In this paper, we conduct research on the club teaching mode and the applications on the modern colleges and basic universities sports teaching activities. College sports belong to a part of the social sports and gene...In this paper, we conduct research on the club teaching mode and the applications on the modern colleges and basic universities sports teaching activities. College sports belong to a part of the social sports and general social sports itself is done by sports socialization of people. College sports socialization is the inevitable developing trend of college sports, is also the objective requirement of the market economy condition school sports development. Sports club is a school sports development in the future and the typical group, through the college sports clubs and social communication, using many of the sports talents, science and technology strength and the advantage of sports facilities, sports market development colleges and universities. We propose the new perspectives of the issues that will promote the further development of the corresponding areas.展开更多
A universal thermodynamic model of calculating mass action concentrations for structural units or ion couples in ternary and binary strong electrolyte aqueous solution was developed based on the ion and molecule coexi...A universal thermodynamic model of calculating mass action concentrations for structural units or ion couples in ternary and binary strong electrolyte aqueous solution was developed based on the ion and molecule coexistence theory and verified in four kinds of binary aqueous solutions and two kinds of ternary aqueous solutions. The calculated mass action concentrations of structural units or ion couples in four binary aqueous solutions and two ternary solutions at 298.15 K have good agreement with the reported activity data from literatures after shifting the standard state and concentration unit. Therefore, the calculated mass action concentrations of structural units or ion couples from the developed universal thermodynamic model for ternary and binary aqueous solutions can be applied to predict reaction ability of components in ternary and binary strong electrolyte aqueous solutions. It is also proved that the assumptions applied in the developed thermodynamic model are correct and reasonable, i.e., strong electrolyte aqueous solution is composed of cations and anions as simple ions, H2O as simple molecule and other hydrous salt compounds as complex molecules. The calculated mass action concentrations of structural units or ion couples in ternary and binary strong electrolyte aqueous solutions strictly follow the mass action law.展开更多
文摘In this paper, we conduct research on the club teaching mode and the applications on the modern colleges and basic universities sports teaching activities. College sports belong to a part of the social sports and general social sports itself is done by sports socialization of people. College sports socialization is the inevitable developing trend of college sports, is also the objective requirement of the market economy condition school sports development. Sports club is a school sports development in the future and the typical group, through the college sports clubs and social communication, using many of the sports talents, science and technology strength and the advantage of sports facilities, sports market development colleges and universities. We propose the new perspectives of the issues that will promote the further development of the corresponding areas.
基金Project supported by Publication Foundation of National Science and Technology Academic Books of China
文摘A universal thermodynamic model of calculating mass action concentrations for structural units or ion couples in ternary and binary strong electrolyte aqueous solution was developed based on the ion and molecule coexistence theory and verified in four kinds of binary aqueous solutions and two kinds of ternary aqueous solutions. The calculated mass action concentrations of structural units or ion couples in four binary aqueous solutions and two ternary solutions at 298.15 K have good agreement with the reported activity data from literatures after shifting the standard state and concentration unit. Therefore, the calculated mass action concentrations of structural units or ion couples from the developed universal thermodynamic model for ternary and binary aqueous solutions can be applied to predict reaction ability of components in ternary and binary strong electrolyte aqueous solutions. It is also proved that the assumptions applied in the developed thermodynamic model are correct and reasonable, i.e., strong electrolyte aqueous solution is composed of cations and anions as simple ions, H2O as simple molecule and other hydrous salt compounds as complex molecules. The calculated mass action concentrations of structural units or ion couples in ternary and binary strong electrolyte aqueous solutions strictly follow the mass action law.
