1) thermogravimetric analysis
热重力分析
2) thermogravimetric kinetic analysis
热重动力学分析
3) thermogravimetry
[,θə:məuɡrə'vimitri]
热重分析
1.
Thermogravimetry of the Combustion Processes of Huadian Oil Shale;
桦甸油页岩燃烧过程的热重分析
2.
The ignition properties of seven kinds of coals are investigated by using thermogravimetry.
利用程序升温的热重分析法对7种不同煤样进行着火特性研究,表明由TG-DTG曲线可方便快捷地得到煤种的着火温度,并定性地判断各煤种燃烧的难易程度。
3.
Through measurement the infrared spectra, scanning electron micrograph photographs and thermogravimetry analysis, it is discussed the structure and thermal properties of silk fabrics grated with a triazine derivative containing β-sulfatoethylsulfonyl and sulfo.
利用红外光谱、扫描电镜、热重分析 ,对具有 β -乙烯砜硫酸酯基、磺酸基和三嗪环结构的接枝剂改性后真丝织物的结构和热性能进行研究表明 ,纤维表面发生明显改变 ,真丝织物热稳定性提
4) thermogravimetric analysis
热重分析
1.
Study on modified molecular sieve for absorptive separation mixed xylene with thermogravimetric analysis;
热重分析改性分子筛吸附分离二甲苯的研究
2.
Study on pyrolysis process of lignocellulosic biomass by thermogravimetric analysis;
木质类生物质热解过程的热重分析研究
3.
Application of the Thermogravimetric Analysis in the Research of the Oxidation of Coal;
热重分析在研究煤氧复合过程中的应用
5) TG
热重分析
1.
Melamine-formaldehyde resin were used to prepare microcapsules of CuO,Al(OH)3 and Al2O3 which were added into ABS as flame retardants,whose thermal behavior and flame retardance were determined by TG,DTG and CONE.
采用热重分析、锥形量热分析研究添加阻燃剂的ABS的热解行为,从热量释放、烟气、CO和CO2排放等参数表征其阻燃性能,并用Kissinger方程计算ABS的动力学参数热解活化能的变化。
2.
The thermal behavior and flame retardancy of samples were determined by TG-DTG and cone calorimeter(CONE).
将其应用于环氧树脂,所得阻燃环氧树脂采用热重分析、锥形量热仪研究其热解、阻燃性能,并用Broido方程计算热解活化能的变化。
3.
The product was characterized by chemical analysis by TG and XRD.
使用化学分析、热重分析和XRD分析等方法对产物进行了表征。
6) thermogravimetry analysis
热重分析
1.
A thermogravimetry analysis system in which massive sample can be analyzed was designed, and an experimental study of the quick pyrolysis characteristics of typical components (paper, wood, fibre, plastic, rubber and food residue) of MSW was performed.
通过自行设计的能进行大物量热重分析的实验装置,对垃圾典型组分(纸屑、木屑、织物、塑料、橡胶和厨余)及其模化组合的快速热解特性进行了实验研究。
2.
A thermogravimetry analysis system with which massive sample can be analysed was designed to assess the impacts of different MSW components on total pyrolysis kinetics characteristics.
为揭示不同垃圾单组分对整体热解动力学特性的影响,通过自行设计的大物量热重分析装置就垃圾典型组分的混和热解特性进行了实验研究;并采用最小二乘法建立了热解反应动力学模型。
3.
In order to study the interaction and mixed pyrolysis characteristics of the typical organic components of MSW when the mixture is pyrolyzed, a thermogravimetry analysis system was designed, in which more massive sample (about 10g) can be analyzed.
城市生活垃圾MSW是典型的复杂组分燃料,为研究MSW典型有机组分混合热解时的交互影响及其混合热解特性,设计了一种能够进行较大量物料(10g左右)热重分析实验的实验系统,并采用最小二乘法计算得到由若干平行反应组成的反应动力学模型。
补充资料：催化动力学分析法
分子式：
CAS号：
性质：通过加入催化剂(C)使反应速率加快或减慢。对于反应A+CP，由于催化剂浓度可当常数处理，设对A为一级反应，则反应速率为-d[A]/dt=k[A][C]=k′[A]，k′=k[C]。积分可得ln{[A]0/([A]0-[P])}=k′t=k[C]t，表明反应物初始浓度[A]0与某一时刻t浓度[A]之比的对数与催化剂浓度[C]及时间t成直线关系，由此可求得[A]0及[C]由于催化剂(或抑制剂)浓度很低，难于准确测量，应用此法即可达到测量其浓度之目的。
CAS号：
性质：通过加入催化剂(C)使反应速率加快或减慢。对于反应A+CP，由于催化剂浓度可当常数处理，设对A为一级反应，则反应速率为-d[A]/dt=k[A][C]=k′[A]，k′=k[C]。积分可得ln{[A]0/([A]0-[P])}=k′t=k[C]t，表明反应物初始浓度[A]0与某一时刻t浓度[A]之比的对数与催化剂浓度[C]及时间t成直线关系，由此可求得[A]0及[C]由于催化剂(或抑制剂)浓度很低，难于准确测量，应用此法即可达到测量其浓度之目的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条