treated using the Debye theory of the heat capacity of solids and its multifractal model. The type of the structure topology was determined. The standard thermodynamic functions C o p (T), H o(T) − H o(0), S o(T), and G o(T) − H o(0) of the compound in the crystal state were calculated from the obtained experimental data in the range from T → 0 to 428 K. The standard entropy of the formation of the crystalline
在6-350 K的绝热真空量热计和330-450 K的差示扫描量热仪中研究了三
丙烯酸二苯三
锑锑Ph 3 Sb(O 2 CCH = CH 2)2的热容量。熔点估计为428.4±0.5K。伴随该物质的部分分解。低温(20开尔≤ Ť ≤50 K)的热容量是使用固体的热容量和其多重分形模型的德拜理论处理。确定了结构拓扑的类型。标准热力学函数C o p(T),H o(T )-根据获得的T →0到428 K范围内的实验数据计算晶体状态下化合物的H o(0),S o(T)和G o(T)-H o(0)确定了在T= 298.15K下形成结晶化合物Ph 3 Sb(O 2 CCH = CH 2)2的标准熵。