1.
Non-isothermal thermal decomposition kinetics of mancozeb was studied by thermogravimetry.
用非等温热重法研究了代森锰锌的热分解反应动力学。
2.
The thermal decomposition kinetics of cardanol-formaldehyde polymers has been studied by non-isothermal thermogravimetry.
用非等温热重法研究了腰果酚甲醛铁聚合物的热分解反应动力学.
3.
Kinetics of Reduction of Hematite by H_2 Using Nonisothermal Thermogravimetric Method
氢气还原氧化铁动力学的非等温热重方法研究
4.
temperature standard material for TG
热重法温度标准物质
5.
RECONSTRUCTION OF REHEATED STEAM TEMPERATURE SIGNALS BASED ON LMS ALGORITHM
基于LMS算法的再热蒸汽温度信号重构
6.
Preparation of Equalatomic TiNi Alloy by Hot Pressing Sintering at Lower Temperature
低温条件下热压烧结法制备等原子比TiNi合金
7.
Remediation of Mercury-contaminated Soils by Using Low Temperature Thermal Desorption in Guizhou Qingzhen;
低温热解法修复贵州清镇地区汞重污染土壤
8.
HUNGARIAN CONVENTIONAL SIMULTANEOUS THERMOANALYSIS VERSUS THERMOANALYSIS UNDER QUASI-ISOTHERMAL-CUM-QUASI-ISOBARIC CONDITIONS
对匈牙利传统的及准等温,准等压条件下同步热分析方法的评述
9.
isothermal-isobaric gas chromatography
等温等压气相色谱(法)
10.
Major-thenar scrubbing manipulation is mainly applied to the limb, by which the moderate warming effect can be created.
大鱼际擦法，主要用在四肢，可产生中等的温热作用。
11.
A Calculation Method for the Output Noise Temperature of Standard Thermal Noise Source
一种热噪声标准源等效输出噪声温度的计算方法
12.
Kinetics of urease-catalyzed hydrolysis reaction of urea determined by isothermal titration calorimetry
等温滴定量热法测定脲酶催化尿素水解反应动力学
13.
Detection heating endpoint temperature of animal derived food by TLC isoelectric electrophoresis
薄层等电聚焦电泳法检测动物源食品加热终点温度
14.
Relation of two equivalent entropy drop method is conducted, and doing work efficiency of reheater has different choices.
证明了两种等效热降法的重要关系,指出再热器吸热的作功效率有不同的选择方法。
15.
This paper presents a new method of using low caloric value gases such as BFG in high temperature industrial heating furnace.
论述了一种可将高炉煤气等低热值煤气用于工业高温加热炉的新方法。
16.
Effects of temperature and holding time on the semi-solid isothermal heat-treated microstructure of ZL104 aluminum alloy
等温温度和时间对ZL104铝合金半固态等温热处理组织的影响
17.
Situation and Study of Heating Method for Hyperthermia
温热疗法加热方法的现状及研究对策
18.
N. B. The using temperature of bricks should not exceed the experimental temperature of Linear Change after Heating. The above Heat-Conduction Coefficent is obtained by using flat-plate method.
注：砖的工作温度不超过重烧线变化的度验温度。表面导热系数指标为平板法试验数值。