稀释热

使用LKB－2107型流动式微量热计测量了288.15K，298.15K和308.15K下CaCl2－n－C3H7OH－H2O溶液的稀释热。

Heat of dilution of CaCl_2-n-C_3H_7OH-H_2O solution has been determined with LKB-2107 flow microcalorimeter at 288 . 15K , 298 . 15K and 308 . 15K .

采用重铬酸钾稀释热比色法测定土壤中的有机质，样品加标回收率为95.2%～108.2%，变异系数（CV）为2.67%～3.68%。

The content of organic matter in soil was determined with the method of potassium bichromate-dilution heat colorimetric . The recovery rate was 95.2 % ~ 108.2 % and the CV was 2.67 % ~ 3.68 % .

方法利用2277热活性检测仪的流动测量系统测定29815K时甘氨酸、丝氨酸、脯氨酸分别与甲醇在水溶液中的混合过程的热功率和稀释热功率，依据McMillanMayer理论进行多元线性回归分析。

Methods : Heat power of mixing and dilution of aqueous methanol solutions and aqueous amino acids ( glycine , serine , proline ) solutions were determined at 298.15K by 2277 Thermal Activity Monitor of flow microcalorimetric system , and the data were analyzed according to the McMillan-Mayer theory .

恒温式滴定量热计连续测定溶液稀释热的研究

Investigation on Continuous Determination of Dilution Heat of Solution with a Constant Environment Temperature Titration Calorimeter

重铬酸钾稀释热比色法测定土壤有机质的研究

Determination of Organic Matter in Soil with the Method of Potassium Bichromate - dilution Heat Colorimetric

结果和结论：稀释热法可减少垃圾中的煤炭对分析结果的影响。

Compared with deterwination results of two methods , it is shows that dilution heat method can reduce influence of analysis result causingly unburned coal in waste compost .

以乙苯为固定液的体系，其lnγ~∞与温度的倒数呈良好的线性关系，由此求出了相应的无限稀释溶解热。

For systems containing ethylbenzene , the results indicated that good linear relation between In γ 1 ∞ and the reciprocal of temperature was obtained and the heats of solution at infinite dilution of these systems were evaluated .

本文作者采用稀释通道、热重分析仪，测量了S195柴油机微粒排放的质量浓度，对微粒中的碳和碳氢化合物两种组分进行了分析。

The authors measured the mass concentration and chemical components of the particulates exhausted from a S195 diesel engine by using dilution tunnel and thermogravimetric analyzer .

利用滤纸片法、固体稀释法研究热加工对苦瓜抑菌作用的影响。

Effects of heat processing on antibacterial action of bitter melon was studied by using the method of filter paper and solid dilution .