热分析仪器

加速量热仪（ARC）是一种基于绝热原理设计的热分析仪器。

The Accelerating Rate Calorimeter ( ARC ) is a thermal analysis instrument based on adiabatic theory .

对这种纳米粒子进行X射线衍射和电子显微镜分析测试，提供了确定纳米颗粒新型核-壳结构的实验依据，并通过热分析仪器测试分析了试样的热学性能。

The experimental bases for determining the new core-shell structure of nanoparticles were provided by XRD and TEM analysis and test . The thermal characters of carbon-coated Al powders were tested with thermal analysis instruments .

虚拟仪器环境下热分析仪器系统开发

Systems Development for Thermal Analysis Based on Virtual Instrument

运用热分析仪器研究固体热分解特性和反应动力学是目前较为流行的方法。

At present , thermal analysis apparatus is used in studying the properties and kinetics of the solid pyrolysis extensively .

利用1H-核磁共振、应力-应变实验和热分析仪器对最终氘代聚苯乙烯泡沫的氘代率、力学性能和热稳定性能进行了分析。

By the stress-strain compression and thermal analysis , the mechanical performance and thermal stability of polymeric foams were characterized .

为了使活化能这一指标科学有效的应用于煤的自燃倾向性的鉴定，利用热重分析仪器，对不同煤样进行了自燃倾向性的实验研究。

To have the index of activation energy been applied to appraising spontaneous combustion tendency of coal , using thermogravimetric analysis instrument , study combustion experiment of different coal sample .

本文介绍了一种新型热危险性分析仪器&绝热加速量热仪的设计原理和内部结构，运行模式以及所能获得的温度、压力和最大温升速率时间等数据类型。

This paper introduced an new instrument which was used in thermal hazard analysis-accelerating rate calorimeter ( ARC ) . Its design principle and inner structure , run modes and the data types including temperature , pressure and the time to maximum temperature rise rate were presented .