1.
Rapid Purification of Kallikrein with the Combination of Hydrophobic Interaction Chromatography and Salt Precipitation;
硫酸铵盐析与疏水层析相结合快速分离纯化猪胰激肽释放酶
2.
Analysis on Drainage of Limestone Water in Coalbed Floor Based on Visual Modflow
基于Visual Modflow的煤层底板灰岩水疏放性分析
3.
Preparation of Oleophobic/Hydrophobic-Hydrophilic Smart Surface and Its Switching Mechanism
疏油/疏水-亲水转换涂层的制备及其转换机理
4.
Study on Inclusion Body Protein Refolding Assisted by Hydrophobic Interaction Chromatography and Osmolytes;
疏水作用层析及其渗透质辅助包涵体蛋白质复性的研究
5.
Study of Drainage for Limestone Water of Coal Floor Based on Visual Modflow
基于Visual Modflow煤层底板灰岩水疏放性研究
6.
Quaternary Sand Aquifer Drilling Dewatering in Junde Coal Mine
峻德矿含水第四纪砂层地表钻孔疏干
7.
Study on the Law of Dewater Settlement of Bottom Aquifer in Overburden;
深厚表土底部含水层疏排水沉降规律研究
8.
Synthesis, Characterization and Performances of Waterborne Polyurethane Coatings and PVDF Based Hydrophobic Coatings;
水性聚氨酯与PVDF基疏水涂层的制备、结构及性能
9.
Preparation of Super-hydrophobic and Super-hydrophile Coatings by the Effect of Binary Collaboration
利用二元协同效应制备超疏水、超亲水涂层
10.
The parameters measurement in the study of restraining frost deposit on the high moisture-repellent surface
高疏水性镀层防止结霜研究中的参数测控
11.
Preparation and Studies on Micro-porous Layer with Hydrophilic/Hydrophobic Composite Pores Structure;
亲/疏水复合孔结构微孔层的制备及其性能研究
12.
RESEARCH ON SAFETY DRILLING PERIOD OF HORIZONTAL WELL IN THE LOOSE SANDSTONE RESERVOIR
疏松砂岩储层水平井安全钻井周期确定研究
13.
Some problems easy to be missed in high rise building water supply and sewerage works
高层建筑给排水工程施工易被疏忽的一些问题
14.
The Influence of The Yarn of Partial Hydrophobic Fibres on Moisture Absorption & Excluding Properties of Monolayer Fabric
含疏水纤维的纱线对单层织物吸放湿性的影响
15.
Forecasting Fountain Quantity of Irrigation Section of Changma in Shulehe Drainage Basin;
疏勒河流域昌马灌区泉水量预测分析
16.
Numerical Calculation Analysis on Cause of HP Turbine Drainpipe Broken
高压缸疏水管超温爆管机理计算分析
17.
Analysis and Application of Hydrophobic Pump Frequency Conversion Energy Saving in Thermal Networks
热网疏水泵变频技术节能分析及应用
18.
The cuticles of most vascular plants are covered with a thin layer of largely hydrophobic constituents.
大部分维管囊植物的角质层都被有薄薄一层很疏水的成分。