湿重 meaning in Chinese
green weight
soaking weight
weight in wet base
wetweight
ww wet weight
Examples
- A typical yield of cells was 2 . 4g ( wet weight ) , harvested from a working volume of 8 liters
由8升的培养液得到的典型产量为2 . 4g (湿重) 。 - The rat arteriovenous shunt thrombosis test showed that both congsheng capsules and hydergine could obviously decrease both wet weight and dry weight of thrombus
通过大鼠动静脉旁路血栓形成试验，表明聪圣胶囊和喜得镇均可明显降低血栓湿重和干重。 - Sheng di huang should not be used in cases of pixu with dampness , yangxu , and in pregnant women with blood deficiency of pixu or weixu ( stomach deficiency )
生地黄?脾虚湿重?阳虚?大便溏泻者不宜用；中焦湿胜者要慎用为宜。怀孕期间有血虚?脾胃虚弱不宜用。 - And then the sde ligands were immobilized on the spacer arms - containing paam beads by glutaraldehyde or edc to prepare the bionic adsorbents . the factors that can influence the immobilized ligand density were also studied . the optimum conditions of coupling sde ligands through its - nh to paam beads by glutaraldehyde are : the initial concentration of 5mg / ml ( 8g wet paam beads ) of sde gives more efficient results than the higher ones ; the concentration of glutaraldehyde which activated paam beads is 5 % ; ph of activation is 7 . 0 ; the coupling reaction time is at least 4 hours
同时对影响sde配体固定化量的各种因素也做了初步的探讨，结果如下：戊二醛固定化sde配体的最适条件为： sde配体的初始浓度为sing ml （载体用量为sg ，湿重）时，效率最高；活化载体时的ph值为7刀；戊二醛的活化浓度为5 ：偶联时的ph值为7刀；偶联时间不少于4小时。 - Our factory increase a set of intensifier with non - grade - adjustable rating speed to form the intensive air drying , the wet material mixed with hot air fully by screw feeder in the intensifier and material surface is crashed into fine granules and moving to the outlet as well as drying , under rapid rotating hitting and pushing . in the long run , the materials get a further even drying in the dryer pulled by the wind force and those wet and weighty granules the wind force can not pull continue to be crashed , dried until they are pulled by the wind force into the dryer
我厂强化型气流干燥是在基本型上增加一套转速可以无级调节的强化器组成，湿物料通过螺旋加料器进入强化器后和热气流充分混合，在飞速旋转的击刀击碎和推进下，物料被破碎成细颗粒，在干燥同时向出口移动，最后在风力吸引下进入干燥管，进一步均匀干燥，风力无法吸引的湿重颗粒继续被击碎、干燥、直至能被风吸起进入干燥管。