1) reverse temperature
反转温度
1.
It is confirmed theoretically that the result of the Joule experiment is unreliable,and a more explicit microscopic explanation for the reverse temperature is given.
综述气体温度随体积膨胀而变化的三种实验过程,导出焦耳系数的第二位力系数[B(T)]表示,从理论上证实焦耳实验结果的不可靠;对范德瓦耳斯方程改正项a(T)和b(T)作半定量分析,由此给出焦汤实验存在反转温度的更明显的微观解释。
2) charge reversal temperature
极性反转温度
1.
Comparing with observations and model simulations in other places,difference of charge reversal temperature in three schemes has a relatively important influence on the middle and lower level charge distribution with the same macro and micro scale cloud context.
对比其他地区的观测资料及模拟结果,表明相同的云体宏微观条件下,不同方案中极性反转温度的不同对云内中低层电荷的分布存在较大的影响。
3) temperature feedback
温度反馈
1.
Analysis of delayed supercritical process with initial power and temperature feedback;
考虑初始功率有温度反馈的缓发超临界分析
2.
The prompt supercritical process of nuclear reactor with temperature feedback while inserting large step reactivity (ρ0>β) was analyzed.
对输入大阶跃反应性(ρ0>β)和有温度反馈时的反应堆超瞬发临界变化过程进行研究。
3.
The point_reactor neutron_kinetics equation under the conditions of small step reactivity ( ρ 0<β) and temperature feedback is analyzed.
对小阶跃反应性输入 (0 <ρ0 <β) 且有温度反馈时点堆中子动力学方程进行了研究 。
4) reaction temperature
反应温度
1.
Effect of reaction temperature on the product of aromatization reaction of FCC gasoline narrow fraction;
反应温度对催化汽油窄馏分芳构化的研究
2.
Effects of reaction temperature on aromatization of FCC gasoline;
反应温度对催化裂化汽油芳构化的研究
3.
Experimental study on oxidation of NO in ship exhaust by O_3——The effect of reaction temperature and C_2H_4 content;
船舶尾气中NO臭氧氧化研究——反应温度和尾气中碳氢化合物含量的影响
5) temperature retrieval
温度反演
1.
Application of split window algorithm in land surface temperature retrieval from thermal infrared remote sensing data;
分裂窗算法在热红外遥感陆面温度反演中的应用
2.
With the development of remote sensing application,many kinds of surface temperature retrieval algorithms have been proposed.
随着遥感应用的深入,多种地表温度反演算法相继被提出,本文分析了相关算法,并对单窗算法进行了探讨,详细阐述了单窗算法相关参数的确定方式,并利用Landsat ETM数据对成都市区进行地面真实温度的反演。
6) temperature response
温度反应
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条