Development of a catalyst for selective hydrogenation of acetonitrile to ethylamine;
乙腈加氢制乙胺催化剂的研究
Hydrothermal Preparation of Nano Zirconia in Ethylamine-Water System;
乙胺-水体系中水热法制备纳米二氧化锆
Study on the synthetic process of ethylamine from the hydrogenation of acetonitrile;
乙腈加氢制乙胺的合成工艺研究
A Method of Fast Determining!Triethylamine and Benzenamine by Solid Phase MicroextractionGas Chromatography in Waste Water;
固相微萃取-气相色谱法测定废水中三乙胺和苯胺
Separation of acetone, tetrahydrofuran, triethylamine and water mixture;
丙酮、四氢呋喃、三乙胺和水混合物分离的研究
Analysis of Multiphoton Ionization Process ofDiethylamine by Mass Spectra and Rate Equation;
二乙胺分子多光子电离过程的质谱及速率方程分析
Multiphoton lonization of Diethylamine: "Ladder Switching" Model;
二乙胺分子的多光子电离：“梯转换”过程
Preparation of Polydiethylamine by Plasma Polymerization;
等离子体聚合法制备聚二乙胺
Normal-phase chromatographic model was employed for enantionmeric separation of α-Phenylethylamine derivatives on the DNB-pg chiral column in hexane/alcohol mobile phase.
用4-甲氧基苯甲酸将手性对映体α-苯乙胺衍生化,产生相应的非对映体衍生物。
The radioassay of glutamic decarboxylase(GAD) was modified by taking NaOH as trapped agent instead of phenylethylamine.
用NaOH代替苯乙胺作为14 CO2 的吸附剂 ,改进谷氨酸脱羧酶 (GAD)活性的放射测定方法 ,结果发现NaOH为吸附剂组内变异系数为 9 6 % ,以苯乙胺为吸附剂组内变异系数为 31 9% ;以NaOH为吸附剂 72h后测量其放射活性仍稳定不变 ,以苯乙胺为吸附剂者 1h后放射性活性即下降 47% ,6h后已降低至本底水平 ;14 CO2 重吸收实验亦证明以苯乙胺为吸附剂吸附的14 CO2 6h内已有 80 %以上重新被NaOH吸附 ;以NaOH作为吸附剂测定GAD的活性 ,在 0 39～ 17 8mg脑组织样品范围内GAD量与14 CO2 生成量之间有线性关系 。
The integrated pulsed amperometric detection(IPAD) was applied to the detection of phenylethylamine.
通过积分脉冲安培法对苯乙胺进行检测,在合适的电位设置下,苯乙胺在金电极上具有非常灵敏的响应。
Determination of ethamsylate by electrochemical method in the presence of CTAB;
CTAB存在下酚磺乙胺的电化学测定
Oscillographic Determination of Ethamsylate;
二次微分简易示波伏安法测定酚磺乙胺
A Novel Aerodynamic Force Capillary Microdrop-injection Determination of Ethamsylate with Chemiluminescence;
气动毛细管微滴进样-化学发光法测定酚磺乙胺
The Summary of 300t/a Ethylamine process;
300t/a一乙胺联产工艺技术总结
The samples were filtrated and direct injected into the CP7448 capillary column,and the micro content of methylamine,dimethylamine,ethylamine and diethylamine were determined by external standard method.
试样经过滤后直接进样,在气相色谱仪上使用CP7448毛细管柱,用外标法测定水中微量甲胺、二甲胺、一乙胺、二乙胺的含量。
Polarographic Determination of Micro Ethylamine;
本文研究了碱性介质中一乙胺和对硝基苯胺重氮盐所形成偶氮化合物的极谱行为,并建立了微量一乙胺极谱测定方法。