foam fermentation

Cause analysis and countermeasures for blistering of heat insulating and corrosion resistant coat on the surface of tank;

储罐外壁隔热防腐涂层起泡原因分析及对策

Coating Blistering Causes for Large and Medium Buses and their Preventive Steps;

大中型客车涂层起泡原因及预防措施

Analysis of bubble phenomenon on the worsted fabric;

精纺织物起泡现象的成因分析

The performance of strippable membrane has been investigated in this paper The test is focused on the origin of bubble and the effect of stuffings on strippable membran

重点研究了试验过程中出现的起泡问题及填料对涂膜的作用。

The lump phenomenon of steel wire rope' middle strand in production for common structure and specification by double-strander has been analyzed.

对双捻机用于普通结构、规格钢丝绳的股生产时,常周期性出现的中心钢丝产生折弯冒出到股的表面,形成一些小“疙瘩”,俗称“起泡”的现象,从双捻机的捻制原理及捻制特点进行了分析。

Study on the mechanism of osmotic pressure bubbling from organic coating on metal;

金属表面有机涂层渗透压起泡机理的研究

The structure and characters of complex ion-exchange membrane are related in brief;the reasons for bubbling and damage of ion-exchange membrane in the practical production are analyzed on the aspeets of lamination pressure,operational conditions and deposits.

简述复合型离子膜的结构、特点,认为离子膜在实际生产中起泡、损伤的原因有:层间压力、操作条件、沉积杂质,避免离子膜起泡、损伤能够采取的有效措施有:避免膜反向安装,保证阳极液NaCl质量浓度190～210g/L,阴极液NaOH质量分数30%～35%,减少开、停车次数,保证盐水质量及适宜的操作温度、压力。

This article has discussed various causes, analyzing and judging methods and prevention measures of bubbling of coatings film of large &medial scale passenger buses.

介绍了大中型客车涂层起泡的各种原因、分析判断方法以及预防措施。

Testing results show that slag is sure foaming.

研究结果表明，铁浴式熔融还原熔渣会产生泡沫渣现象，泡沫渣的产生与渣中ＦｅＯ的浓度及其还原速度，熔渣的碱度等因素有关，在熔体添加焦碳颗粒能抑制熔渣的起泡，使熔渣的起泡能力降低或不起泡。

At the same time,the degradation of activator at elevated temperatures and the behaviors of absorption,desorption and foaming after degradation were discussed.

利用常压搅拌反应器和解吸装置，在规定的吸收和解吸条件下，对ＭＤＥＡ溶液的活化剂哌嗪和二乙醇胺的活化效果进行了定量比较，同时对活化剂的高温降解性能以及降解后的吸收、解吸和起泡性能进行了研究。

The effect of rolling oil foaming on product quality in the rolling process of cold rolling aluminum sheet strip was discussed.

通过分析冷轧铝板带材轧制过程中轧制油起泡对产品质量的影响,阐述了轧制油起泡的原因,并提出了针对轧制油起泡的对策。