本文从动力-热力学方程出发。得到反映热带气旋强度变化的参数和几个物理因子。
In this paper the parameter and some physical factors, which reflect the intensity change of tropical cyclone, are derived from dynamical and thermodynamics equations.
通过室内试验，研究了大坝土体动强度特性及动变形特性，确定了大坝土体动力计算参数。
According to the laboratory tests, the dynamic strength and deformation properties of the dam material are studied and its dynamic calculation parameters are also determined.
药效动力学参数表明，高胰岛素环境中酚妥拉明和妥拉苏林作用亲和力指数和作用强度明显减小。
The pharmacodynamic parameters indicated that the affinity index and action intensity of PL and TS were significantly reduced in solution containing high level insulin.
介绍了天然气管线压缩机的主要设计参数、气动方案计算、强度计算、转子动力学计算的要点及机构设计的特点。
Main points and design characteristics of main design parameter, pneumatic, strength and rotor dynamics calculations of centrifugal compressor natural gas pipe line are introduced.
室内动力试验提供土石料可靠的动强度和动力参数是土石坝地震动力分析准确性的关键。
Credible dynamic parameters of dam materials obtained from indoor tests are the key to the accuracy of dynamical analysis for earth-rock dam.
在变化环境和高强度人类活动影响下，水循环在驱动力、结构及参数等方面已呈现出显著“自然-人工”二元特征。
Under the influences of environmental change and strong human activities, water cycle shows obviously the natural-artificial characters on all aspects of dynamics, structure and parameters.
确定了尾矿料的动力强度和动力参数。并探讨了颗粒组成、固结围压、固结压力比、动应力对动强度的影响。
The dynamic strength and parameters were determined, and some influential factors, such as particle composition, confining pressure, consolidated stress ratio and dynamic stress, were discussed.
提出不同应变破坏标准和等效振动次数的动强度指标，为填埋场动力稳定性分析提供合理的强度参数。
Based on the different strain failure criteria and the equivalent cyclic number, the dynamic strength parameters are obtained, which can be used in dynamic stability analysis of landfill.
结合这些动力学与热力学参数，初步解释了离子强度与温度对吸附过程的影响。
The preliminary explanation for the effects of ionic strength and temperature on the adsorption process were discussed based on those kinetic and thermodynamic data.
结合这些动力学与热力学参数，初步解释了离子强度与温度对吸附过程的影响。
The preliminary explanation for the effects of ionic strength and temperature on the adsorption process were discussed based on those kinetic and thermodynamic data.
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