1.
testing method for low temperature effect on coated cloth
涂覆织物耐低温试验法
2.
Studies on Physiological Change of Acer Negundo L. Qingzhu under Chilling Stress and Waterlogging Stress;
青竹复叶槭耐水淹与耐低温生理研究
3.
Studies on Screening of Barley Genotypes with Frost Tolerance: Physiological and Genetic Aspects
大麦耐低温种质资源筛选和耐性机理研究
4.
THE SELECTION OF A NEW EARLIER MATURING AND COLD RESISTANT COTTON STRAIN "6913"
极早熟、耐低温棉花新品系“6913”的选育
5.
Study on Kinetics of Phenol Biodegradation by Low Temperature-Resistance Strain
耐低温苯酚降解菌的降解动力学研究
6.
Analysis of Physiological Index of Squash Seedlings in Tolerance to Low Temperature and Weak Light
西葫芦幼苗耐低温弱光生理指标分析
7.
Identification of The Resistance to Low Temperature and Low Light of Inbred Lines of Cucumber at Seedling Stage
苗期黄瓜自交系耐低温弱光鉴定研究
8.
Enhancement of Salt and Low Temperature Tolerance in Cotton by Transformation of betA Gene;
betA基因的异源表达提高了棉花耐盐和耐低温能力
9.
Study on the Mechanism of Grafted Cucumber' Tolerance to Low Temperature and Photoinhibition;
黄瓜（Cucumis sativus L.）嫁接苗耐低温及光抑制的探讨
10.
Study on Preparation and Performance of Acrylate Adhesive for Binding Paper to Plastic;
环保型高强度耐低温乳液型封口胶的制备研究
11.
Assessment of Watermelon Germplasms of Chilling Tolerance and Genetic Diversity;
西瓜种质资源耐低温评价及遗传多样性分析
12.
Genetic Analysis and Molecular Marker on Chilling Tolerance of Soybean in Early Stage;
大豆耐低温出苗的遗传分析与分子标记
13.
Selection for Cold-Resistent Strain by Mutagenesis of Volvariella Volvacea and Molecular Biological Identification;
草菇耐低温菌株的诱变选育与分子生物学鉴定
14.
STUDY ON THE METHOD OF EVALUATING THE TOLERANCE TO LOW TEMPERATURE OF CHINESE CABBAGE(Brassica campestris,ssp.)COLLECTED DURING ITS SEEDLING PERIOD;
苗期食用大白菜耐低温鉴定方法的研究
15.
Screening and Proteome Research of Soybean Low Temprature Tolerance Germplasm;
大豆耐低温资源筛选及蛋白质组学研究
16.
Study on the Behaviour of Low-temperature-resistant Fructification Eggplant and Physiological Mechanism;
茄子耐低温结果习性与生理机制的研究
17.
Chescials-resistant, corrosion resistant, temperature and humidity resistant adhesive materials.
耐药品、防腐蚀、耐高低温、潮湿面等接著剂。
18.
Studies on Mutation Breeding of Mushroom Pleurotus Ferulae with High Concentration of Temperature by Low-energy N～+ Beam Implantation;
低能N～+束诱变选育耐高温阿魏菇研究