The surface reaction is performed in the grid simulation reactor.
而表面反应通过格子模拟反应器进行。
The surface reaction of water atomized austenitic stainless steel powder during sintering has been studied.
研究了水雾化奥氏体不锈钢粉末在烧结时的表面反应。
Monodisperse microspheres have many advantages, such as large specific area, high surface reaction capability and so on.
单分散的聚合物功能微球具有许多突出优点，如比表面积大、表面反应能力强等。
The results show that the surface reaction of coke is strengthened with temperature rise and increased by adding alkalis.
结果表明，焦炭表面反应程度随反应温度提高而增强，还因加碱而增加。
The result showed that the procedure of acrylonitrile Synthesize via propane ammoxidation was the surface reaction of propane on the catalyst.
丙烷氨氧化制丙烯腈过程的控制步骤是丙烷在催化剂上的表面反应。
This paper analyzes the influences of carbon, silicon and aluminium on the surface reaction when sintering austenite stainless steel powder.
研究了碳、硅和铝合金元素对水雾化奥氏体不锈钢粉末烧结时的表面反应的影响。
The kinetic equation was derived by supposing that the surface reaction between adsorbed hydrogen and adsorbed benzene is the control step of the rate.
另一种吸附苯、环己烷及反应中间物，并假定吸附氢与吸附苯间的表面反应为过程的控制步骤，从而导出动力学方程。
The behavior of different species during the temperature programmed surface reaction (TPSR) of methane over various catalysts is traced by an on line mass spectrometer.
利用在线质谱分析检测了在各种催化剂上甲烷的程序升温表面反应(TPSR)过程中不同物种的行为。
On the basis of the surface reaction kinetics and product identification observed in this study, the reaction scheme for PCP oxidation by manganese dioxide is tentatively proposed.
在观测到的表面反应动力学和降解产物的基础上，提出了五氯酚被二氧化锰氧化降解的反应流程图。
This essay adopts limited units of axial symmetry and theory of system recognizing backcalculation, in which the dynamic effect of the road surface reaction to load of FWD is considered.
采用轴对称动力有限元结合系统识别反分析理论进行路面模量反算，考虑了落锤式弯沉仪（FWD）荷载作用下的路面反应动力效应。
The calculation results show that the greater the flow velocity, the lower the supersaturation degree, and the easier the scale formation process will be controlled by a surface reaction.
计算结果表明，流速越大，过饱和度越小，结垢过程越易为表面反应所控制。
The calculation results show that the greater the flow velocity, the lower the supersaturation degree, and the easier the scale formation process will be controlled by a surface reaction.
计算结果表明，流速越大，过饱和度越小，结垢过程越易为表面反应所控制。
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