化学热力学

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  • chemical thermodynamics
化学热力学化学热力学
  1. 碳酸盐倒退溶解模式的化学热力学基础&与CO2有关的溶解介质

    Chemical thermodynamics foundation of retrograde solubility for carbonate : Solution media related to CO_2

  2. 燃气中H2S、CO2气体腐蚀反应的化学热力学计算

    Chemical thermodynamics calculation for h_2s , co_2 corrosion of iron in gas

  3. 循环冷却水总碱度和pH值的化学热力学预测

    Prediction of Total Alkalinity and pH in Cooling Water

  4. 最后,从化学热力学的角度运用FACT软件针对实验进行模拟计算,对计算结果进行分析并与实验结果进行了对比,两者基本吻合。上述研究为钙基复合添加剂应用于实际提供了实验和理论依据。

    Finally , FACT software was used to carry out the simulation calculation , and good agreement of simulation and experiment results was obtained .

  5. 讨论了PVT法生长AlN晶体所涉及的化学热力学过程和现象。

    The chemical thermodynamic process and growth phenomena related to the AlN PVT growth are discussed .

  6. 依据化学热力学的基本原理,建立了描述水岩系列间相互作用的数学模型,并采用MonteCarlo随机分析方法进行求解。

    The mathematical model of WRI is set up on the basis of principles of chemical therm-dynamics , which is solved by using the Monte-Carlo method .

  7. 江油地区含硫酸盐岩浅层地下水中CaCO3析出的化学热力学机理

    Study on the chemical thermodynamics of precipitating CaCO_3 from groundwater containing sulfate in Jiangyou Locality

  8. 为了对循环水的总碱度进行比较准确地监测和控制,在碳酸盐系统中,从化学热力学角度总结出一个总碱度与pH值的关系。

    In order to monitor and control total alkalinity of cooling water accurately , in carbonate system , a relationship between the total alkalinity and pH can be summed up from chemical thermodynamics .

  9. 用化学热力学和相图原理,分析了CaSi处理钢水中钙对连铸用Al2O3-C质耐火材料的化学蚀机理;

    The corrosion function of Calcium in CaSi-treated hot steel on Al2O3-C refractories has ben analyzed by means of chemical and thermal dynamic and phase diagram principle .

  10. 研究工作包括理论和实验两部分。在理论部分,首先对水合肼还原NOx的反应进行了化学热力学和化学动力学计算研究。

    In the part of theory study , the law of N_2H_4 reducing NOx was studied by chemical thermodynamics calculation and chemical reaction kinetics calculation .

  11. 根据地球化学热力学原理,组成矿床的主要成分SiO2和MgO,主要来自硅镁质石陨石的镁橄榄石和顽火辉石。

    Based on the principle of geochemistry-thermodynamics , the main component , MgO and SiO_2 that form deposit , originate from forsterite and enstatite of the simatic meteorolite .

  12. 以化学热力学的基本原理为基础,结合具体工程实例,综合分析了水化学分析数据误差的传递及其对饱和指数SI值的影响,饱和指数SI反映了水岩系列间的相互作用。

    The saturation index ( SI ) is an important thermodynamic parameter to identify the state of interaction between water and rock . The error transmission of hydro-chemical variables and its effect are analyzed based on the chemical-thermodynamic principle .

  13. 用电化学合成方法制备了TiO2-Al2O3的复合粉体材料,借助化学热力学数据库软件系统对体系进行了热力学分析。

    The TiO_2-Al_2O_3 composite powder were obtained by electrochemical syntheses method .

  14. 通过化学热力学和动力学的研究以及试验分析,论证了过渡金属对CVD金刚石的触媒作用,在常温条件下实现了石墨化反应。

    By studies and experimental analysis of chemical thermodynamics and kinetics , it shows the catalytic role of CVD diamond by transition metal , and achieve the diamond graphitization at room temperature . 4 .

  15. 根据配位化学热力学平衡原理,绘制了Cd2+-H2O系配合离子浓度pcpH图、镉羟合配离子分率αnpH图及Cd(OH)2条件溶度积pKSpH图。

    The diagrams for the concentration of complex ions pc pH , the ratio of cadmium hydroxy complex ions α n pH and the conditional solubility product of Cd ( OH ) 2 to pH value in Cd2 + - H2O system were drawn , respectively .

  16. 从化学热力学的角度,分析了燃煤掺烧固硫时的吸放热情况和反应的SO2平衡体积分数规律,表明固硫反应的放热量较石灰石分解吸热量高,并且其热力学推动力很大。

    The thermodynamics and SO 2 equation consistency of reaction of sulfur fixation was analysed . It shows that the reaction impetus is big , and that the heat output of fixation sulfur is bigger than the absorption of heat when limestone is decomposed .

  17. 本文试根据地球化学热力学原理,利用包裹体成分测试数据和有关热力学参数,采用PASCAL语言,编制成通用微机处理程序&矿物包裹体成分物理化学参数的计算程序。

    Based upon Geochemical thermodynamic principles and by using the mineral composition of inclusion , data measured a general microcomputer processing program is compiled with PASCAL language for calculating the physicochemical parameters of the mineral compositions in the inclusion .

  18. 化学热力学函数变量的量纲问题

    The problems of quantitative units in variables of chemical thermodynamic functions

  19. 像管光电阴极制造的可行性的化学热力学分析

    Possibility of the chemical thermodynamics of manufacture imaging tube photoelectric cathode

  20. 煤燃烧过程中有害痕量元素形态分布的化学热力学平衡分析

    Thermodynamic equilibrium analysis of trace elements mobilization during combustion of coals

  21. 研究岩溶发育的化学热力学方法及判别程序

    The chemical thermodynamics and discrimination program for evaluating karst development rule

  22. 岩溶隧道中地下水侵蚀性的化学热力学分析与评价

    Chemical thermodynamics evaluation on the corrasion of groundwater in karst tunnel

  23. 利用地质地球化学热力学计算了成矿的物理化学参数。

    The physicochemical parameters of mineralization were calculated by geologic geochemistry thermodynamics .

  24. 石灰岩损伤演化的化学热力学及动力学模型

    Chemical Thermodynamic and Chemical Kinetic Model for Dissolution Damage Evolution in Limestone

  25. 化学热力学过程的方向和限度的判据

    Criteria of Direction and Limitation in Chemical Thermodynamical Process

  26. 化学热力学公式的学习和应用

    The Learning and Application of the Chemical Thermodynamics Formula

  27. 紫苏酱贮存期化学热力学动力学分析

    Study on Chemical Dynamics Analysis of Oxidation Prevention of Perilla Peel During Storage

  28. 城市生活垃圾焚烧体系化学热力学平衡分析

    Thermodynamics equilibrium analysis of municipal solid wastes incineration system

  29. 记忆化学热力学公式方法的探讨

    Discussion on a technique of grasping chemical thermodynamics equations

  30. 我们以前在化学热力学中所计算的量,无法告诉我们这些。

    That doesn 't come out of what we calculated before in thermochemistry .