shell shock

英 [ˈʃel ʃɒk]

美 [ˈʃel ʃɑːk]

n.  弹震症，战斗疲劳症(长时期作战引起的精神疾患)

医学

牛津词典

noun

• 弹震症，战斗疲劳症（长时期作战引起的精神疾患）
  a mental illness that can affect soldiers who have been in battle for a long time

柯林斯词典

• N-UNCOUNT 炮弹休克，弹震症(一种因曾置身战火而引起的精神紧张或错乱)
  Shell shockis the confused or nervous mental condition of people who have been under fire in a war.
  1. The men were suffering from shell shock.
     这些男人患了炮弹休克症。

英英释义

noun

• a mental disorder caused by stress of active warfare
  Synonym:battle fatiguecombat fatiguecombat neurosis

双语例句

• On Fuselage-Missile Compatibility of Thin Shell Structure under Shock Wave
  冲击波作用下薄壁结构机弹相容性研究
• She attended school aged five but her alcoholic father, who returned from the First World War with shell shock-now known as post-traumatic stress disorder-wanted her at home.
  她五岁的时候开始上学，但是她的酒鬼父亲却希望她呆在家里，因为她父亲参加过第一次世界大战，留下了炮弹休克症，即现在所说的战后应激障碍。
• By introducing a different nondimensional structural parameter, the structural parameter range of a double cylinder shell structure that is more shock resistant was achieved.
  通过引入各种无量纲化结构参数，得到了双层圆柱壳结构有利于抗冲击的结构参数取值范围，对潜艇抗冲击设计有参考价值。
• The response of ring-stiffened elastic cylindrical shell of infinite length to a transverse shock wave
  环向加筋圆柱壳在横向冲击波作用下的动力响应
• Dynamic Response of Double-Decker Cylindrical Shell Buried in Elastic Medium by Action of Shock Wave
  平面冲击波作用下弹性介质中双层圆柱壳的动力响应
• The shell shock sponged out his memory of the past.
  弹震症使他忘却往事。
• The rationality of selection of material models and the stability of mesh division are verified by damage tests of cylindrical shell under shock wave.
  通过圆柱靶冲击波毁伤试验，检验了圆柱靶材料模型及其参数选取的合理性和网格收敛性。
• Dynamic elastic plastic buckling of ring stiffened cylindrical shell subjected to underwater explosion shock wave
  环肋圆柱壳体在水下冲击波作用下的动力弹塑性屈曲
• Analyses of dynamic response of a spherical shell in nonlinear geo-medium to shock waves
  非线性岩土中球壳对冲击波的动力响应分析
• The expanding speed of the neutral gas shell was determined to be in the range of 1.4 km/ s~ 1.7 km/ s, which is much higher than the sound speed in air at room temperature, leading to a shock wave.
  气体壳层的膨胀速度为1.4km/s~1.7km/s，远超过空气中的声速而形成激波。