片语

growth kinetics equation长大动力学方程

reactor kinetics equation反应堆动力学方程

power function kinetics equation幂函数型动力学方程

Energy metabolism kinetics equation能量代谢动力学模型

neutron kinetics equation中子动力学方程

hydration kinetics equation水化动力学方程

kinetics rate equation动力学速率方程

Crystallization kinetics equation结晶动力学方程

英汉例句

• the isothermal oxidation curve obtained at the temperature 1150℃showed that the oxidation kinetics equation curve is parabolic.

  在1150℃条件下得到恒温氧化曲线，说明其氧化动力学方程曲线为抛物线。

• when the great reactivity reactor is introduced, the point reactor neutron kinetics equation is solved with uncoupling method, and the new reactor power expression is derived.

  当引入大阶跃反应性时，应用去耦合法求解中子动力学方程，导出了堆功率新的响应表达式。

• the mathematic simulation of oxidation and blend asphalt is studied, which based on oxidation kinetics equation of asphalt composing and bp model of artificial neural network.

  基于沥青的四组分氧化动力学方程和bp人工神经网络，对沥青氧化-调和进行数学模拟。

• and the kinetics equation of rate controlling step is determined. the theoretical calculations are consistent with the experimental results obtained by us.

  确定了速控步骤的动力学方程，并取得了理论计算与实验结果的一致性。

• the composing applications for studying oxidation & blend asphalt is studied, which based on oxidation kinetics equation and composition of the typical heavy traffic paving asphalt.

  利用沥青四组分氧化动力学方程和优质沥青应具有的四组分间的合理搭配，开发了应用于氧化-调合法研制重交通道路沥青的配伍软件。

• by altering the reaction temperature, kinetics equation of phenyl hydroxide esterification was studied.

  通过改变反应温度，系统地分析了苯酚直接酯化反应的动力学过程。

• the point kinetics equation is resolved by emirt and the others by half-implicit difference. then a simulation code is programed.

  该模型应用埃米尔特插值法求解点堆动力学方程，其它方程采用半隐式差分法求解。

• the kinetics equation of expansibility was founded based on chemical kinetics and rock mechanics, which accords with the test results by proving ring method well.

  运用化学动力学理论和巖石力学理论，建立了膨胀力的动力学方程，该模型计算结果与测力环方法实测结果吻合较好。

• then, the dimension- less form of heat transfer equation and curing kinetics equation about resin matrix composite structures was obtained by dimensional analysis.

  然后，通过因次分析得出了树脂基复合材料结构件的热传递方程和固化动力学方程的无因次形式；

• the kinetics equation based on freeman-carroll formula could describe laser cladding process approximately.

  利用差减微分法建立的动力学方程可以粗略描述激光熔覆过程。

• the kinetics model of bio-contact oxidation to decompose organic matter was probed into, and the kinetics parameter and kinetics equation were obtained.

  探讨了生物接触氧化反应系统降解有机物的反应动力学模式，并给出了各反应器的动力学参数和方程。

• the reaction order and reaction activation energy are determined and the reaction kinetics equation is set up.

  测定了反应级数和反应活化能，建立了反应动力学方程。

• the new kinetics equation could better explain the deac…

  新的动力学方程能较好地解释产物失活现象。

• the reaction mechanism and kinetics equation of the thermal decomposition of tatb and its impurity are studied.

  研究了tatb及其杂质的热分解反应机理和动力学方程。

• the results showed that first order kinetics equation could be used to describe the nitrogen supplying of crfp as evidenced by high correlation coefficient ( r ) and low standard error ( se ).

  结果表明，控释肥料与控释肥包在土壤中的供氮规律可用一级动力学方程描述，拟合方程的r达极显着水平。

• the rate constant, activation energy and kinetics equation were obtained.

  最后得速率常数、活化能及动力学方程式。

• pseudo-second-order kinetics equation was used to describe the adsorption rate and adsorption rate constant was calculated.

  用拟二级动力学方程描述了吸附速率并计算了速率参数。