adsorption rate造句

• The working pairs and cycles suitable for diesel exhaust heat recovery are chosen . the empirical adsorption rate of cacia ? ha pair is modified through experimental investigation for non - equilibrium adsorption condition . 2
  确定了适合内燃机余热回收的吸附工质对和循环方式，在非平衡吸附的条件下，采用实验测试手段，修正了氯化钙一氨工质对的经验型吸附速度方程。
• Experimental result shows that cavitation can destroy metal cyanogen preparation and chemical property of bearing cyanide wastewater is changed ; it intensify the fiber ' s adsorption progress and reduce the time of adsorption equilibrium , the general cyanide adsorption rate is increased 5 % or so , but it strength the different effect on different metal - cyanide negative ions ; strengthen effect of copper cyanide complex is stronger than zinc and iron cyanide complex , so ultrasonic wave may strength the fiber ' s adsorption processes
  实验结果表明，功率超声的空化作用能破坏金属氰配合物键，从而改变含氰废水的化学性质，另外也可缩短吸附平衡时间，强化纤维的吸附过程，使总氰的吸附率可提高5 %左右；功率超声对不同金属氰配合物离子的强化效果是不同的，对铜氰络离子的强化效果要强于铁氰、锌氰络离子，所以功率超声可以强化纤维的吸附过程。
• Again , using cyanophage pp and adopting orthogonal design , we have performed the studies on the effects of several environmental factors on the multiplication of the cyanophage . results are as follows : in the experiment of measuring the adsorption rate , temperature was found to be the primary influencing factor and displayed an obvious significance by the statistics analysis
  以噬藻体pp为对象运用正交设计的实验方法，我们还研究了几种环境因子对噬藻体增殖的影响，结果如下：在测定吸附率的实验中，我们发现温度是主要的影响因素，并且在统计学上有显著意义。
• As temperature rose , the saturated adsorption rate tended to increase , and the time to reach saturation would become longer . comparatively , the sunlight radiation showed a minor influence . with the intensity of sunlight radiation strengthened , the adsorption speed of the cyanophage to the host gradually quickened , and reached the maximum of 62 . 4 % at 28cand 2000 lux
  随着温度的提高，饱和吸附率呈不断上升的趋势，达到饱和吸附率的时间也不断延长；与温度相比，光照是次要的影响因素，随着光照强度的增加，噬藻体对宿主藻的吸附速度不断提高，饱和吸附率不断上升，达到饱和吸附的时间也不断延长。