1.
Acrylic fibers are strong, resilient, resistant to moisture, mildew and weathering
丙烯腈纤维强度高,弹性好；抗湿性、抗霉菌性、抗风化性均较好。
2.
This is due to the higher weathering resistance of hydrothermally altered rock.
这是由于热液蚀变岩石具有较高的抗风化力的缘故。
3.
Antioxidant constituents of Sarcandra glabra(Thunb.)Nakai
肿节风中咖啡酸衍生物及抗氧化活性
4.
Technical Method Road Greening for Anti-typhoon in Guangzhou Urban Area
广州市区道路绿化抗风灾的技术方法
5.
The Purification of RA33/36 Antigen and the Diagnostic Value of Anti-RA33/36 Antibody in Patients with Rheumatoid Arthritis;
RA33/36抗原的纯化及其抗体在类风湿关节炎中的意义
6.
Resistance Risk Analysis and Biochemical Mechanism of Spodoptera Litura to Indoxacarb
斜纹夜蛾对茚虫威抗性风险分析及其抗性生化机理
7.
Resistance Risk Analysis and Biochemical Mechanism of Spodoptera Litura to Avermectin
斜纹夜蛾对阿维菌素抗性风险分析及其抗性生化机理
8.
Expression,purification and functional identification of the humanized monoclonal antibody against ScFv of tetanuss toxin
人源抗破伤风毒素单链抗体(ScFv)的原核表达、纯化及功能鉴定
9.
Studies on Chemical Constituents of Active Fraction from Caulophyllum Robustum for Anti-Rheumatism;
类叶牡丹抗风湿有效部位的化学成分研究
10.
Simplified Analysis of Double-layer Space Grids and Numerical Simulation on Wind-resistant of Latticed Dome;
网架结构简化分析及球面网壳抗风数值模拟
11.
Detection and Cloning of Melanocyte Surface Antigens Associated with Vitiligo;
白癜风相关黑素细胞膜抗原的分析及纯化
12.
THE CLINICAL AND EXPERIMENTAL RESEARCHES ON ANTI-EPILEPSY USEING THE METHODS OF TONIFYING QI,CALMING THE WIND AND ELIMINATING THE PHLEGM;
益气熄风化痰法抗癫痫的临床与实验研究
13.
Analysis on Mechanism of Resistance Industry Cluster s Endogenous Risk by Modulization;
模块化抗产业集群内生性风险的机理分析
14.
Rapid screening of TLC antirheumatic traditional Chinese medicines of add chemicals
TLC法快速筛选抗风湿类中成药中的化学药品
15.
Experiment on Afforestration Model of Resistant Species on Semiarid Sand Area
半干旱风沙区抗逆树种优化造林模式试验
16.
The Seawater Aquaculture Industrialization in Large-Scale Deep-Water Cages
我国大型深水抗风浪网箱养殖产业化初探
17.
Counting and structural optimization of the outdoor billboards
户外广告牌抗风能力的计算与结构优化
18.
An Analysis of the Integration of the Custom and Culture of Chongqing People Living in the Upstream and Downstream of Yangzi River during the War against Japan
浅谈抗战时期重庆“上下江人”的风俗文化融合