素气

Influence of Main Parameters on Gasification of Hemicellulose in Supercritical Water

超临界水中半纤维素气化制氢的影响因素分析

Research on test of sodium cyclamate in fat-rich solid food with method of capillary gas chromatography

高脂固体食品中甜蜜素含量的毛细管气相色谱测定方法研究

Development of a Gas Chromatography Method for the Determination of Chloramphenicol and Thiamphenicol Residues in Edible Tissues of Swine

猪可食组织中氯霉素和甲砜霉素残留检测气相色谱法建立

The climate analysis for hydrometeorologic elements in shore area of China

影响我国近海航海的水文气象要素气候分析

OBJECTIVE : To study the hypoglycemic effects of insulin aerosol ( INS AOL ) by pulmonary delivery.

目的: 研究胰岛素气雾剂经肺部给药后的降血糖作用.

Analysis of bromophenol-like marine flavors in marine aquatic products by gas chromatography-mass spectrometry

海产品中溴酚类海洋风味素的气相色谱-质谱联用分析

Effects of Hirudin by Aerosol on Blood Coagulation Function and Thrombosis Formation in Rats

水蛭素气雾给药对大鼠凝血功能和体内血栓形成的影响

Gas chromatographic analysis of high purity 1,8-cineole

高纯1,8-桉叶油素的气相色谱分析

This paper introduces a new kind of gas chamber array of little pixel.

介绍了一种新型小像素气体电离室阵列探测器的结构、性能指标.

Application of GC microchemical reaction to the structure identification of insect sex pheromone was reported in this paper as an auxiliary method of GC MS. This method can give a strong evidence to the resolution of MS.

报道一种应用于昆虫性信息素结构鉴定的气相色谱-微量化学反应技术，作为GC-MS的辅助手段为质谱的解释给出有力佐证。

The determination of cyclamate in food by capillary column gas chromatography with electrical capture detector ( ECD) is studied.

研究了测定食品中微量甜蜜素的毛细管柱气相色谱ECD分析方法。

A simple method was described for the determination of sodium cyclamate in complex food, by gas chromatography with FID detection ( GC-FID).

介绍了一种复杂基质的食品中甜蜜素的快速气相色谱检测方法（GC-FID）。

Methods The aggregation pheromone was extracted from epidermis and analysed by gas chromatography ( GC).

方法提取德国小蠊聚集信息素，用气相色谱检测各组分的相对含量。

Gas and liquid products were mainly isolated in 100-400 ℃ with microwave heating Cellulose and lignin had higher gas yield rate in the pyrolysis process, the maximum liquid yield rate was reached at about 200 ℃.

微波热解中气体和液体主要在100-400℃之间生成，纤维素和木质素热解的产气速率较高，200℃左右时液体产出速率达到最大值。