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)
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.- The men were suffering from shell shock.
这些男人患了炮弹休克症。
- The men were suffering from shell shock.
英英释义
noun
- a mental disorder caused by stress of active warfare
双语例句
- The men were suffering from shell shock.
这些男人患了炮弹休克症。 - Nonlinear transient dynamic response of free-free ring-stiffened cylindrical shell subjected to underwater explosion shock wave
水下爆炸冲击波作用下自由环肋圆柱壳动态响应的数值仿真研究 - 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 - The system makes underwater blast pressure sensor 、 circuit module and power supply together, and put down in solid steel shell, which makes up of the underwater shock wave measurement system working independently, and can lay in underwater.
该系统将压力传感器、电路模块及电源紧凑封装在坚固的钢壳内，组成一种可相对独立工作放置于水下被测点的便携式水下冲击波超压测试仪。 - That the influence of shell on blast shock wave intensity lies on the local shell mass or local shell thickness at which the fragments will be produced, not the full mass of shell has been pointed out in the paper.
本文指出，壳体对爆炸空气冲击波强度的影响取决于产生壳体破片部位的壁厚（质量），而不是壳体的全部质量。 - 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 - 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。 - 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 Influence of Shell on Blast Shock Wave Intensity
壳体对爆炸空气冲击波强度的影响 - 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。