介绍了可移动卧式排胶炉的基本结构。
The structures of portable horizontal rubber removal furnaces are described.
割胶促进排胶，也促进多胺的生物合成。
Therefore it was suggested that tapping could stimulate the biosynthesis of polyamines mainly putrescine.
该方法可预测密炼机排胶温度、排胶时间等。
This method could forecast the rubber discharging temperature, discharging time and so on.
这说明橡胶树品系的产排胶具有特异性，需要建立品系适宜性割胶制度。
These results suggested that there were specificity in latex production among clones, and it needs establish clone-suitable tapping systems.
口型的冠部截面大、口型圆角R小、流胶口大，排胶温度高，挤出速度慢，则膨胀因数小；
The swell factor tends to decrease if the cross section of die crown is large, the die round R is small, the runner is large, the dumping temperature is high and the extrusion speed is low;
结合DTA - TG曲线，分析排胶过程中物理化学变化，并比较几种成型法坯体的排胶工艺。
According to curve of DTA-TG, physical and chemical reactions under binder removal process were analyzed, meanwhile several binder removal processes were compared.
所述制作工艺为：配料、球磨、烘干、预烧、球磨、造粒、成型、排胶、烧结、刷银、烧银、极化。
The preparation technology comprises mixing, ball milling, stoving, presintering, ball milling, pelleting, forming, dumping, sintering, silver brushing, silver sintering and polarizing.
压裂返排液的主要成分是羟丙基胍胶及其它的有机添加剂，具有COD严重超标的污染特征。
Hydroxypropylguar gum and other organic additives are the predominant components of fracturing fluid recovery, which have excessive CODCr, the most important polluting characteristic of the sewage.
尾矿固结排放工艺流程主要包括泵砂、添加胶凝材料、尾矿脱水和脱水后尾矿堆排。
The cementation of tailings mainly includes the process of pumping sand, adding cementation material, tailings' dehydrating, and piling after dehydration.
对埋藏浅、储层温度低的油气藏进行压裂改造，需要解决压裂液低温破胶、快速返排和伤害问题。
The primal problem in low temperature and shallow gas reservoirs is to overcome the break, the flowing back, and the damage of the fracturing fluids.
结果玄麦咽康含片能显著抑制慢性肉芽肿的形成；抑制角叉菜胶引起的足跖肿胀；还能增加小鼠气管的酚红排泌量。
Results XBT could significantly inhibit the chronic cotton ball induced subcutaneous granulation hyperplasia in rats and had inhibitory effects on carrageenan induced swelling PAWS.
本发明为了解决湿排粉煤灰烘干后胶凝性差，并且烘干过程浪费能源的问题。
The invention aims to solve the problems of poor gelling property of wet discharged fly ash after being dried and energy waste during the drying.
本发明为了解决湿排粉煤灰烘干后胶凝性差，并且烘干过程浪费能源的问题。
The invention aims to solve the problems of poor gelling property of wet discharged fly ash after being dried and energy waste during the drying.
应用推荐