1) Canonical rate constant
正则(热)反应速率
2) reaction velocity
反应速率
1.
In this paper, the principle of the application of the lime and the lime stone to the wet-FGD and CFB desulphurization ,the factors that influence the reaction velocity are introduced.
着重对石灰石用于石灰石—石膏湿法脱硫和CFB锅炉脱硫的原理、影响反应速率的因素以及石灰石品质对两种脱硫工艺的影响进行了分析,并对石灰用于脱硫反应的原理及其品质对脱硫工艺的影响进行了探讨。
2.
This article also studies the effect of different factors on reaction velocity and product quality.
叙述了聚合硫酸铁制备方法 ,研究反应中各种因素对化学反应速率及产品质量的影响 ,通过本产品与普通产品的对比试验 ,结果表明 ,该产品性能优越 ,具有广泛的应用环境。
3) reaction rate
反应速率
1.
Study on reaction rate and kinetic constant in radiation curing of epoxy resins;
环氧树脂辐射固化反应速率及速率常数的研究
2.
Effect of urea on the phase transition and reaction rate for the synthesis of aluminum nitride powders from aluminum nitrate and glucose;
尿素对以硝酸铝和葡萄糖为原料合成氮化铝粉末反应过程中相变及反应速率的影响
3.
Study on the effect of the PEG to reaction rate between wollastonite and sulphuric acid;
聚乙二醇对硅灰石酸化反应速率的影响
4) rate of reaction
反应速率
1.
With solid state synthesis method,the expression of rate of reaction is detected and order of reaction and activation energy are defined.
本文通过固相合成的方法,对反应速率进行了测定,确定其反应的反应级数和活化能分别为4。
5) reaction speed
反应速率
1.
We derive the relation which the consumption and reaction speed of EO change with time.
求出了辛醇、十二醇和十八醇的引发反应速率常数,进一步证实在M》P的情况下,环氧乙烷的耗量可作为假一级反应处理。
2.
The relations of the reaction speed of polystyrene and the square of the monomer’s consistency of styrene were analyzed,it showed to be direct proportion.
分析了聚苯乙烯聚合反应速率和单体苯乙烯浓度的平方成正比的关系;在一定温度的范围内,聚合速率随聚合反应温度的升高而加速。
3.
The numerical results show that rocket engine plasma assisted combustion can increase active intermediate in chemical reaction,improve chemical reaction speed,rise burning temperatu.
计算结果表明,火箭发动机等离子体助燃可增加化学反应过程中的活性中间体,提高化学反应速率,提高燃气的燃烧温度,火箭发动机助燃效果非常明显。
6) local maximum velocity curve
绝热反应最大速率曲线
1.
The concepts and construction methods of local maximum velocity curve and equilibrium curve were discussed.
根据可得区法及可得区分区法的基本思想,针对SO2氧化工业实例,以预热温度作为控制变量,利用绝热反应最大速率曲线和反应平衡速率曲线,采用几何图示法,将反应时间和未转化率空间分成3类区域,即CSTR(全混流反应器)区、PFR(平推流反应器)区和非操作区。
补充资料:热则疾之
热则疾之 热则疾之 针灸治疗法则之一。《灵枢·经脉》:“为此诸病,盛则泻之,虚则补之,热则疾之。”谓邪热亢盛,体温较高的实热证,采用针刺泄热驱邪。宜浅针,急针,不留针,或用三棱针点刺出血。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条