读知识>英语词典>efflorescence翻译和用法

efflorescence

英 [ˌefləˈresns]

美 [ˌefləˈresns]

n.  全盛期; 最高潮期; (砖、岩石等表面的)风化物

复数:efflorescences 

化学

COCA.37603

牛津词典

    noun

    • 全盛期;最高潮期
      the most developed stage of sth
      1. (砖、岩石等表面的)风化物
        the powder which appears on the surface of bricks, rocks, etc. when water evaporates

        英英释义

        noun

        双语例句

        • An efflorescence of mystical and magical thinking, scientific and pseudo-scientific research, conspiracy theories and general pandemonium broke out.
          神秘和神奇思想,科学和伪科学研究,阴谋理论和公众混乱的全盛时期爆发了。
        • The results showed that using inoculated plantation, the activity of N-fixing enzyme and the rate of forming root nodules greatly increased, which improved N content, promoted the growth of grazing and accelerated the efflorescence of coal gangue.
          结果表明,接菌种植可以显著提高植物的固氮酶活性和结瘤率、改善煤矸石的氮素贫瘠状况,促进牧草根系和地上部分的生长和煤矸石的进一步风化;
        • Formation mechanism and inhibition of salt efflorescence in color cement products
          彩色水泥制品盐霜形成机理与抑制
        • Efflorescence makes it hard for meteorites to stay in densely populated areas, Hu explained, but they could last for millions of years in Antarctica's dry, cold weather.
          风化作用使陨石很难在人口稠密的地方存在,但是却可以在南极干燥、寒冷的气候里存在几百万年,胡解释道。
        • Study on formation and prevention of white efflorescence of color cement products
          彩色水泥白霜形成机理及抑霜技术研究
        • Because of the clear systematically variability of strength, deformation, efflorescence of rock slag mixture, its engineering property has not been systematically studied.
          基于山渣料具有强度特性、变形特性、风化程度等变异性大的特点,公路建设中对其工程特性缺乏系统地认识。
        • Efflorescence of ocean oil spill and its influence on environment
          海洋溢油的风化过程及其对环境的影响
        • The period from 1946 to 1969 was the efflorescence of English comparative law.
          1946年至1969年,英国的比较法进入了全盛时期。
        • Confocal Raman Study on ZnSO_4 Droplets in the Efflorescence Process
          共聚焦拉曼光谱研究ZnSO4微液滴的风化过程
        • Favorable volcanic facies, efflorescence and structural fracture are three major controlling factors of favorable volcanic reservoir.
          近火山口有利岩相带中,风化淋滤溶蚀作用和构造裂缝是营城组火山岩储层形成有利储集空间的主要控制因素。