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  • capture;take prisoner of war
  • captive;prisoner of war
俘
[fú]
  • 打仗时被擒的敌人:~虏。战~。遣~。

  • 打仗时擒住敌人:~获。被~。

[fú]
[动]
1

(俘获) capture; take prisoner of war:

  • 被俘

    be taken prisoner; be captured

[名]
1

(俘虏) captive; prisoner of war:

  • 遣俘

    repatriate prisoners of war

  1. 使他们在俘掳他们的人前,成为自己慈爱怜悯的因缘。

    He let them be pitied by all those who held them captive .

  2. Access数据库程序设计中的俘错处理程序设计技巧

    The Design Technic for Programming of Error-handling Routine in Access 2.0

  3. 介绍了一种外形尺寸不变而综合性能优于F1俘阀的高效锥型浮阀。

    The efficient-cone type floating valve with unchanged overall dimensions and superior adaptability to the F1 floating valve was introduced .

  4. 辐照异相成核结晶PA1010体系的ESR研究&结晶表面积对俘陷自由基的影响

    ESR Study on Irradiated Polyamide 1010 & Effect of the Lamella Fold Surface on Trapped Radicals

  5. 并通过大鼠运动活性、探究行为、拒俘反应性和高架十字迷宫实验观测应激后4个月内实验大鼠情绪唤醒水平改变,同时以Morris水迷宫法检测其空间学习和记忆能力。

    The changes in emotionality of experimental rats were tested by locomotor activity , exploratory behavior , capture-resistance and elevated plus-maze ( EPM ) test at 4 months after stress . Meanwhile , the spatial learning and memory ability were measured by the Morris water maze training .

  6. 复合型悬臂梁压电俘能器理论与实验研究

    Theoretical and Experimental Study on the Compound Piezoelectric Cantilever Energy Harvester

  7. 基于杂多酸和俘精酸酐光致变色材料的制备与性质研究

    Synthesis and Properties of Photochromic Materials Based on Heteropolyacids and Fulgides

  8. 光致变色俘精酸酐用于可擦写全息图像存储的研究

    Study of Holographic Image Storage in Rewritable Photochromic Fulgide Material

  9. 可擦写俘精酸酐/PMMA薄膜的全息记录特性研究

    Holographic Recording Characteristics of a Rewritable Fulgide / PMMA Film

  10. 估算了俘越模式可能获得的最大效率。

    The maximum possible efficiency of TRAPATT diode is estimated .

  11. 他给了我们练习簿后,他已钢章俘了它们。

    He gave us our exercise books after he had corrected them .

  12. 若干参数对多能级系统粒子数陷俘的影响

    Effects of Some Factors on Trapping Population in Multi-Level System

  13. 俘精酸酐光致变色特性及应用研究

    Studies on Photochromic Properties of Fulgide and Its Applications

  14. 俘越模式工作波形和电路特性的分析

    An Analysis of the Operating Waveforms and the Circuit Characteristics of TRAPATT Diode

  15. 好吧,你打算怎么把他们带出战俘营?

    Weii , how did you pian to move them from the camp ?

  16. 研究了菌紫质和俘精酸酐样品的全息存储特性。

    The holography characteristics of the materials were studied .

  17. 双色俘精酸酐薄膜的双波长图像光存储

    Dual-Wavelength Optical Image Storage with Bicolor Fulgides Film

  18. 有机光功能材料分子设计研究Ⅰ.俘精酸酐类光致变色材料量子化学研究

    Molecular Design Study of Organic Photo-functional Materials ⅰ . Quantum Chemical Study on Fulgide Photochromic Materials

  19. 吡咯俘精酸酐的图像光存储特性

    Optical Image Storage Using Pyrryl Fulgide

  20. 诸葛亮又派俘将夏侯杼木带兵前往冀城劝姜维投降。

    Zhuge Liang sent captured-general Xiahou Mao to Jicheng City to persuade Jiang Wei to surrender .

  21. 用一阶近似理论计算了俘精酸酐样品二向色性随曝光量变化曲线。

    The dichroism kinetic curve of fulgide film was theoretical calculated according to first-order approximation formulae .

  22. 可能是因为他终于醒悟,所以不再命令他的部队死守待俘。

    He had learned at last not to order his troops to stand fast and be captured .

  23. 在植物叶片的叶绿体中的俘光色素主要有叶绿素和类胡萝卜素。

    The main pigments absorbing the light energy are chlorophyll and carotenoid in chloroplast of plant leaves .

  24. 结果表明,俘精酸酐可以作为一种性能优良的可擦写全息光存储材料。

    The experimental results show that the fulgide can be used as a good rewritable holographic storage material .

  25. 你可以决定派哪些单位前往战场,也可以决定何时释放俘奴。

    You decide which units are sent to the front lines , and when to unleash the reserves .

  26. 利用其双稳态特性,在吡咯俘精酸酐/PMMA薄膜上实现了图像光存储。

    With the thermal stable states , optical images are steadily recorded on the pyrryl fulgide / PMMA film .

  27. 这些成果对压电俘能器俘能结构和储能电路的优化设计,提高俘能器性能具有重要的指导意义。

    These achievements have instructional significance to optimum design on harvesting structure and storage circuit , and performance of the harvester .

  28. 两种样品光致变色具有饱和吸收特性。2.研究了菌紫质和俘精酸酐样品的光致各向异性特性。

    Both materials have the saturation absorption . 2 . The characteristic of the photoinduced anisotropy of two materials were studied .

  29. 通过理论分析和有限元仿真验证了复合型槽钹俘能器能提高输出功率,降低匹配负载。

    Through theoretical analysis and finite element simulation , the composite cymbal transducers can improve output power and reduce the matched load .

  30. 压电俘能器是一种利用压电效应将振动能转换为电能的器件。

    The piezoelectric energy harvester is a device which can convert the vibration energy into the electric energy through the piezoelectric effect .