Wine Making is a complicated biochemical reaction process.

1、

This fact shows that the third step of reaction process is the rate control step.

上述事实说明反应的第三步是速控步骤。

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2、

And latex particles formation and its transformation during reaction process were studied.

通过分析和计算得出了该体系的反应级数和表观活化能。

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3、

The effects of NCO index and condition of reaction process were discussed.

研究了异氰酸酯指数以及弹性体制备工艺条件对材料力学性能的影响；

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4、

The use of membrane in chemical reaction process is attracting much attention.

目前膜技术与化学反应过程结合技术引起了关注，渗透蒸发与反应结合，尤其是与酯化反应结合的技术潜力倍受重视。

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5、

Nitriding reaction process optimal control mathematical model research

渗氮反应过程控制数学模型的研究

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6、

Formulation of the Transforming Process of Potential Environmental Impact in Reaction Process

反应过程潜在环境影响转换过程的数学表述

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7、

Research on Robust PID Control Algorithm in Polypropylene Reaction Process

聚丙稀反应过程鲁棒PID控制算法的研究

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8、

An Intelligent Control System for A Batch Reaction Process

间歇反应过程的智能控制系统

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9、

Two solid products formed in this reaction process were analyzed.

此外，还对反应过程中生成的两种形式的固体产物进行了分析。

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10、

Design of reaction process on green oxidation and application research

绿色氧化反应过程的设计及应用研究

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11、

The general reaction rate equation includes two kinds of experiential formula& hyperbolic and power function formula and the concept of molecule reaction probability is minor, which in general is 10~-3-10~-5.

给出了普遍的反应速率方程，它包括了两种常用的经验公式：双曲线型和幂函数型公式；同时得到了分子反应几率是小的概念，其值一般为10-3～10-5。

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12、

Surface Reaction Rate Equation and Molecule Reaction Probability of SnO_2/ CeO_2

SnO2/CeO2表面反应速率方程和分子反应几率

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13、

Guaiacyl and p-hydroxy phenyl structure of the lignin are the main positions for sand stabilization material synthesis cross-link reaction, and the reaction probability of guaiacyl and p-hydroxy phenyl structure in lignin is almost the same.

合成固沙材料的交联反应主要发生在木质素的愈创木基和对-羟基苯基结构上，并且愈创木基结构和对-羟基苯基结构发生交联反应的概率基本相同。

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14、

One conceivable explanation for this is that one of the dominant factors affecting the reaction channels is the probability of the formation of the different collision complexes.

一种解释是，这两个反应为竞争反应，一个影响反应通道的主要因素是形成不同碰撞络合物的几率。

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15、

Visual P300 and reaction time: probability effect

视觉P300与反应时间的概率效应

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16、

The comparison and discussion are carried out between the calculated results for D+ CH4 and that for H+ CH4.The energy dependence of the calculated reaction probability shows oscillatory structures, similar to those observed in the reactions H+ H2, H+ CH4 etc.

计算结果与H+CH4反应进行了比较和讨论。

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17、

Study on the Oscillatory Behaviour of the Reaction Probability for the I+ HI' ( v)-IH ( v ')+ I' System Using by Quantum Scattering Theory

I+HI′（v）→IH（v′）+I′反应几率振荡行为的量子散射理论研究

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18、

Theoretical Study of the Ion-pair Formation Process Li+ I_2 → Li~++ I_2~-: Ab initio PES and Reaction Probability

离子对生成反应Li+I2→Li~++I2~-的理论研究：从头算势能面和反应几率

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19、

Based on the chemical reaction principle of the producing process, analyzed the reasons of the flash explosions and the gas poisoning, and proposed the suggestions for improvements.

基于生产工艺过程化学反应原理，分析发生闪爆现象及气体中毒的原因并提出整改建议。

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20、

The coupling of linear antennas parallel to the minor axis in a elliptic waveguide are discussed by means of dyadic Greens function and reaction principle.

采用并矢格林函数和反应原理，讨论了椭圆波导中平行于短轴的线天线的互耦合。

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