1) standard enthalpies of isomerization
标准异构化焓
1.
The effect of the resonance energies and bond enthalpies on the standard enthalpies of isomerization is dicussed.
还用HMO方法计算了它们的共振能,并讨论了共振能、键焓对标准异构化焓的影响。
2) standard enthalpy
标准焓值
1.
Prediction of the heat capacity and standard enthalpy of alkylbenzenes using a support vector machine;
支持向量机算法用于烷基苯的热容和标准焓值的预测
3) standard enthalpy variable
标准焓变
4) free energy of formation
化合物标准生成自由焓
5) standard enthalpy of formation
标准生成焓
1.
A thermochemical cycle was designed at 25?℃, the chemical reaction and standard enthalpy of formation were measured by a solution calorimeter, and the solution reaction of [2Dy(NO_3)_3·6H_2O+2Glu+6NaClO_4·H_2O] and [Dy_2(Glu)_2(ClO_4)_4·9H_2O+6Na.
300kJ/mol,计算得到配合物Dy2(Glu)2(ClO4)4·9H2O(s)在25℃时的标准生成焓ΔfHΘm,25℃=-6476。
2.
0 mol ?L-1HCl and ethyl alcohd absolute, a new thermochemical cycle is designed to determine the standard enthalpy of formation for Cd(p-tol)2Cl2.
598kJ·mol1-,并计算出了配合物Cd（p-tol）2Cl2的标准生成焓。
3.
A new thermochemical cycle has been designed to determine the standard enthalpy of formation for Mn(p tol) 2Cl 2.
用溶解量热法测定聚凝相反应的焓变 ,并进一步得到指定物质未见报道的标准生成焓数据 ,是一种较准确的研究手段。
6) standard molar enthalpy of formation
标准生成焓
1.
In former paper,we had studied the relationship between standard molar enthalpy of formation of 37 one-valence-metal-halide and structural parameter C,and had obtained good result In this paper.
研究45种2∶2型化合物的标准生成焓与结构参数C间的关系。
2.
From the result,the standard molar enthalpy of formation of Yb(Ala) 4(NO 3) 3·H 2O has been calculated to be Δ fH m θ[Yb(A.
2K时的标准生成焓ΔfHθm ,2 98。
3.
It is found that the linear relationship between standard molar enthalpy of formation of 37 one valence metal halide and structural parameter \%C\% is satisfactory.
借助于电负性均恒原理 ,计算一价金属卤化物中各原子的电荷 ,在此基础上定义一个新的参数C ,研究 3 7种一价金属卤化物的标准生成焓与C的关系 ,发现C与一价金属卤化物标准生成焓之间有令人满意的线性关
补充资料：欧洲标准化委员会标准(见欧洲标准化委员会)
欧洲标准化委员会标准(见欧洲标准化委员会)
standards of CEN: see European Committee for Standardization; CEN
Ouzhou BiaozhunhuaW白}和。nhui biaoZhun欧洲标准化委员会标准(stand田月5 of CEN)见欧洲标准化委员会。
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