增大反应

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  • Increase reaction;augmenting response
增大反应增大反应
  1. CaF2的加入降低了渣系的粘度,提高了流动性,有利于增大反应速率;

    Added to CaF_2 that has reduced the viscosity of the slags , raised liquidity , is helpful to increase reaction rate ;

  2. 结果表明,CO2平衡转化率随温度的升高而下降,增大反应体系的压力和采用高的氢碳比,对提高CO2平衡转化率有利。

    The results show that the equilibrium conversion rate of CO2 decreases with increasing temperature , decreasing pressure and the ratio of n ( H2 ) / n ( CO2 ) in the reaction gas .

  3. 加入适量添加剂,可增大反应产物的体积,易于提高机械作用的效果,以获得较高的去除速率。

    Adding the right amount of the additives and increasing the particle size can improve the effect of the mechanical reaction to achieve higher material removal rate .

  4. 在预混火焰传播初期,小尺度涡流增大反应强度,但不影响火焰阵面结构;当大尺度涡流出现后,导致火焰阵面厚度变大,同时伴随着反应区的震荡。

    In early stage of flame propagation , the small scale vortex increased the combustion reaction intensity , but did little influence on the flame front structure .

  5. 人们很早就发现减小反应物的粒度可以增大反应速率,并将此归因于增大了反应物之间的接触面积。

    It has been found that reducing the size of reactants can increase the reaction rate long ago and ascribed that to the increased contact area between reactants .

  6. 增大反应区的厚度也会很明显的提高平均量子效率,但是这种影响也会在污染物浓度很高的情况下趋于稳定。

    The increase of reaction region thickness can obviously increase the average quantum yield under low pollutant concentration , while it almost has no effect under high pollutant concentration .

  7. 除此之外,还得出以下结论:增大反应的起始污泥浓度可以提高处理效率或减小反应器容积;

    Except this such conclusions can also be drawn as follows : Increasing sludge density at the beginning in the reaction can raise treatment efficiency or reduce the volume of reaction container ;

  8. 后来人们逐渐发现,减小反应物粒度不仅可以增大反应物之间的接触面积,还可以降低反应活化能,甚至还可以改变反应产物及反应机理。

    Later , people gradually found that the reduce of reactants size not only can increases the contact area between reactants , but also can reduce the activation energy and can even change the reaction products and reaction mechanism .

  9. 对反应器设置较大的中心不布管区域以及增大反应器分流室高度可以降低反应器分流室中流体压降,增大分布板上所要求的环隙孔孔径,达到放大并流反应器的目的。

    Removing the tubes in the reactor central region and / or increasing the height of distributing chamber can reduce the fluid pressure drop in distributing chamber , and enlarge the required tube-to-plate clearance . The goal to scale up the reactor could be achieved .

  10. 随着催化剂N,N-二甲基苯胺用量的增大,反应速率提高。

    The reaction rate increased with the increasing amount of N , N-dimethylaniline catalyst .

  11. 在反应区高温下熔融Al在TiB2表面发生漫流现象,使Al的反应层厚度减小,反应面积增大,反应速度提高。

    At high temperature melted Al spread over the TiB 2 particle surface , which lead to a decrease of reaction layer thickness of melted Al , an increase of reaction surface and speed , and liquid sinter occurs .

  12. 同时,休克早期浓度反应曲线右移,EC(50)减小,反应阈值降低;休克晚期浓度反应曲线左移,EC(50)增大,反应阈值增高;

    The NA concentration-response curve shifted to right , EC_ ( 50 ) reduced , and the threshold of response decreased at early stage of shock , but the NA concentration-response curve shifted to left , EC_ ( 50 ) enhanced , threshold of response increased at the late stage .

  13. 结果表明,实验性胃癌组大鼠脑垂体远侧部ACTH阳性细胞的面数密度增大,反应增强,与对照组相比有显著性差异(P<0.01,P<0.05)。

    The results showed that the intensity of immunoreactive and the numerical density of ACTH positive cells were increased in experimental group . There was a significant difference in comparison with control group ( P < 0 . 0 1 , P < 0 . 0 5 ) .

  14. 同温条件下湿度增大,反应速度加快。

    The reaction rate was speeded up when humidity was raised under isothermal condition .

  15. 多段加氢热解过程中的停留作用随升温速率的增大、反应压力的增加、氢气流量的增大而显著增大。

    The retention effect is remarkable with increasing heating rate , pressure and hydrogen flow .

  16. 结果表明,随着非质子溶剂极性的增大,反应活性增加。

    The results show that the activity increases with the rise of polarity of nonprotic solvent .

  17. 发现转化率和分子量均随时间逐步增大,反应生成带有起始功能端基的聚合物。

    In the photopolymerization , both the yields and average-molecular weights of polymers were found to increase with the reaction time .

  18. 随着反应温度的升高,Ce4+浓度的增大,反应时间的延长,切断反应越来越明显。

    The hydrolysis will be more and more obvious at higher temperature , higher concentration of Ce 4 + and longer reaction time .

  19. 结果表明,随着酯化剂用量的增大、反应温度的升高、反应时间的延长,其抗老化特性增强,粘度减小,其最佳工艺参数为:酯化剂用量5%;

    The results showed that the anti-retrogradation increases and the viscosity decreases with the levels of esterification , reaction temperature and reaction time .

  20. 实验结果表明随着反应温度的降低,反应压强(氨气分压)增大,反应时间增长,掺氮含量增加;反之,掺氮含量减小。

    The results show that as the temperature increases , the reaction pressure ( NH3 ), reaction time and doped N increase , conversely , doped N decreases .

  21. 随着曝气量的增大,反应器内溶解氧呈上升趋势,达到一定水平后趋于平缓。

    Along with the aeration time increases , the dissolved oxygen concentration in the reactor is rising , and tends to be gentle after a certain aeration rate .

  22. 对于删除极端数值后的正确反应来说,在不同背景噪音存在下,随着记忆集的增大,反应时仍然呈直线上升趋势。

    In different background noises with the accretion of memory set , the reaction time of right-reaction that the outliers had been discarded exhibited a linear rising movement .

  23. 机械活化对黄铁矿的表面状态产生很大影响,可以减小电化学电阻和界面电容,增大电化学反应速率。

    Mechanical activation has a great effect on the interface performances . The charge transfer resistance and interface capacitance were decreased and the rate of reaction was increased after mechanical activation .

  24. 研究了各种因素对乳液粒子粒径和聚合速度的影响,结果表明乳液粒子粒径随乳化压力的增大、反应时间的延长、平衡状态时,温度的降低而减小;

    The effect of emulsification pressure , dosage of ingredient of emulsion , reaction time , reaction temperature and emulsification time on emulsion particle size and rate of polymerization was studied .

  25. 实验结果表明:在一定温度下,随着反应时间的延长,4种不同粒径河砂的损失量增大而反应速率减小;

    The experimental results show that , at definite temperature , the loss quantity of the river sand of 4 different grain-diameters increases and the reaction rate decreases with the increase of the reaction time ;

  26. 再次进行了RDF热解产物半焦气化的热重实验及动力学参数计算,得出了升温速率为20℃时,半焦气化反应性最好,快加热方式更有利于增大半焦反应性等结论。

    Thirdly we made RDF pyrolysis products semi-coke gasification of thermo-gravimetric analysis and kinetic parameters calculation , drew the following conclusion : semi-coke gasification reactivity best when the heating rate is 20 ℃, fast heating mode was more conducive to increase semi-coke reactivity and so on .

  27. 随着年龄增大,压力反应逐渐降低。

    With age increase , gradually reduce the stress response . 2 .

  28. 光强度进一步增大时,反应随之降低。

    The reaction will be decreased immediately while further increasing the illuminated intensity .

  29. 增大了放电反应面积,增强了放电性能。

    The discharge reaction area is increased and the discharging performance is reinforced .

  30. 耳蜗微音电位增大和延长反应及其临床意义

    Enlarged and Prolongated Cochlear Microphonics and Its Clinical Significance