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应用极端条件下细菌生长的热动力学模型 ,用微量量热法研究嗜热菌、嗜冷菌的热动力学性质 ,分别测量了嗜热菌、嗜冷菌在不同温度下的生长热谱曲线 ,求出了细菌生长的动力学参数与活化态的活化参数 ,并通过计算机多元回归分析 ,得到了细菌生长的最佳生长温度及生长温度范围 .试用非线性理论解释了细菌生长过程中熵增加的原因
Thermokinetic model of bacterial growth under extreme conditions was applied. The thermodynamic properties of thermophilic bacteria and psychrophilic bacteria were studied by microcalorimetry. The thermograms of thermophilic bacteria and psychrophilic bacteria were measured at different temperatures , The kinetic parameters of bacterial growth and the activation parameters of the activated state were calculated, and the optimal growth temperature and growth temperature range of bacterial growth were obtained by multiple regression analysis of the computer.The non-linear theory was used to explain the increase of entropy in the growth of bacteria s reason