失水基本解释

汉语拼音:shī shuǐ

1.谓鱼﹑龙等离开河海﹐失所凭依。

2.医学上谓因呕吐﹑腹泻等使人体失去大量水分的现象。

失水详细解释

  1. 谓鱼、龙等离开河海,失所凭依。

    《庄子·庚桑楚》:“吞舟之鱼,碭而失水,则蚁能苦之。” 汉 贾谊 《惜誓》:“神龙失水而陆居兮,为螻蚁之所裁。” 唐 李商隐 《重有感》诗:“岂有蛟龙愁失水,更无鹰隼与高秋。”

  2. 医学上谓因呕吐、腹泻等使人体失去大量水分的现象。

失水双语翻译,失水在线翻译例句

    • PF - TEMP are used to reduce API fluid loss less than 5 ml.

      TEMP用于将API失水降到低于5毫升.

    • The higher the water content, the lower the disease severity.

      枝条失水愈多, 发病愈严重.

    • The rate of water and the percentage of dehydrate is calculated.

      测试含水率,计算失水速率.

    • The premature failure in VRLA battery mainly attributed to the inner loss.

      密封铅酸蓄电池内部失水是引起电池早期失效的主要原因.

    • Pod dehydrated drastically at 16 - 18 DAA.

      花后16-18d豆荚急剧失水.

    • Monterey's transpiration of pistils and stigmas are lowest.

      Monterey的柱头和雌蕊的失水速率均较低.

    • Cracking lips, skin water loss.

      嘴唇开裂, 皮肤失水.

    • But It'significantly improved breathing and reduced swelling and weight because it promoted so much loss.

      但因其促进失水,可显著改善呼吸、减轻水肿和体重.

    • The perfect wet curing follows the of concrete age to prevent it from forming flaws.

      混凝土浇筑成型后,其拌合水不可以损失,应采用完美湿养护,防止形成失水缺陷.

    • Trimethylamine ( TMA ) and epichlorohydrin ( EPIC ) are used as raw materials to synthesize glycidyl - trimethylammonium chloride ( GTMAC ).

      以环氧氯丙烷 ( EPIC ) 和三甲胺 ( TMA ) 为原料,常温气液相反应合成失水甘油基三甲基氯化铵 ( GTMAC ).

    • The results show that the water loss of clay has a great impact on surface subsidence.

      研究结果表明黏土体失水对地表沉陷的影响比较大.

    • It included halothane gene , acid meat gene, intramuscular fat, firmness, fruice , drop loss, pH value and meat color.

      肌内脂肪的统计分析 、 候选基因及基因扫描定位结果:以及肌纤维 、 嫩度 、 多汁性 、 失水率 、 pH值和肉色的定位.

    • Serious person can have haematemesis , melaena, dehydrate even, and toxic reach shock to wait.

      严重者可有呕血 、 黑粪、甚至失水 、 以及中毒及休克等.

    • The loss inweight is temporary as the body's physiological mechanisms will quickly restore proper volumes.

      失水只是暂时的,人体机能能够很快补充合适的水量.

    • Varying increase in bound water content in genotypes was found during water loss of excised leaves.

      研究还表明,在失水过程中束缚水含量增加,且基因型间存在差异,可能影响离体叶片失水过程.