论文部分内容阅读
由地矿部石油海洋局化探中心伍思杭高级工程师主持研制的“高精度可控多温阶△C自动分析仪”近日在合肥通过专家评审,现已投入生产和科研使用。 该仪器是由样品氧化炉、分解炉、切换器、高精度温度控制系统、红外线气体分析仪、信号处理机和视屏显示器等六个部分组成。 由于仪器具有程序升温性能和微机处理系统,用于生产,它可以作为△C分析仪器,接到结束指令即可对图谱积分并计算打印出样品含量;用于科研,可以绘制从室温至1000℃热分解全过程图谱,为研究人员提供热释放CO_2的时间、温度和含量的分解图谱,对新区样品热解温度选择和△C形成机理探讨提供有效研究手段。
By the Ministry of Geology and Mineral Resources Petroleum Bureau of Geophysical Exploration Center Woods senior engineer developed under the auspices of the “high-precision multi-temperature control △ C automatic analyzer” recently passed an expert review in Hefei, has now been put into production and scientific research. The instrument is composed of six parts: sample oxidation furnace, calciner, switch, high precision temperature control system, infrared gas analyzer, signal processor and screen display. As the instrument has a program temperature performance and computer processing system for production, it can be used as △ C analysis instrument, received the end of the instruction can be integrated on the map and calculate the print out the sample content; for research, you can draw from room temperature to 1000 ℃ Thermal decomposition of the whole process map for researchers to provide thermal decomposition of CO_2 time, temperature and content of the decomposition of the map samples of new pyrolysis temperature and △ C formation mechanism to provide an effective means of research.