...stablity℃),±0.2,±0.2,±0.2,±0.2,±0.2湿度波动度(Humidity stability % RH),±2,±2,±2,±2,±2温度分辨率(Temperature resolution),0.01,0.01,0.01,0.01,0.01湿度分辨率(Humidity resolution % RH),0.01,0.01,0.01,0.01,0.01主要装置(Major device),循环系统(Ci...
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...e)：14-176°F（-10℃-80℃） 温度精度 (temperature accuracy)：±5%U±1°F （±0.5U±0.5℃） 温度解析度 (temperature resolution)：0.1°F或℃ 工作电源 (working power)：4.5VDC 3节1.5VAA电池供电 显示接口 (display interface)：128x64点阵式LCD，可现实瞬时...
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high temperature resolution stove 高温消解炉
intrinsic noise temperature resolution 内在分辨率
temperature and strain resolution 温度和应变分辨率
Infrared (IR) imaging technique plays a critical role in military, medical, meteorologic, agricultural, and industrial applications. Opto-mechanical uncooled infrared imging technique becomes a hotspot of research because of its attractive features like low cost and high theoretical temperature resolution.
红外成像技术是军事、医学、气象、农业、工业等领域的一项关键技术,光—机械式非制冷红外成像技术成本低、理论极限温度分辨率高,因而是近年来研究的一个热点。
参考来源 - 光—机械式非制冷红外成像研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Bandwidth of amplifier and relative aperture of optical system are optimized based on the requirement of temperature resolution.
基于系统温度分辨力的要求，对光学系统的相对孔径及选频放大器的带宽进行了优化设计。
Sensitivity, temperature resolution are analyzed, some theoretical background is given. The results arc available for circuit design.
本文给出了基本的理论关系，分析了灵敏度和温度分辨率，为电路设计提供依据。
Based on the discussion of temperature measurement accuracy and temperature resolution, wavelength bandwidth of the system is optimized.
本文在着重讨论系统的测温不确定度及温度分辨力的基础上，对其工作波长的带宽进行了优化设计。
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