1.
programmed temperature gas chromatography
程序升温气相色谱(法)
2.
Preparation of photocatalytic material ZrO_2 by hydrothermal treatment
程序升温溶剂热法制备ZrO_2及结构表征
3.
TPD Study of LB Energy-Saving High Temperature Shift Catalyst
LB型节能高温变换催化剂的程序升温脱附
4.
Temperature Programmed and Thermostatic Desorption of Toluene Laden Activated Carbon by Microwave Radiation
微波辐照程序升温与恒温解吸载甲苯活性炭
5.
NITROGEN RELEASE DURING TEMPERATURE PROGRAMMED COAL GASIFICATION
程序升温气化过程中氮的释放规律研究
6.
Complex mixtures may be separated by "temperature-programming".
复杂的混合物可用程序升温色谱仪来分离。
7.
Preparation of Iron Nitride by Temperature-Programmed Reaction and Catalytic Decomposition of Hydrazine;
程序升温反应法制备氮化铁及催化肼分解研究
8.
System of Programming Temperature Control for SFC Stove;
固体燃料电池反应釜程序升温控制系统
9.
Determination of Lead Content in Weichangjian Capsules by TPD Ashing Method
程序升温灰化法测定胃肠健胶囊中铅的含量
10.
Study on release of helium and hydrogen in metals by impulse heating-programmed temperature method
脉冲加热-程序升温法研究金属中氦和氢的释放
11.
Experiment Study on Pyrolysis Characteristics of MSW under the Nonisothermal and Isothermal Condition;
城市生活垃圾在程序升温和等温条件下的热解实验研究
12.
Study on TPR Behavior of Fe-Mn Sorbent for Desulfurization of Hot Coal Gas
铁锰高温煤气脱硫剂的程序升温还原(TPR)行为研究
13.
Problems can also be caused when insufficient equilibration time is allowed at the end of a temperature programmed run.
在程序升温结束的时候平衡时间不足也会引起这个问题。
14.
while α-asarone andβ-asarone were determined by capillary PTGC.
用程序升温毛细管气相色谱法测定其中所含的α－和β－细辛醚。
15.
Heat Emit Intensity of Coal Oxidation Evaluated through Bond Energy Change in Programmed Heat Experiment
程序升温实验中用键能变化量估算煤的氧化放热强度
16.
Using Plate Theory for the Prediction of Retention Times in Programmed-temperature Gas Chromatography with Capillary Columns;
塔板理论对毛细管色谱程序升温保留时间预测的研究
17.
Simulation of PTGC Retention Time and Construction of GC-MS Virtual Laboratory;
基于程序升温法保留时间预测的气—质联用系统虚拟实验室的构建
18.
Application of Plate Theory in Predicting Retention Times of Programmed-Temperature Gas Chromatography under Constant Pressure Mode
塔板理论预测恒压模式下程序升温气相色谱保留时间