Thermoelectric material is a class of environment-friendly functional material which can directly invert heat energy into electric energy. Due to its so many advantages, such as long life-span, stable performance and so on , it means significant application prospects on energy engineering, aviation and space flight engineering, refrigeration engineering, etc.
热电材料是一种能将热能和电能直接进行相互转换的环境友好型功能材料,具有使用寿命长,性能稳定等优点,在能源工程、航空航天工程、制冷工程等诸多领域具有十分重要的应用前景。
参考来源 - 高压烧结热电材料残余应力分析与数值模拟·2,447,543篇论文数据，部分数据来源于NoteExpress
Experience in refrigeration engineering, ideally in ship applications.
制冷工程经验，最好是应用于造船方面。
Client's special requirements are welcome for developing non-standard product, and design, installation and maintenance of refrigeration engineering, technical consultation.
公司同时根据新老客户需要制造各种非标产品，并提供制冷工程的设计、安装、维修和技术咨询等服务。
Moreover, the calculation results are highly precise, enabling this program to be adopted in refrigeration engineering design, relevant scientific data calculation and assistant teaching.
用户界面友好，程序运行平稳，快捷，直观，覆盖面广，计算结果精度较高，适用于制冷工程设计和相关的科研数值计算和辅助教学。
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