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热分析的方法在金属、矿物、陶瓷、有机高聚物、无机、生化、药学等材料分析和评价方面起着重要的作用。高温综合热分析仪 SETARAM92是清华大学新型陶瓷与精细工艺国家重点实验室利用世界银行货款于1995年4月从法国 SETARAM 公司购入的。机组运行以来,特别是在加入北京科学仪器协作共同网后的两年时间里,在积累经验、提高仪器的使用效率、开发仪器的多项功能方面取得了长足的进步。综合热分析仪的性能特点综合热分析仪包括三部分:热分析TGA(包括 TG 和 DTA);差热扫描量热分析 DSC 和热机械分析 TMA。高温综合热分析仪 SETARAM92与国内外其他热分析仪相比有许多优越的删试性能:
Thermal analysis method plays an important role in the analysis and evaluation of metals, minerals, ceramics, organic polymers, inorganic, biochemical, pharmaceutical and other materials. SETARAM92, a high-temperature integrated thermal analyzer, was purchased by State Key Laboratory of New Ceramics and Fine Processing from SETARAM in April 1995 by World Bank. Since the operation of the unit, great progress has been made in accumulating experience, improving the efficiency of the use of the instrument, and developing a number of functions of the instrument, especially during the two years since it joined the common network of Beijing Scientific Instruments. Comprehensive thermal analyzer performance characteristics Comprehensive thermal analyzer consists of three parts: thermal analysis of TGA (including TG and DTA); differential scanning calorimetry DSC and thermal mechanical analysis of TMA. SETARAM92 high-temperature integrated thermal analyzer and other domestic and foreign thermal analyzer compared to many superior deletion test performance: