1.
Tropicalization Centre in Viet Nam
越南抗湿热处理中心
2.
Research on Dengue Fever Damp-heat Feature and the Mechanism of Clearing Heat and Promoting Urination Method to Resist the Damage of Blood-brain Barrier for Dengue Encephalitis;
登革热湿热特征及清热利湿法抗登革脑炎脑屏障损伤机理研究
3.
The heat treatment improves the tensile strength.
热处理能提高抗拉强度。
4.
Effect of Heat-moist Treatment on Formation of Slowly Digestible Starch
湿热处理对缓慢消化淀粉形成的影响
5.
Analysis of Small Heat Pump Air-conditioning Unit Based on the Temperature-humidity Control Separately
热湿分别处理的小型空调机组的分析
6.
Experimental Study on Molecular Mechanisms of Anti-liver Fibrosis with Eliminating Heat and Wetness Evil Therapy
清热祛湿法抗肝纤维化的分子机理研究
7.
Study of the Effect of Steam Hydro-Thermal Treatment on the Properties of Poplar;
蒸汽湿热处理对速生杨材性影响的研究
8.
Studies on the Stability of Constructed Wetland in Treating Wastewater in Subtropical Zone;
亚热带人工湿地污水处理过程稳定性研究
9.
Study on Effect of Heat-Moisture Treatment upon Processing Quality of Hard Wheat;
湿热处理对硬质小麦加工适应性的影响
10.
Research on Indoor Air Quality of Hybrid Air-Conditioning System with Temperature and Humidity Decoupled Treatment
热湿解耦处理复合空调室内空气品质研究
11.
Effects of heat-moisture treatment on formation and characteristics of slowly digestible starch
湿热处理对慢消化淀粉形成和性质的影响
12.
The Effects of MOE and Wettability of Poplar Treated with Hot Water and Enzyme;
水热处理和酶处理对速生杨木弹性模量和表面润湿性能的影响
13.
Moist heat treatment inactivates the antinutritional factors present.
温热处理可以抑制抗营养的因素出现。
14.
Study on Heat Treatment Improving the Chilling Tolerance in Postharvest Nai Plum Fruits;
热激处理提高奈李果实抗冷性的研究
15.
Studies on the Effects of Medicament Treatment on Improving the Heat-resistance of Primula .L;
药物处理对报春花抗热性的影响研究
16.
Influence of Post Heat Treatment after Welding on Corrosive Resistance of the 20g Steel
焊接后热处理对20g抗腐蚀性能的影响
17.
Steam Sterilizing Treatment Process for Medical Waste and Heat Mass Transfer Models in Moist Sterilization;
医疗废物高温蒸汽处理工艺及湿热灭菌中热量质量传递模型
18.
Effect of plasma treatment hygrothermal properties of T700 carbon fiber reinforced epoxy resin composites
等离子体处理对T700/环氧复合材料湿热性能的影响