1.
A Preliminary Study on Damp-heat Syndrome of Seasonal Febrile Disease Dominant Damp Over Heat Model and Dominant Heat Over Damp Model-making
湿病湿热证湿重于热与热重于湿模型制作的初步研究
2.
Experimental Study on Quantization of Splenogastric Hygropy-rexia Syndroma with Predominance of Wetness and Heat
脾胃湿热证湿热偏重量化的实验研究
3.
The Experimental Study on Quantizing Dominant Wet and Dominant Heat Type of the Spleen and Stomach Wet Heat Syndrome
脾胃湿热证湿、热偏重量化的实验研究
4.
ceramic humidifier for radiators
陶瓷加湿器,用于散热器
5.
Preliminary Study on Relationship between Mechanism of Wet Heat More Emphasis on Damp-heat Syndrome of Viral upper Respiratory Tract Infection and Antioxidant Capacity
湿热型上呼吸道病毒感染湿、热偏重与氧化应激反应的初步研究
6.
humid heat, atmosphere
湿热、 潮湿的空气.
7.
Research on Dehumidifying by HRV Based on Humidity Model in Solar-greenhouse;
基于日光温室湿度模型的热交换除湿研究
8.
Meteorologists Contribute Recent Sultry Weather in China to Humidity
气象专家说，近来中国天气闷热缘于湿度大
9.
Alligator lives in the rivers and lakes in the hot wet parts of America and China.
短吻鳄产于美洲和中国的江湖及湿热地带。
10.
Either wet or dry heat may be used depending on the fiber.
采用干法热定形还是湿法热定形取决于纤维的类型。
11.
Study of Improving Heat and Mass Transfer Performance Based on Coupled Heat and Moisture Transfer Characteristics
基于热湿传递耦合特性提高热质传递性能的方法研究
12.
Clinical Observation on the Treatment for Eczema (Damp-Heat Type) with Chushiyin
除湿饮治疗湿疹（湿热证）的临床观察
13.
The Studies Characteristics of Methane/Wet Air Autothermal Catalytic Reforming Reaction and Carbon Deposition under the Low-Temperature
甲烷/湿空气低温下自热催化重整反应与积碳特性研究
14.
Study on Dormitory Indoor Environment and Energy Consumption in Chongqing
重庆市高校学生宿舍夏季热湿环境与能耗现状调查研究
15.
The image analysis and thermal-gravity study on the components of gypsum in the desulphurization productions from WFGD
湿法烟气脱硫产物中石膏含量的镜像和热重实验研究
16.
The Relationship between the Degree of Dampness-heat ofLiver-gallbladder and the Biochemistry indicate
重症肝炎肝胆湿热程度与生化指标及预后的关系
17.
Wetland ecotourism is important to sustainable development of wetland area, which is the trend of wetland tourism development.
湿地生态旅游对于湿地可持续发展具有重要意义，是未来湿地旅游的发展方向。
18.
"Though hydrometallurgy originated in the 16th century, its principal development took place in the 20th century."
湿法冶金开始于16世纪,在20世纪获得重大发展。