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1.高精度人工智能控制低温恒温系统我校与中国计量科学研究院合作,成功地研制了高精度人工智能控制低温恒温系统。本系统的控温精度超过国内现有低温控温的先进水平。在28K以上,本系统的控温精度超过美国Lake Shore公司1981年产品的水平。在4.2──77°K温度范围内,温度的稳定性优于0.001K/小时;在77──120°K温度范围内,温度的稳定性优于0.00016K/小时。该人工智能控制器具有起调小、响应快、稳定误差小等优点,能够在不改变被调对象的原有情况条件下,使控温精度提高几倍、几十倍。可用于调节任何种类的物理量,例如:温
1. High-precision artificial intelligence control cryogenic thermostat system Our school and China Institute of Metrology, successfully developed a high-precision artificial intelligence control cryogenic thermostat system. The temperature control accuracy of the system over the existing domestic low-temperature temperature control of the advanced level. Above 28K, the temperature control accuracy of this system surpasses that of Lake Shore Company in the United States in 1981. The temperature stability is better than 0.001 K / h over the temperature range of 4.2 - 77 ° K and the temperature stability is better than 0.00016 K / h over the temperature range of 77 - 120 ° K. The artificial intelligence controller has the advantages of small adjustment, fast response, stable error and the like, and can improve the temperature control accuracy several times and tens of times without changing the original condition of the object to be adjusted. Can be used to adjust any kind of physical quantity, for example: temperature