydrocyanation , asymmetric hydroformylation , asymmetric cross - coupling reaction and asymmetric hydrosilylation catalized by palladium - chiral phosphine - catalyst systems are reviewed with 36 references 綜述了鈀手性膦配體催化劑在烯烴的不對稱氫氰化、不對稱羰基化、不對稱交叉偶聯、不對稱氫化硅氫化等方面的研究進展。參考文獻36篇。 |
|
The project content : this project consentrates on expanding the relevant production line for 20 thousand tons phosphine in the second - stage , basing on the first issue , 10 thousand tons 項目內容：該項目在現有一期1萬噸草甘膦生產的基礎上擴建二期2萬噸草甘膦原粉及相關產品生產線。 |
|
Acceleration and synergism of higher temperature on the mixed fumigation of phosphine and carbon dioxide against insects 高溫對磷化氫和二氧化碳混合熏蒸殺蟲增速增效作用的研究 |
|
The conversion of phosphate into phosphine was an important biological reaction with potential value in application 摘要磷酸鹽轉化成磷化氫是一個具有重要潛在價值的生物反應。 |
|
Relativity between gastightness and dosage and concentration in recirculation fumigation of phosphine 倉房氣密性與磷化氫環流熏蒸用藥量及濃度的相關性 |
|
Produces potassium borohydride , sodium borohydride , trimethyl borate and triphenyl phosphine -專門生產過碳酸鈉，公司簡介產品介紹化工e圈等 |
|
Research on decomposition of phosphine to high pure phosphorus using co - p amorphous alloy as catalyst 非晶合金催化分解磷化氫制高純磷的研究 |
|
The test of phosphine recirculation fumigation to control pest in bagged grain in newly - built warehouse 新建平房倉包裝糧環流熏蒸殺蟲試驗 |
|
Applications of palladium - chiral phosphine - catalysts in asymmetric catalysis of alkenes 手性膦配體催化劑在烯烴不對稱催化反應中的應用 |
|
Separation of fatty acids in trialkyl phosphine oxide by macroporous anion exchange resin 大孔陰離子交換樹脂分離三烷基氧膦中有機酸 |
|
Diagnostic criteria and principles of management of occupational acute phosphine poisoning 職業性急性磷化氫中毒診斷標準及處理原則 |
|
Workplace air - determination of phosphine - ammonium molybdate spectrophotometric method 車間空氣中磷化氫的鉬酸銨分光光度測定方法 |
|
Phosphine in ethyne 乙炔中含磷化氫 |
|
Synthesis of chiral phosphine ligands and their applications in asymmetric catalysis 手性膦配體合成及其在不對稱催化中的應用 |
|
Resistance to phosphine in psocid psocoptera of stored grain in central storages in china 我國儲糧書虱磷化氫抗性調查及測定 |