• 基本释义

1.exothermic reaction
放热反应收藏指正
2.Prevention Runaway Reaction in a CSTR with Exothermic Reaction
连续搅拌釜式反应器放热反应失控事故预防收藏指正
3.The reaction of CFH_2 radicals with ozone is a strongly exothermic reaction.
同时发现CFH2与O3的反应是强放热反应.收藏指正
4.Then an approach was put forward to evaluate the potential risk of thermal runaway in exothermic reaction system by use of system safety index, and the equilibrium region of exothermic reaction systems was analyzed.
提出用系统安全指数概念来评价放热反应系统发生热爆炸的潜在危险性,分析化学放热系统的平衡域。收藏指正
5.Results showed that the XD reaction in the Al-TiO_2-C system was a strong exothermic reaction, which resulted in the appearance of metallurgical micro region with high temperature.
结果表明,Al-TiO_2-C体系的合成反应伴随着剧烈的放热效应,在反应层形成高温冶金微区;收藏指正
6.This paper discussed the thermal equilibrium and critical condition in exothermic reaction system, and deduced the values of dynamic parameters such as the judging criterion for thermal runaway, the ignition temperature and extinction temperature in the critical state of thermal runaway when there is no consumption of reaction materials.
摘要讨论化学放热系统的热稳定性和临界条件,用化学反应物无消耗的假设推导化学放热系统热失控(热爆炸)时的动力学参数临界值,得到热失控的判据、临界点火温度和熄火温度。收藏指正
7.The properties of the gelatination,exothermic reaction,latent cure accelerating mechanism,storage stability and the mechanical performances of the two epoxy resin curing systems are compared with each other.
对这两种固化体系的凝胶特性、放热特性、潜伏性促进机理、贮存稳定性及力学性能进行了比较。收藏指正
8.Finally, paper takes the decomposing explosion of methyl nitrate as an example to illustrate how to use this approach to quantitatively evaluate the potential dangers in such exothermic reaction system with possibility of thermal explosion.
用硝酸甲酯分解爆炸实例,说明如何利用安全指数对具有热爆炸可能性的系统的潜在危险性进行定量评价,其预测结果与实验结果一致。收藏指正
9.The results indicated that TDP irradiation could effectively enhance the activities of amylase, peroxidase and SOD, increase the ATP content, and elevate the ultraweak lumisesoense intensity the exothermic reaction of germinating seed,the P/O value and the intensity of protein synthesis.
结果指出,TDP辐照能显著促进淀粉酶、过氧化物酶、SOD的活力,增加ATP含量、超弱发光强度、种子放热量,提高P/O值和蛋白质合成强度。收藏指正
10.The result shows that the single molecule layer of these compounds adsorbed on the surface of the mild steel and followed Langmuir isothermal equation. The adsorption procedure was exothermic reaction, the adsorption ability and corrosion inhibition efficiency decreased when temperature increased. At 80℃, their corrosion inhibition efficiency are 94.93%, 86.06%, 97.13%, 95.93% and 97.71%.
由实验结果可见:这几种物质在碳钢表面产生单分子层吸附,并且满足Langmuir吸附规律,吸附过程为放热反应,随着温度的升高,吸附能力减弱,缓蚀效率下降,在80℃时它们的缓蚀率分别为:94.93%、86.06%、97.13%、95.93%和97.71%。收藏指正