查询词典 damage capability

In recent years, there has occurred many natural and artificial disasters domestic and outside continuously, not only cause the loss of all the people, but also threaten the safety of life. However when the disaster occurs, the urgent matter must the mobilization disaster relief personnel, rescue the equipment and fall as far as possible the disaster to lightly. The fast set out, effectiveness and disciplinal disaster relief unit, must be the military army. Depend on the army join to support disaster relief in several international serious disasters, then lets the entire disaster relief motion complete smoothly, and reduce damage and disaster to the smallest. Therefore, it takes the thorough research to improve the response capability of disaster relief in army.

中文摘要在近几年中，国内、外接连不断发生了许多天然、人为的灾害，不仅造成人民财产的损失，生命安全亦受到威胁，然而当灾害发生时，当务之急应当快速的动员救灾人员、装备抢救，尽可能将灾害降到最轻，而能够快速出动、有效率、有纪律支援的救灾单位，非军事部队莫属，且在国际上几次严重的大灾害中，都藉由军队加入支援紧急救灾，才让整个救灾的行动顺利完成，并将损伤、灾害减到最小，因此在本文中对於如何提升国军紧急救灾的应变能力作深入的研究。

Followingly, the rockingperformance is studied and based on the simulation, gaining the damage deformation picture of every part of bottom structures, and the changing circumstance of maximum stress and strain. Following this, the essay discusses the influence of collision capability that impacted by the rocks which have different shapes, dimensions and different collision places, obtaining the general conclusion of loads and deformation of the bottom structures based on the results of non-linear finite element program.

并以此为基础对触礁船船底结构触礁性能进行了研究，得到了触礁船船底各部分构件的损伤变形图，构件最大应力应变值的变化情况；讨论了不同的礁石形状及大小以及不同的触礁位置对触礁船船底结构碰撞性能的影响，以非线性有限元程序的计算结果为基础，取得了船底结构触礁时各构件的受力及变形分析的一般性结论。

The main reasons caused theses problems are as follows: beyond marine carrying capacity and environment capability by predatory and extensive manners, over-exploitation of bioresources resulted in the disturbance of marine ecosystem and the obstruction of matter and energy circulation. Marine environment pollution and unreasonable oceanographic engineering caused serious damage of marine entironments, weakness of marine eco-functions, and degradation of marine ecosystems. The population explosion as well as the trend of population towards coast inflicted tremendous pressure on marine resources and environment. The weakness of marine laws system and the infirmness of macroscopical control by government policies relulted in unreasonable utilization, inefficient management, and insufficient protection of marine bioresources.

其主要原因是：对海洋生物资源的掠夺性、粗放性开发，造成资源过度利用，超出海洋承载力及其环境容量，物质能量循环出现障碍，海洋生态系统失衡；海洋环境污染和不合理的海洋开发工程，造成生境破坏，生态功能减弱，生态系统退化；人口增长和趋海发展，给沿海资源环境造成巨大压力；涉海法律法规体系薄弱，国家宏观政策调控不力，未能合理利用和有效管理、保护海洋生物资源和海洋环境。

The degumming agent of the invention has relatively high degumming capability and no damage to the surface of the plastics, and also has the advantages of low cost, innoxiousness, non-toxicity, no flammability, environment preservation, convention and safe utilization.

本发明的脱胶剂具有较高的脱胶能力，对塑料表面没有损伤，成本低廉，无毒无害，无可燃性，不污染环境，使用安全方便，并且脱胶剂可以重复使用。

It illuminated that the TiN coating enhanced the load bearing capacity, and enlarged the using range of substrate material. MoS2 coating and TiN+ MoS2 composite coating both possessed the good capability for palliating radial fretting damage. The microslip increased in radial fretting when the solid lubrication coating was used on the contact interfaces. More system energy can be absorbed in this process in favor of reducing vibration.

TiN 涂层明显提高了基体材料的承载能力，扩大了其应用范围； MoS2涂层和 TiN+ MoS2复合涂层具有较好的抗径向微动损伤能力；固体润滑涂层增加了径向微动界面的微滑，并可吸收更多的系统能量，有利于系统的减振。

Blasters come in a variety of shapes and sizes, delivering a wide range of damage capability.

爆破枪的外形和尺寸不一，因而它们的杀伤力也各不相同。

To scientifically determine caliber of future general purpose aerial bomb, the relationship between bomb caliber and damage capability of different warhead of aerial bomb, the influence of bomb caliber on airplane load, and the influence of modern technology development on bomb caliber.

为科学选定未来主用航空炸弹的圆径，文中分析了炸弹圆径与不同类型航弹战斗部破坏作用之间的关系、炸弹圆径对飞机挂载量的影响，以及现代技术的发展对炸弹圆径的影响。

The research indicates that the damage of rock develops accumulatively on the basis of its initial damage and is irreversible.

研究表明，岩体的损伤是在初始损伤的基础上累进性发展的，是不可逆的。

Ellagic acid helps reduce free radical damage and protect the nuclei of cell DNA against damage.

柔花酸能有效对抗游离基，更深层保护细胞中的DNA。

Damage mechanics analysises aeolotropy from joint、 crack within rock, offers new thinking for research of the joint rock, superiority to solving damage and destroy of rock as brittle material.

损伤力学从岩石内部的节理、裂隙着手，分析其各向异性，为节理岩体的研究提供新思路，对于解决岩石这类脆性材料损伤破坏具有明显的优势。

It inculcates justification before God on the ground of human merits.

它说明在上帝灌输在地上人类优点。

TH Leaguer has excellent Quality Control and Management System.

本公司具有完善的品管部门。