1) heating
[英]['hi:tɪŋ] [美]['hitɪŋ]
热作用
1.
Objective: To measure DNA content of spermatogenic cells and analysis these cells changes and the efficiency of spermatogenesis after testicular heating in rat.
目的:探讨热作用后大鼠睾丸各类生精细胞DNA变化和生精功能的改变。
2.
Objectives: To investigate the expression of Bcl-2 and Bax protein in the spermatogenic cells induced by testicular local heating in rats.
目的:探讨睾丸局部热作用对大鼠生精细胞凋亡调节蛋白Bcl-2及Bax的影响。
3.
Objectives: To investigate the appearance and change of multinucleate cells in the seminiferousepithelium induced by local heating of the rat testis.
目的:研究大鼠睾丸局部热作用后生精上皮多核细胞的出现和变化。
2) thermal effect
热作用
1.
An analytical model for thermal effect on biological tissue irradiated by intense laser;
强激光对生物组织热作用的一个分析模型
2.
Starting from the laser features and wave-particle,the effects of laser upon energetic materials like thermal effect,impacting effect,photochemical effect and ionization were analyzed,and the corresponding calculations were performed.
从激光特性、光的波粒二象性出发 ,分析了激光对含能材料的热作用、冲击作用、光化学作用、电离作用等 ,并做了相应的计算。
3) heating effect
热作用
1.
Deep fluid activity in middle and western Ordos Basin,Northwest China and its heating effect on hydrocarbon generation in Ordovician;
鄂尔多斯盆地中西部深部流体活动及其对奥陶系天然气形成的热作用
4) slowly heated
热作用
1.
8 nm) when human whole blood and albumen were slowly heated in water bath at room temperature (23 ℃) and 37 ℃～80 ℃ for 15 minutes.
结果表明 :热作用下生物样品生理特性的改变可用光学特性参数的变化来描述。
5) Thermal interaction
热作用
1.
In this paper,a numerical simulation method is used to examine the thermal interaction process of CO 2 laser and dental hard tissues.
本文采用数值模拟方法，对不同波长、不同能量密度、不同脉宽的ＣＯ２ 激光与牙齿硬组织的热作用过程进行数值计算，得到了不同激光参数作用下牙齿硬组织内的温度分布及温度时间响应过
6) Thermal insulation
隔热作用
1.
geotextile / geomembrane composite,composed of PVC geomembrane and needlepunched geotextile, is a kind of engineering material with good thermal insulation, experiments are made on its thermal diffusivity.
并结合工程实例对其隔热作用进行了计算分析，以论证其隔热效果。
补充资料：热作用
热作用
放射学术语。X线的物理学特性之一。物体吸收X线能量转变为热能的现象。物体经X线照射后，吸收的能量绝大部分转变为热量，使物体升温。测定吸收剂量的量热法就是利用了X线的热作用。
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