thermolysis
基本解釋
- n.熱分解作用(散熱作用)
英漢例句
- Thermolysis of the latter furnished the cyclohexadienone system.
后者經(jīng)過熱解,就轉(zhuǎn)變成環(huán)己二烯酮的衍生物。 - PCDDs and PCDFs in thermolysis waste of HCH were analyzed by HPLC and GC/MS.
采用HPLC和GC/MS法對六六六熱解廢渣中的PCDDs和PCDFs進(jìn)行了測定. - Influences of different thermolysis conditions on the grain size of nanometer zinc oxide were studied with SEM.
借助透射電鏡(SEM)研究了不同熱分解條件對氧化鋅粒徑的影響規(guī)律。 - Swelling test, DSC and TG were used to determine the solubility parameter, glass-transition temperatures and thermolysis temperatures of polycondensates.
使用溶脹試驗(yàn)、DSC、TG對其溶度參數(shù)、玻璃化轉(zhuǎn)變溫度、熱分解溫度等參數(shù)進(jìn)行了測定。 - The result showed that the atomization of molybdenum on the graphite probe surface originates from the thermolysis of his carbide compands.
結(jié)果表明:鉬的原子化源于它的碳化物的熱離解。
詞組短語
- thermolysis curve 熱解曲線
- thermolysis method 熱分解法
- thermolysis mechanism 熱分解機(jī)理
- thermolysis temperature 熱解溫度
- thermolysis characteristic 熱解特性
短語
專業(yè)釋義
- 熱分解
To explain the phenomena, models on the superfining and compounding of particles and the thermolysis of superfine RDX/Al composite explosive are formed. And the models are well in accord with the experiment results.
為了解釋這些現(xiàn)象 ,提出了超細(xì)復(fù)合模型及超細(xì) RDX/Al復(fù)合炸藥熱分解模型 ,其結(jié)論與實(shí)驗(yàn)結(jié)果相符合。 - 熱解
- 脫氮環(huán)化
- 熱分解
The termination thermolysis temperature of magnesium carbonate/epoxy resin is below 100℃. Intermediate decomposition products, Mg3O (CO3) 2, may accelerate the termination thermal decomposition of epoxy resin and produce a stable carbon-containing residues.5.
堿式碳酸鎂/環(huán)氧樹脂復(fù)合材料終止熱分解溫度降低了100℃左右,分析認(rèn)為是中間分解產(chǎn)物Mg3O(CO3)2的催化加快了環(huán)氧樹脂的終止熱分解,生成了一種穩(wěn)定的含炭的殘余物。環(huán)境科學(xué)技術(shù)
- 熱降解
The thermolysis result showed that when paper-based container were degraded under high temperatures, the properties, such as brightness, DP, tensile strength of samples decreased. The higher the temperature was the faster the thermolysisprocessed.
降解溫度越高,試樣的熱降解越快。生物學(xué)
- 熱發(fā)散
- 散熱
- 熱放散
- 體溫發(fā)生
- 熱分解
- 散熱;熱解