Application of ceramic filter in dewatering of phosphate concentrate;
陶瓷过滤机在磷精矿脱水中的应用
Application of sulphuric acid in dewatering process of bauxite positive flotation concentrate;
硫酸在铝土矿正浮选精矿脱水工艺中应用的技术经济效果
Application of Matte INBA Granulation and Dewatering Process in Xiangguang Copper;
冰铜INBA粒化和脱水法在祥光铜业的应用
The process research of methanol dehydrates to DME;
甲醇脱水制二甲醚工艺研究
Experimental Study of Dehydrate and Brain Atrophy and reversibility;
脱水-脑萎缩-可逆性的实验研究
The key process technology influencing the quality of dehydrated legunes was studied in this paper.
对影响脱水豇豆质量的关键技术——烫漂时间与脱水烘干时间进行了试验。
Parameters of steaming treatment before dehydration on day-lily flowers;
脱水黄花菜前处理最佳工艺参数研究
Research on methods for the full dehydration of raw material gas for the production of vinyl chloride by calcium carbide method;
电石法氯乙烯的原料气深度脱水的研究
Effect of ulrtasound on the dehydration of oily scum;
超声对含油浮渣脱水性能的影响
Dewater Test of Simulating Waste in Incineration Plant Waste Pit;
垃圾在模拟焚烧厂地坑中的脱水实验
In this work,the processes for purifying the bentonite suspension with high concentrate by hydraulic cyclone and dewatering,the obtained product by pressure filtration were investigated.
研究了膨润土采用水力旋流器在较高矿浆浓度下进行分级提纯和压滤脱水的工艺、获得的提纯膨润土产品蒙脱石含量高(达95%以上)。
In order to ameliorate the dewaterability and degrease performance of restaurant garbage,and to improve the treatment effect,a complete trail series with 2 factors on 5 levels was implemented.
为了改善餐厨垃圾脱水和脱油性能,提高处理效果,对餐厨垃圾湿热工艺中的温度和加热时间等主要影响因素进行了2因素5水平的完全试验,分析了湿热处理产物的比阻、脱水率和可浮油含量等指标的变化规律,构建了餐厨垃圾固相脂质浸出反应动力学模型,研究了湿热处理参数对餐厨垃圾脱水和脱油性能的影响机理。
The Relationship between Desiccation Sensitivity and Metabolism of Nucleic Acids and Proteins in Recalcitrant Wampee〔Clausena lansium(Lour.) Skeels〕Seeds;
黄皮种子脱水敏感性与核酸、蛋白质代谢的关系
Desiccation Alters the Stability and Distribution of Pea Seed_borne Mosaic Virus in Pea (Pisum sativum) Cotyledon Cells ;
种子脱水改变豌豆种传花叶病毒在子叶细胞中的稳定性与分布方式(英文)
Membranes are considered one of the primary sites of lethal damage to cells that are not desiccation tolerant.
膜系统是引起脱水敏感细胞的损伤和死亡的原初位点之一,该文综述了近年来对以下各问题以及它们之间的关系的研究进展:(1)膜相变;(2)膜系统和生物大分子受到的压力;(3)玻璃态的形成及其部位;(4)造成玻璃态形成的溶质分子的大小对膜相变的影响;(5)两性物质在细胞质水相和膜脂脂相间的再分配。