失水

na.water loss; dehydration

网络释义：desiccation; filtration; LOCA

网络释义

na.1.water loss; dehydration

1.water loss 十八醇 ||octadecanol 失水 ||water loss 失重 ||weightlessness,|| weight loss ...

2.dehydration degas ser 除气器 dehydration 失水 densimeter 密度计 ...

3.desiccation 失守〖 fall〗 失水〖 desiccation〗 神龙失水〖 exsiccosis〗 ...

4.filtration ... filtration unit 过滤装置 filtration 过滤；滤波；失水 filtration-control agent 渗漏控制剂 ...

5.LOCA 84.flowing pressure 流压 85.fluid loss 失水 86.formation 地层 ...

7.anhydration 脱水酶 anhydrase 脱水；失水；不含水 anhydration 脱水醋酸 dehydracetic acid ...

8.TEWL表皮细胞的失水（TEWL）反映了角质层细胞屏障功能的完整性。若干小规模的对照研究，没有显示人种差别在这（TEWL）方 …

1.Fever per se is not usually of any significant danger to the child, provided that the increased insensible water loss is replaced.只要增多的非显性失水得到补偿，发热本身对儿童通常不会有什么重大的危险。

2.Half the window-curtain of flowers on the water began to ease, as if there are micro-shed wake up the flavor.半掩窗，帘上失水的花卉开始舒缓，仿佛有微醒的香味散出。

3.When a leaf loses water, closing of stomata follows, but upon re watering, opening may be slow and does not follow rehydration of the leaf.当叶子失水时，气孔随之闭合，但是当再充水时，开张缓缓，而且叶子不能重新进行水合作用。

4.One of you always feepng pke a fish out of water?你们中的一个总是如鱼失水？

5.The instrument that checks radioactivity levels does not trigger an alarm, so operators still have no reason to suspect a LOCA.检查辐射水平的设备并未发出警报，因此操作员仍然没想到发生了失水事故。

6.The loss in water weight is temporary as the body's physiological mechanisms will quickly restore proper volumes.失水只是暂时性的，人体机能能够很快补充合适的水量。

7.For soluble carbohydrate, the best method was fast oven drying, followed by sun drying, with the air-drying method the poorest.从可溶性糖营养上看，以人工快速干燥失水方式最佳，其次为平摊晒干失水方式，风干失水方式最差。

8.Because your body loses more water with a fever, be sure to drink plenty of fluids to avoid dehydration.因为在发烧的时候身体失水比平时更多，一定要多喝水来避免脱水。

9.The results showed that respiratory rate of yellow sun-cured tobacco leaves during curing was sensitive to dehydrating rate.研究失水率对晒黄烟调制过程中叶片光合作用、呼吸作用的影响。

10.Using the theory of capillary tube tension, the characteristics of the shrinkage in different moisture contents were expounded and proved.运用毛细管张力理论，论证了混凝土砖在失水各阶段的干燥收缩特征。