1.
Effect of Sugar Permeability Technique by Microwave on Quality of Preserved Small Tomato
微波渗糖工艺对圣女果果脯品质的影响
2.
Optimizing osmotic dehydration of a sweet potato-sucrose system in an ultrasound field
红薯-蔗糖体系的超声渗透脱水研究
3.
Study of Electrodialysis by Coupling Membrane for Treating Garbage Leachates
改性壳聚糖、海藻酸钠双隔膜电渗析处理垃圾渗滤液
4.
Study on Effects of Chitosan Oligomers and D-Glucosamine Amides on Drugs Transdermal Delivery Properties;
壳低聚糖及D-葡萄糖胺酰胺对药物经皮渗透的调控研究
5.
Dehydration of Aqueous Ethanol Solution Using Zeolite Filled Chitosan Pervaporation Membranes;
沸石填充壳聚糖渗透蒸发膜乙醇脱水的研究
6.
Tudy of Clinical Pathological Feature of 14 Cases with Hyperosmolar Non-Ketotic Diabetic Coma;
14例高渗性非酮症糖尿病昏迷临床分析
7.
Effects of Chitosan on the Osmotic Stress Resistance of the Ophiopogon Bodinieri Levl.Leaves;
壳聚糖对沿阶草叶片抗渗透胁迫的影响
8.
The Clinical Analysis between Myocardial Enzyme Changes and Hyperglycemic Hyperosmolar Status
高血糖高渗状态患者心肌酶谱变化的临床分析
9.
Experiment study of loading trehalose into human red blood cells by electropermeabilization
电渗透用于强化海藻糖载入红细胞的实验研究
10.
Diphasic function of xylitol in osmotic pump preparations as a novel excipient
木糖醇作为渗透泵制剂新辅料的双重作用研究
11.
RESEARCH ON REVERSE OSMOSIS TREATMENT OF THE RECYCLE OF THE CONDENSATE FROM CANE MILLS TO THE BOILER SUPPLY WATER
反渗透处理糖厂二效汽凝水回用锅炉的研究
12.
Research on the Permeability of Gold-alginate-chitosan Microcapsules Prepared by Gold Nanoparticles
金-海藻酸钙-几丁聚糖微胶囊渗透性的研究
13.
Loading Trehalose by Electropermeabilization Increased the Survival of Freeze-dried Red Blood Cells
电渗透法载入海藻糖可以提高红细胞冻干效果
14.
HPGPC Determination of Relative Molecular Mass of Inulin
高效凝胶渗透色谱法检测菊糖相对分子质量
15.
Effect of Polarized Solution on Hyperglycemic Hyperosmolarity in Critically Ill Children
极化液治疗危重患儿高糖性高渗血症临床分析
16.
Separation performance of xylo-oligosaccharides from wheat straw using nanofiltration membrance and technology for diafiltration
秸秆低聚木糖溶液纳滤分离特性和渗滤工艺
17.
The genes related with the osmotic expansion in sugar cataract
糖性白内障渗透性膨胀期相关机制的研究进展
18.
The formation of diabetes-associated cataract can be explained by osmotic stress, the maillard reaction and auto-oxidation of reductive sugar.
糖尿病性白内障可由渗透压机理、糖基化反应和还原糖自氧化学说解释 ;