transformation reaction

It was found that mechanical vibration with increasing frequency increased combustion temperature, combustion rate and reaction transformation rate, promoted Al 2O 3 Fe liquid liquid phase gravitational separation and ceramic densification, and made Al 2O 3 dendrite crystal be changed in size and growth orientation.

研究发现，机械振动并相应提高振频可以提高燃烧温度、燃烧速率和反应转化率，促进Al2O3Fe液相重力分离和陶瓷致密过程，并使陶瓷层的凝固组织发生改变；

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In the initial crystallization stage which the growing speed of supersaturation was more than the relaxing speed, the crystallization was situated in kinetic region of phase transformation reaction control.

过饱和生成速度大于消除速度的结晶初期，结晶过程处于相变反应控制的动力学区域，该区域L和溶液过饱和度（ΔC）由上升到下降。

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RS-485 Based Monitoring System for CO Low-Medium Temperature Transformation Reaction

基于RS-485总线的CO中&低温变换反应测控系统

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There are two numerical models for theory analysis of smectite-illite transformation at present in the world, including the first-order thermal reaction equation and the dissolution-precipitation equation.

目前世界上关于蒙皂石向伊利石转化有两类理论分析数值模型，即一级热反应方程和溶解沉淀方程。

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On the basis of brief introduction of the reaction and process technique the RS 485 bus based control system for CO low medium temperature transformation reaction is introduced in detail.

在简要介绍该反应及工艺流程的基础上，详细介绍了基于RS-485总线的一氧化碳中&低温变换反应控制系统。

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It is shown that the direct electron transfer of the enzyme HRP on the solid electrodes can be carried out and the electrode reaction is the oxidation-state transformation of the central metal ion in prosthetic group heme rather than the reduction of disulfide group in HRP molecule.

指出HRP可在固体电极上进行直接电子传递，该电极反应不是酶中二硫键的还原，而是血红素辅基中心金属离子的氧化态转变。

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To transformation of swill oil resources for the purpose, biodiesel prepared with catalyst of neutral lipase by the reaction of swill oil and methanol.

以泔水油资源转化为宗旨，利用中性脂肪酶催化泔水油与甲醇反应制备生物柴油。

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Parameters of fluorescence reflect the transformation and utilization ratio of light energy, electron transport, light chemical reaction and potential activity of photo-system and have a large difference in different breeds.

荧光特征参数反映了光系统（PSⅠ、PSⅡ）的光能转化、光能利用率、电子传递、光化学反应及光系统的潜在活性，在不同板栗品种之间具有显著差异性。

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The results showed that low phosphorus stress caused the increase in close degree of PS ⅱ reaction center, decrease in efficiency of light energy transformation and electron transportation, and increase in excessive excited energy.

结果表明，低磷处理使玉米叶片PSⅡ关闭程度增加、光能转换和电子传递效率降低，过剩激发能增加。

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