decalescence中文,decalescence的意思,decalescence翻译及用法

2025-09-06 22:31 浏览次数 7

decalescence

英[ˌdi:kə'lesəns]美[ˌdikə'lesəns]

n. 吸热

decalescence 英语释义

英语释义

  • phenomenon that occurs when a metal is being heated and there is a sudden slowing in the rate of temperature increase; slowing is caused by a change in the internal crystal structure of the metal

decalescence 片语

片语

solar energy decalescence films太阳能吸热膜

decalescence point吸热点

decalescence box吸热盒

medium decalescence ratio介质吸热率

decalescence-exothermic composite foaming agent

reception of heat吸热

decalescence intension吸热强度

decalescence 例句

英汉例句

  • if only 6 mm thick glass through 50% of the blue solar radiation, tinted, glass can reveal decalescence through 25% of the sunlight.

    如6毫米厚的蓝色玻璃只能透过50%的太阳辐射,茶色、古铜色吸热玻璃仅能透过25%的太阳光。

  • the users can adjust decalescence speed by their self according to their physical quality. the waistcoat can meet the demand of different constitution users.

    利用者可以按照本身的身体本质本身调整背心的吸热速度,实现了对分歧体质的人群都可以或许知足利用要求。

  • besides the former decalescence content is 93.3% that of the latter.

    通过积分可知,前者的吸热量为后者的93.3%。

  • dsc analysis found there is a decalescence peak in over 90℃-120℃, the sweetpotato rs shows a unique peak.

    dsc分析发现抗性淀粉有一个明显熔融吸热峰,最高峰值在90℃-120℃。

  • one decalescence peaks appears in the dsc curve of pvc and the melting point is about 86.0℃.

    聚氯乙烯树脂在dsc曲线中,出现一个吸热峰,熔点约为86.0℃;

  • the result shows that the hot reaction of mdi is steady and there is neither decalescence nor give out hot in the area of the tested temperature.

    结果表明:mdi自身的热反应特征平稳,在被测的温度范围内,基本无放热及吸热现象发生;

  • modern technology developed decalescence glass.

    现代科技研制出的吸热玻璃。

  • along with the increase of decalescence of cooling medium, gas contents increases and degree of dry steam rises.

    冷却介质主流发生相变的点称之为蒸发点,其后随着介质不断吸热,气态含量增多,蒸汽干度上升。

  • adjustability of decalescence speed.

    吸热速率可调。

  • according to decalescence and discharge heat of phase change, single dimension passes heat theory model of phase change was created.

    根据相变材料的吸热和放热特点,建立了相变材料的一维传热理论模型。

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