1.
Study on the thermal property and the low-temperature dehydrated phases of titanium gypsum
钛石膏的热性能及其低温脱水相的研究
2.
degumming at low temperature
低温脱胶,低温精练
3.
The Role of Dehydrin in Plant Response to Cold Stress
脱水素在植物低温胁迫响应中的作用
4.
Storage of Dunaliella Salina and Platymonas Helgolandica Var. Tsingtaoensis by Encapsulation-dehydration under Normal Temperature and Low Temperature
包埋—脱水法常温和低温保存两种绿藻的研究
5.
Cryopreservation of Rice (Oryza sativa L.) Embryonic Cell Suspensions by Encapsulation-Dehydration
水稻胚性悬浮细胞的包埋脱水法超低温保存
6.
The Freezing-drying Method Synthesizes 2,2-two Methyl Propyl Ethers;
低温吸咐脱水法一步合成二甲氧基丙烷
7.
Study on Dehydration of Low Temperature Coal-Tar and Extraction Condition of Phenolic Compound
中低温煤焦油脱水及酚类物提取的研究
8.
Analysis on the Dehydrogenase Activity in Cold-resistant Bacteria in the Processor of Low-temperature Wastewater
低温污水处理器中耐冷菌脱氢酶活性分析
9.
Preparation of Clinkers Using Flue Gas Desulphurization Gypsum as CaO Resource Substituting Limestone at Low Sintering Temperature
脱硫石膏取代石灰石低温制备水泥熟料的研究
10.
Enhanced Biological Nitrogen Removal at Low-temperature Based on Operation Data of Wastewater Treatment Plants
基于污水厂运行数据的低温生物脱氮强化研究
11.
Storage of Nitzschia Closterium f. Minutissima and Chaetoceros Muelleri by Encapsulation-dehydration under Normal Temperature and Low Temperature
包埋—脱水法常温和低温保存两种饵料硅藻的研究
12.
Studies on the Conservation of Two Species of Isokont Golden Brown Algae by the Method of Encapsulation-dehydration at Normal Temperature and Low Temperature
包埋—脱水法常温和低温保存两种等鞭金藻的研究
13.
Study on Changes in Desiccation Tolerance and Cryopreservation of Archontophoenix Alexandrae Seeds during Their Development;
假槟榔种子发育过程中脱水耐性的变化及超低温保存的研究
14.
Study on Low-Temperature Thermal Desorption of Hydrophobic Organic Pollutants from Soil Using Gas Chromatographic Method;
土壤中疏水性有机污染物低温热脱附过程的气相色谱法研究
15.
Mechanism of mercury speciation transformation based on combined removal at medium-to-low temperature
基于低温联合脱除的中低温Hg形态转化机理
16.
In this way, carbohydrates function as cryoprotectants and protect against the dehydration that destroys structure and texture caused by freezing.
通过这种方式,碳水化合物发挥低温保护剂和防止因冷冻而破坏结构和组织引起脱水的作用。
17.
Study on the Removal of SO_2/NO with Dielectric Barrier Discharge Non-thermal Plasma
介质阻挡放电低温等离子体脱硫脱硝研究
18.
DECREASE LOW TEMPERATURE ADJUSTING WATER AND INCREASE LOW PRESSURE ABSORPTION EFFICIENCY
降低低调水温度 提高低压吸收效率