Alkali draws back the seersucker to utilize the cotton fiber to meet dense lye to produce the diameter to increase, principle that the length shortens. 碱缩泡泡纱是利用棉纤维遇到浓碱液产生直径增大,长度缩短的原理。
Study on the Process of Extracting Protein from Distiller's Grains in Alkali lye Condition 碱法提取白酒米糟蛋白质工艺的研究
And the interaction of alkali lye with formation water to form inorganic precipitates. 碱液与地层水相互作用生成无机垢等。
After the study, the utilization of lye change consists of production of alkali sulfide with evaporation process for industry purpose, extracting Na2S after crystallisation, paper pulp making, regenerating lye with precipitation measure and recycling naphthenic acid with neutralization method. 通过研究,综述了炼油废碱液的利用技术主要有熬制工业硫化碱、结晶提取Na2S、废碱液造纸制浆、沉淀法再生废碱液和中和法回收环烷酸等。
The results showed that the mouthfeel 、 hardness of moon cake would improved by increasing the quantity of syrup and alkali lye 、 decreasing the outside thickness of cake. 结果表明适当提高饼皮中糖浆与碱水的添加量,降低饼皮的厚度,可以降低月饼的硬度,改善口感。
The demineralized water is prepared from the inverse penetration freshwater by using ion-exchange resin. The utilization of high purity fresh alkali instead of industrial lye can save the regeneration cost by 80%, and what is more, it greatly decreases the regeneration cycle. 以反渗透淡水为水源,采用离子交换法制备脱盐水,用高纯度片碱取代原工业液碱作再生剂,实现再生费用节约80%,再生频率也大幅下降。
The sample has high chemistry purity, its absorbency of alkali lye is good, and it is a representative γ-crystal. 试验样品化学纯度高,吸液量大,是典型的γ晶体;
Choose of extractant in the treatment of EXHANSTED alkali lye in cyclohexane oxidizing 萃取处理环己烷氧化废碱液萃取剂的选择
Removing the sulfide in the spent alkali lye by homogeneous catalytic oxidization 均相化学催化氧化法处理废碱液中硫化物的研究
Rice straw was pretreated by means of dilute alkali lye and liquid ammonia under high temperature and high pressure. The effects of the pretreatment were compared in simulated stomach of pig. 采用高温高压、稀碱液、液氨对稻草粉进行预处理,并模拟猪胃环境对预处理效果进行了比较。
Treatment of Waste Alkali Lye Containing Ethene and Refinery Alkaline Residue with Mild Wet Oxidation Method 采用缓和湿式氧化工艺处理乙烯废碱液和炼油废碱渣
Homogeneous catalytic oxidization technology is used for removing sulfide from spent alkali lye of ethylene cracking, and the various factors of influencing removal efficiency are investigated. 采用均相化学催化氧化技术对乙烯裂解废碱液进行了处理,考察了影响处理效果的各种因素。
The best laboratory process conditions for the refining are explored as followed: in the first time neutralization the alkali lye concentration is 2.0%, decolorize active soil-white consumption is 2.0%; 得出实验室最佳工艺条件:第一次碱中和碱液浓度2.0%,第一次脱色白土用量为2.0%;
The key problems in alkali neutralization are controlling the addition amount of lye ( NaOH) and keeping appropriate reaction temperature. 碱炼中的关键问题是加入碱液(NaOH)的量以及温度的控制。