1) Thermochemical hole burning reaction
热化学烧孔反应
2) Thermochemical Hole Burning
热化学烧孔
1.
Comparative about the STM Thermochemical Hole Burning of DEA(TCNQ)_2 and TEA(TCNQ)_2;
DEA(TCNQ)_2与TEA(TCNQ)_2单晶上的STM热化学烧孔性能比较
3) Thermochemical hole burning mechanism
热化学烧孔机理
4) thermo-chemical reaction
热化学反应
1.
Study on preparation of glassy ceramic coating on Q235 steel surface by thermo-chemical reaction;
Q235钢热化学反应法制备玻璃质陶瓷涂层的研究
2.
Ceramic coatings(Al2O3+TiO2+SiO2+ZnO+Al) was produced by flame spraying on the surface of magnesium alloy AZ91D,In the process of flame spraying accompanied by a thermo-chemical reaction,MgSiO4、MgAl2O4 and so on were found in the coatings by X-ray analysis.
在镁合金AZ91D表面使用火焰喷涂制备Al2O3+TiO2+SiO2+ZnO+Al陶瓷涂层,在喷涂制备涂层过程中伴随热化学反应的发生,涂层X射线分析发现,涂层内有MgSiO4、MgAl2O4等新相生成。
3.
In the process of flame spraying,accompaniment with a thermo-chemical reaction was carried out,MgSiO4,MgAl2O4 and so on were found in the coatings by means of X-ray analysis.
在喷涂制备涂层过程中伴随热化学反应的进行,涂层X射线分析发现,涂层内有MgSiO4、MgAl2O4等新相生成。
5) chemical reaction heat
化学反应热
1.
The chemical reaction for production of sulfuric acid produces large amount of chemical reaction heat and other types of heat.
生产硫酸进行的化学反应产生大量化学反应热和其他热量,常规硫酸生产的热回收利用率,硫磺制酸为60%~70%,硫铁矿制酸仅有50%~60%;尚未回收的热量,因其品质低、用途有限,充分利用这部分热量需建立新的理念,改革工艺,使SO3生成硫酸的化学反应在能回收得到品质好、有效能高的工况下进行。
6) thermochemical reaction
热化学反应
1.
The features and present research status of three methods, including thermal spraying, microarc oxidation and thermochemical reaction, for preparing ceramic coatings on Mg alloy surface were introduced.
介绍了3种镁合金表面陶瓷涂层的制备方法(包括热喷涂法、微弧氧化法和热化学反应法)的特点及研究现状。
2.
n order to reduce the synthetic time of pyrite from elements iron and sulphur,polycrystalline iron disulfied have been synthesized with FeS and S by thermochemical reaction.
为了缩短元素Ｆｅ和Ｓ合成ＦｅＳ２的时间，直接采用ＦｅＳ和Ｓ经热化学反应合成ＦｅＳ２。
补充资料：热化学动力学
分子式：
CAS号：
性质：探讨化学反应系统的热力学、热化学性质与动力学参数之间的相关性的学科分支。例如，热化学动力学可利用大量的官能团热力学数据，根据化学动力学的过渡态理论中过渡态的构型，运用统计热力学方法计算出反应的活化熵，再配合以反应活化能的估算值，可计算出元反应的速率常数。
CAS号：
性质：探讨化学反应系统的热力学、热化学性质与动力学参数之间的相关性的学科分支。例如，热化学动力学可利用大量的官能团热力学数据，根据化学动力学的过渡态理论中过渡态的构型，运用统计热力学方法计算出反应的活化熵，再配合以反应活化能的估算值，可计算出元反应的速率常数。
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