effect n. 1.[C,U] [effect (on sb/sth)] 效应;结果;后果 2.[C,U] 作用;影响[(+on/upon)] 3.[C,U](观众、听众、读者等)头脑 中所产生的印象( by effect 副作业 inoculation(effect) 孕育作用 on effect 给光效应 effect. 【缩写】 =effective after effect 后果,后作用 piezo effect...
Thomson effect 美 英 un.汤姆逊效应 网络汤姆孙效应;汤姆生效应;汤姆森效应英汉 英英 网络释义 un. 1. 汤姆逊效应 例句 释义: 全部,汤姆逊效应,汤姆孙效应,汤姆生效应,汤姆森效应 更多例句筛选 1. a comparison of joule - thomson effect with joule effect 汤效应的比较 www.ichacha.net您...
“Thomson effect.” Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/Thomson%20effect. Accessed 3 Feb. 2025. Copy Citation Share Post the Definition of Thomson effect to Facebook Facebook Share the Definition of Thomson effect on Twitter Twitter Love...
1) Thomson effect 汤姆逊效应 1. It proves that the basic physical processes of thermoelectric refrigerator and heat pump of semicoductor are Peltier effect,Thomson effectand working process by electric source. 这不仅对正确认识汤姆逊效应,而且对正确评价半导体热电致冷和泵热循环都很重要。
3) Thomson effect 汤姆孙效应4) Thomson effect 汤姆逊效应 1. It proves that the basic physical processes of thermoelectric refrigerator and heat pump of semicoductor are Peltier effect, Thomson effect and working process by electric source. 这不仅对正确认识汤姆逊效应,而且对正确评价半导体热电致冷...
焦耳-汤姆孙效应（Joule-Thomson effect）气体通过多孔塞时所发生的温度变化现象，也可泛指较高压强气体经过多孔塞、毛细管、节流阀（通径很小的阀门）等装置降为低压气体时发生的温度变化现象。这是由焦耳和汤姆孙（即开尔文（Kelvin））最早于1852年在研究气体内能的性质时所发现的，人们称它为焦耳-汤姆孙效应，也称...
,Physics. the tendency of unevenly heated segments of a strip of a conductor to increase or decrease in temperature differences when an electric current is passed through the strip. Word History and Origins Origin ofThomson effect1 Named after Sir W.Thomson ...
The formulation of the classic basic equations for a thermoelectric cooler from the Thomson relations to the nonlinear differential equation with Onsager's reciprocal relations was performed to study the Thomson effect in conjunction with the ideal equation. The ideal equation is obtained when the ...
焦耳-汤姆孙效应(Joule-Thomsoneffect) 气体通过多孔塞时所发生的温度变化现象,也可泛指较高压强气体经过多孔塞、毛细管、节流阀(通径很小的阀门)等装置降为低压气体时发生的温度变化现象。 这是由焦耳和汤姆孙(即开尔文(Kelvin))最早于1852年在研究气体内能的性质时所发现的,人们称它为焦耳-汤姆孙效应,也称为节流效...