强 - 关于强的双语例句 - 强造句 - 语文书

为您找到2266个与“强”相关的双语例句：

His short stories tend to be weak on plot.
他的短篇小说往往情节牵强。
You're miles better than most of the performers we see nowadays.
你比当下我们见到的大多数表演者都强多了。
The body is made of mineral-reinforced thermo-plastic.
主体材料是矿物增强热塑性塑料。
Writing is a good tool for discharging overwhelming feelings.
写作是宣泄强烈感情的好方法。
The US dollar continued its strong performance in Tokyo today.
美元今天在东京继续保持强劲的走势。
The boss was a firm believer in developing strong teamwork.
老板对培育坚强团队精神的重要性深信不疑.
She stressed the importance of good teamwork.
她强调了团队合作的重要性。
The film is spoilt by unrealistic contrivances of plot.
这部电影被不实际的牵强情节给毁了。
George Fraser was clearly a good soldier, calm and resilient.
乔治·弗雷泽显然是个好士兵，沉着冷静且适应力强。
All these motives have made me a passionate pacifist and anti militarist.
这些动机使我变成强烈的和平主义者与反黩武主义者.
You're miles better than most of the performers we see nowadays...
你比当下我们见到的大多数表演者都强多了。
The compound micropore honeycomb plate paper core uses AA high - strengthcorrugated core.
复合微孔蜂窝板芯纸采用AA级高强瓦楞芯.
In this paper, the processing technology of glass fibre reinforced polyetheretherketone ( PEEK ) composites analysis of microphotograph.
本文初步探索了玻璃纤维增强聚醚醚酮 ( PEEK ) 复合材料的成型工艺.
They all basically reach an ultimate vacuum pressure of. 1 micron.
它们基本上能达到. 1微米的极限真空压强.
Does microbus pay together much money of compulsory insurance in upper family of Taiyuan?
面包车在太原上户交强制保险共多钱?
The V - N microalloy steel with yield strength of 550 MPa is produced by EAF - CSP route.
目前,在EAF-CSP 流程中通过V -N 微合金化技术可成功生产屈服强度为550MPa的高强度低合金钢.
As the beams are stably trans - ported , an energy 10.4 MeV, current 2.6 kA, 100 ns ( FWHM ) intense electron beam can be obtained.
当束稳定输运时, 可获得束能 10.4MeV,束流强度2.6kA, 束半高宽约100ns的强流脉冲电子束.
The mettlesome actress resumed her career after recovering from a stroke.
从中风恢复过来后,坚强的女演员又重新开始了她的演艺生涯.
Ethylene - propylene - diene rubber ( EPDM ) was filled with nano - CaCO 3 which was in - situ modified by methacrylic acid ( MAA ).
使用甲基丙烯酸 ( MAA ) 原位改性纳米CaCO3填充三元乙丙橡胶 ( EPDM ),制备了纳米CaCO3增强EPDM硫化胶.
Fiber reinforced methacrylate resin composite with transparant property is studied.
本文报导了以甲基丙烯酸甲酯为基体,玻璃纤维为增强材料的一类丙烯酸型透明玻璃钢的室温聚合研究.

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