1) chemical vapor reaction (CVR)

真空气相反应
1.
In this thesis, a novel vacuum chemical vapor reaction (CVR) method, which is low-cost, convenient-operated, and environment-friendly, was designed for the synthesis of semiconductor nanomaterials.
3、在真空气相反应体系中,合成了规则排布的单晶硅亚微米线阵列。
3) gas-phase reaction

气相反应
1.
We tailed after the gas-phase reaction of β-pinene and OH radical using LP-FTIR.

利用LP-FTIR系统跟踪β-蒎烯和OH自由基的气相反应,研究了反应混合物随反应时间的变化情况,初步确定了反应中主要羰基产物诺蒎酮、甲醛、甲酸等随反应时间的生成情况,定性讨论了反应的可能机理,为进一步定量分析提供了基础。
2.
The catalytic performance of copper-nickel oxalate catalysts prepared by concurrent coprecipitation was studied in the gas-phase reaction of p-cymene synthesis by dehydrogenation of industrial dipentene.
研究了并流共沉淀法制备的草酸铜-草酸镍催化剂在工业双戊烯脱氢合成对伞花烃气相反应中的催化性能。
4) Gas phase reaction

气相反应
1.
NaZSM-5 zeolites were modified by impregnation with metal nitrate and their catalytic properties for gas phase reaction of γ-butyrolactone and ethanolamine to give intermediate N-hydroxylethyl pyrrolidone(NHP)were studied.
采用金属盐溶液浸渍的方法对NaZSM-5分子筛进行改性,考察了ZSM-5分子筛对γ-丁内酯与乙醇胺之间气相反应合成N-羟乙基吡咯烷酮(NHP)的催化性能。
2.
We followed the gas phase reaction of β pinene and ozone using LP FTIR spectroscopy.

利用LPFTIR系统跟踪β蒎烯和O3的气相反应,研究了β蒎烯和O3随反应时间的衰减情况,初步确定了反应中诺蒎酮和甲醛随反应时间的生成情况,定性讨论了反应的可能机理,为进一步的定量分析提供了基础。
3.
METHODS The [~(11)C] CH3I was produced by gas phase reaction firstly,then the [~(11)C] CH3I was heated off the adsorbents and rinsed into the reactor for further labeling reaction with the precursor.
方法首先采用全新的气相反应法制备出[11C]碘代甲烷(CH3I),然后[11C](CH3I)被氦气推动进入反应器与前体在80℃发生反应,反应混合液经高效液相色谱分离纯化后组方得到[11C]雷氯必利注射液。
5) gas reaction

气相反应
1.
The relation between corresponding rate constants and activation energies is discussed,when reaction rates are indicated by pressure or concentration respectively for the same gas reactio
讨论了当以浓度和压力分别表示同一气相反应的反应速率时,相应的速率常数、活化能之间的关系。
6) gaseous reaction

气相反应
1.
The thermodynamic functions for gaseous reaction of 84/70C70(D5h) =C84(D2) at different temperatures are calculated in this paper, and the thermedynamic conditions under which C70 (D5h) changes to C84(D2) are discussed here.
计算了不同温度下气相反应84/70C70(D5h)=C84(D2)的热力学函数,讨论了C70(D5h)与C84(D2)之间相互转化的热力学条件;结果表明,温度低于2392K时C84(D2)比C70(D5h)稳定,温度高于2392K时气相中C70(D5h)比C84(D2)稳定;同时给出了气相C84(D2)的标准热力学函数。
补充资料:I相反应
分子式:
CAS号:
性质:相反应包括氧化、还原和水解。它们都是通过酶进行的催化反应。微粒体药物氧化反应常见的有侧链氧化、羟基化、N-氧化、硫氧化、N-去羟作用、O-去羟作用、S-去羟作用、脱氨作用、脱硫作用。非微粒体氧化作用有醇氧化作用、芳香化作用。还原作用包括硝基还原、偶氮还原酶、醇脱氢酶。水解作用有普鲁卡因加水生成对氨基苯甲酸和二乙氨基乙醇。
CAS号:
性质:相反应包括氧化、还原和水解。它们都是通过酶进行的催化反应。微粒体药物氧化反应常见的有侧链氧化、羟基化、N-氧化、硫氧化、N-去羟作用、O-去羟作用、S-去羟作用、脱氨作用、脱硫作用。非微粒体氧化作用有醇氧化作用、芳香化作用。还原作用包括硝基还原、偶氮还原酶、醇脱氢酶。水解作用有普鲁卡因加水生成对氨基苯甲酸和二乙氨基乙醇。
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参考词条