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- Heat shock treatment system 热激处理
- Effect of Heat Shock Treatment on Preservation of Peach 热激处理对黄桃保鲜效果的影响
- Study on the Effect of Heat Shock Treatment on Cabbage Seedling 热激处理对甘蓝幼苗热害指数的影响
- STUDIES ON THE EFFECTS OF HEAT SHOCK TREATMENT ON THE VIGOR OF CABBAGE SEED 热激处理对甘蓝种子活力的影响研究
- Shanghai Huayi Heat Treatment System Co., Ltd. 上海华一热处理系统有限公司。
- Effect of Heat Shock Treatment on Fresh- keeping of Mini-processing Broad Bean Seed 热激处理对微加工蚕豆保鲜效果的研究
- Physiological Effects of Heat Shock Treatment on Sweet Peppers to Enhance Chilling Injury Resistance 热激处理对采后甜椒果实抗冷害的生理效应
- Effect of Heat Shock Treatment on Browning and Related Enzyme Activities in Cold-Stored Broadbean Seeds 热激处理对冷藏蚕豆种子褐变和有关酶活性的影响
- Study on the predictive dynamic temperature model of Golden Delicious apple fruit during heat shock treatment 热激处理金冠苹果果实内部温度动态预测模型的研究
- Heat Shock Treatment on Cotton in Its Early Growing Period in Relation to Boll Abscission in High Temperature Season 棉花早期热激处理与高温期蕾铃脱落关系的初步研究
- Effects of heat shock treatment on chilling injury and physiological responses of Eriobotrya japonica fruit during cold storage 热激处理对冷藏枇杷果实冷害的生理作用
- Effects of heat shock treatment on the contents of four endogenous phytohormones and chilling injury of nai-plum fruits during cold storage 热激处理对冷藏柰李四种内源激素含量及冷害的影响
- The effects of heat shock treatment on the floral formation of cucumber excised cotyledons and the electrophoresis patterns of soluble proteins 热击处理对离体子叶培养物花芽分化与可溶性蛋白谱的影响
- The wastewater treatment system should be properly maintained. 污水处理设施必须妥善维修。
- After a series of heat treatment process tests, the age treatment system of 2A14-T6 is established. 经过一系列热处理工艺试验 ,确定了 2A1 4-T6合金大规格棒材的人工时效制度。
- Previous heat shock treatment 热休克预处理
- OTTO MuLLER--The renowned manufacurer of surface treatment system in Germany. 德国著名德表面处理设备厂家。
- Acquisition of stress tolerance by pressure shock treatment in yeast. 间歇压力处理获得的酵母耐压性。
- The chapter two is about the national treatment system in GATT/WTO agreements. 接下来,在第二章中具体研究了GATT/WTO协定中的国民待遇制度。
- Non-touch soldering technology avoids component moving and heat shock. 采用非接触焊接技术,可避免组件移位及热冲击。