05 . 02 vapor pressure - temperature relationship and initial decomposition temperature of liquids by isoteniscope , method of test for 用液體蒸汽壓力器測定液體的蒸氣壓力-溫度關(guān)系和初始分解溫度的方法
Standard test method for vapor pressure - temperature relationship and initial decomposition temperature of liquids by isoteniscope 蒸氣壓力計測定液體的蒸氣壓力-溫度關(guān)系及起始分解溫度的標(biāo)準(zhǔn)試驗方法
Therefore , it is unlikely that decomposition temperatures for non - stick cookware would be reached without burning food to an inedible state 也就是說,在食物被燒焦到出現(xiàn)無法食用的情況之前,不粘涂層是不會達(dá)到分解溫度的。
Mdsc and tga results showed that the terpolymer exhibited an extremely high glass transition temperature and decomposition temperature when compared to the copolymer from po and co2 結(jié)果表明這些三元共聚物具有較高的分子量,且玻璃化轉(zhuǎn)變溫度隨著主鏈上的環(huán)己撐碳酸酯含量增加而逐漸升高。
The liquid crystalline field of the polymers could be well kept at room temperature and the initial decomposition temperature of all the polymers was higher than the clearing point 所有聚合物的熔點都非常低,表明合成的一系列液晶聚合物非常容易進(jìn)入液晶態(tài),并且液晶場能夠很好地保存到室溫。
The experimental results also showed that there is a correlation between the burning rates of gap fuel - rich propellant and the thermal decomposition temperature of kp and gap 具體表現(xiàn)在: gap tmo貧氧推進(jìn)劑的燃速與常壓下tmo催化劑對ap kp gap模擬貧氧推進(jìn)劑中g(shù)ap和kp熱分解的催化作用相關(guān)。
With the increase of the gptms , the decomposition temperature of the rare earth complexes decreased gradually , which also indicated that the existence of the organization results in the decrease of the decomposition temperature of the rare earth complexes in the gels 由于hy : h ”配合物在teos水解縮聚形成的祆。凝膠中原位合成程度較小,所以隨著ph的上升,熒光逐漸增強,在ph值達(dá)到5對左右時,熒光達(dá)到最強,表明a 。
The decomposition temperatures of this kind of pis are above 500 , the cutoff number is below 350nm , the rate of water absorption is below 1 % , these indicated that this kinds of pis exhibited excellent heat resistance , better transparent , and lower water absorption 部分聚酰亞胺還可溶于甲苯。此外,這類聚酰亞胺的熱分解溫度在500以上,紫外截止波長在350nm以下,說明它們具有優(yōu)良的耐熱性和較好的光學(xué)透明性。
The decomposition temperatures of this kind of pis are above 500 , the cutoff number is below 350nm , the rate of water absorption is below 1 % , these indicated that this kind of pis exhibited excellent heat resistance , better transparent , and lower water absorption 此外,這類聚酰亞胺的熱分解溫度在500以上,紫外截止波長在350nm以下,吸水率在0 . 6以下,說明它們具有優(yōu)良的耐熱性,較好的光學(xué)透明性和較低的吸水率。