查询词典 cause damage to

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使mongness 摇摆厌恶在i 我摔打展示制作商规则震动它震动它击倒 i 是黑人ha profa 大家进展我们将是振动器what'a 疯狂的星如此什么大家享受疯狂的狂放的神色晃动它在叹气冷颤的妇女愉快是大下来解释心脏但超级骗子婴孩婴孩进展您改善岩石与我 i 是hasha 刀片为没有什么您可以放置 XXX 大家尖叫 XXX 大家舞蹈我是发誓的国王或您晃动在死者的意志起因当我们在我们谈在震动在世界上的地方导致我们意志胡说和讲牌子它岩石在城市昨晚珠宝拯救了我的生命，即然所有您要昨晚珠宝拯救了我的生命， there's 党继续昨晚珠宝拯救了我的生命，现在是bergy 时间昨晚珠宝拯救了我的生命， there's 党继续现在 yo 哇错误要对椅子超级黑人要对前述垂悬在人黑人展示之外将爱一些faggot 您是murd 当我畏惧做a 连接对yo 婴孩不尝试直升机管子检查 we'll 抽雪茄至于坏象更加锋利晃动在某人到处党下在那供以人员糖果homie sot 所有danstroll 疯狂所有训练城市起因我们最佳滑稽可笑估量罗基斯对舱内甲板由南瓜象一次超级星尝试在右边在上面谁不说方式，检查它在quality's 之外下来谁喜欢或呻吟在扭转我们的材料之外如果得到在密林纤维下得到领带 boogy 夜 smoothy 寻找杀害 we'll 是那个和男性 we'll 是顶面地方错误地方强奸世界起因我们现在会安排顶面地方开始客栈 we'll 是坚硬的，震动大家坚韧shit 酒吧供以人员岩石为它的传说把我难住在舞蹈我行动的XXX 大家舞蹈 i'll 是舞蹈保留惊奇大家与喷气机并且从未告诉我的，我thingy 被得到对摇摆它与我您接收您的头脑起因夹克是基础线的地方检查它坚硬起因we'll 是地方突然的起动秃头天数字罕见的yo，呀，进展，进展，进展，进展数字罕见的yo 行动在yo 之外摇摆二十折叠流行音乐yo 飞行yo

Suppose the proximate cause of one of the effects, A , is in no way a cause of the other effect. B , but some other prior cause is both B\'s immediate cause and the remote cause of the other\'s immediate effect, Al. In such a case there would still be an essential order based on a priority and posteriority of effect so long as the causality of their common cause is itself related to these effects by an essential order.

假设两个结果之一的近因，A决不是另一结果B的原因，而是有其他某种先天原因作为B的直接原因和另一结果的间接原因，这种情况下，只要公共原因自身与那些结果通过一种本质性的秩序保持关联，那么就还是存在一种居于先天和后天的本质性秩序。

Based on the laminate theory, a laminate weakened by damage is treated as an anisotropic thin plate. Using the complex potential method in the plane theory of elasticity of an anisotropic body, the series solution of finite anisotropic thin plate containing an elliptical inclusion is proposed with the help of Faber series. A hybrid element with an elliptical inclusion for anisotropic materials is obtained by using the hybrid variable principle, and the element efficiency is verified by numerical examples. The state of the damage is modeled by an elliptical soft inclusion, and using the point stress criterion based on characteristic curve and Yamada-Sun etc. criteria, the prediction of the strength of a composite laminate with damage is set up. The effects of various parameters on the stress distribution and the residual strength of a composite laminate weakened by damage are detailedly studied.

首先基于经典层板理论，将复合材料层板的弹性问题化归为均匀各向异性板来求解；采用各向异性体平面弹性理论中的复势方法，以Faber级数为工具，给出了有限大含椭圆核各向异性板弹性问题的级数解形式；利用杂交变分原理，成功导出含椭圆核各向异性板杂交应力有限元，并用算例验证了该单元的可行性和有效性；采用含刚度折减椭圆形弹性核的冲击损伤模型，引入基于特征曲线和Yamada-Sun破坏准则的点应力判据，建立了含损伤复合材料层板剩余强度的分析方法；通过数值计算详细讨论了各种几何参数对损伤层板应力分布、剩余强度的影响，得到了一系列对工程应用具有实用价值的结论。

The Monte Carlo method is firstly used to simulate random burst of bomblet, the damage radius, amount of bomblet, then draw damaged areas, statistics damage effect, calculate damage efficiency. Lastly calculate the expectation of final damage efficiency of shrapnel through mass random simulation experiments.

文章首先用Monte Carlo法仿真子母弹中子弹的随机落点、于弹毁伤半径和子弹数并绘出子弹毁伤幅员，尔后统计毁伤效果、计算毁伤效能；最后通过大量的随机模拟实验，计算出最终的子母弹的毁伤效能期望。

Article 97 With respect to a claim for indemnity against oil pollution damage caused by a ship, the person suffering for the damage may make the claim to the shipowner causing the oil pollution damage, or directly make the claim to the insurer bearing the liability for oil pollution damage of the shipowner

第九十七条对船舶造成油污损害的赔偿请求，受损害人可以向造成油污损害的船舶所有人提出，也可以直接向承担船舶所有人油污损害责任的保险人或者提供财务保证的其他人提出。

Article 97 With respect to a claim for indemnity against oil pollution damage caused by a ship, the person suffering for the damage may make the claim to the shipowner causing the oil pollution damage, or directly make the claim to the insurer bearing the liability for oil pollution damage of the shipowner or to other person providing financial suretyship.

第九十七条对船舶造成油污损害的赔偿请求，受损害人可以向造成油污损害的船舶所有人提出，也可以直接向承担船舶所有人油污损害责任的保险人或者提供财务保证的其他人提出。

In the damage information fusion for character level, the concept for integral support vector machine damage detection matrix, damage self-information and damage information entropy are presented.

为了提高多传感器下损伤识别结果的精度，提出了结构整体支持向量机损伤诊断矩阵、损伤自信息和损伤信息熵的概念。

Based on investigating the short and intermittent structural plane, surrounding rockmass of the huge underground powerhouse in Three Gorge has been divided into five statistical similar areas according to its characteristic of rockmass structure by applying structure plane network simulation. Distributed characteristic of structural plane has been studied and based on it mechanics macrocharacteristic has been studied:(1) It is the first time that based on the result of structural plane network simulation rockmass quality of every structure area has been studied with applying blurred information optimum seeking technique and be compared with and RQD method. The result indicated that it has better effect to evaluate rock quality with blurred information optimum seeking technique.(2) It is the first time that the interrelated relationship of the result of in-suit rockmass deformation test and fractal characteristic of structure on test point has been applied to determine rockmass deformation parameter. The question of evaluating deformation parameters of engineering rockmass has been solved.(3) Anisotropy strength parameters have been determined by applying shear zones simulating method. The result indicated that there are different strength parameters in every structural area, after comparing the result of Fast Lagranian Analysis in continua number simulation method with that of method of weighted mean according to continuity. The result indicated that when a suitable reduction coefficient is been considered rockmass strength parameters can be simply and fast determined with method of weighted mean according to continuity where there is not enough test result.(4) Damage characteristic has been studied based on analysis fractal characteristic of structural plane network by applying fractal-damage coupling method. It is the first time that the concept of damage degree has been set up to evaluate rockmass quality according to the biggest principal damage.

通过对短小、断续性结构面统计特征的研究，将地下厂房区划分为五个岩体结构统计均质区，应用结构面网络模拟技术研究了各个岩体结构均质区结构面的发育分布特征，并以此为基础对岩体宏观力学特性进行了深入研究：(1)首次通过在结构面网络模拟计算结果的基础上，应用模糊信息优化技术研究了厂房区各个岩体结构分区的岩体质量并与岩体基本质量指标研究法、岩体质量指标RQD值研究法作了对比，结果表明以结构面网络模拟结果为基础，应用模糊信息优化技术进行岩体质量评价能够取得很好的效果，解决了工程岩体质量的定量评价问题；(2)首次通过对已有的现场大型岩体变形试验结果的分析及相应试验点岩体结构分形特征的研究，建立了结构面分布的分形维数和岩体变形指标间的相关关系，并首次应用这种相关关系根据结构面网络模拟及分形维数计算结果确定了缺少试验结果的地下厂房各工程部位的岩体变形指标而且应用于围岩稳定性计算，解决了工程岩体宏观变形参数的评价问题；(3)应用在结构面模拟网络图上模拟岩体剪切破坏带的方法，得出了岩体在不同方向上的强度参数，结果表明岩体的强度特性与结构面的发育方向和程度有着明显的关系，各个岩体结构均质区具有不同的强度参数；同时还通过应用拉格朗日差分法对岩体强度指标的数值分析并与按连通率加权平均计算法对比表明，按连通率加权平均计算法在考虑合理的折减系数情况下，可以简单快速地对缺少现场大型试验结果的具体工程部位实现岩体强度指标的估计，通过以上研究解决了工程岩体抗剪强度参数的评价问题；(4)通过结构面网络分形维数的研究，应用分形损伤耦合分析方法，研究了厂房区岩体的损伤特征，并首次引入"损伤度"的概念，建立了应用最大主损伤评价岩体质量的指标体系。

Depending on the character of Lamb wave propagation , thedamage scat tering signals were time reversed and reemit ted to the damage , and then they will arrive at the damage synchronously so that the damage scat tering signal caught again will be amplified. Details about the time reversal amplifying process were analyzed and given. Based on the focalization ability of time reversal theory to the wave origin , the wave propagation was rebuilt by an image method which displays the damage as the focusing point .

根据信号传播自身的特性，研究采用时间反转聚焦方法使损伤散射信号能量叠加放大，从而提高信号的信噪比，分析给出了具体的损伤信号时间反转聚焦增强过程；利用时间反转法对波源的自适应聚焦能力，重建信号传播波动图，通过信号聚焦显示损伤位置和区域。

To associate aseismic design idea that"no damage under light earthquake, reparable under medium degree earthquake and no collapse under intense earthquake"with design method based on damage property, the thesis adopted different damage limit values to control structural damages at different levels so that the designed structure can embody the substantial need of aseismic design based on damage property.

把"小震不坏、中震可修、大震不倒"的抗震设计原则与基于损伤性能的方法统一起来，采用不同的损伤容限值来限定各水准下的结构损伤，从而使所设计的结构充分体现基于损伤性能抗震设计的实质要求。

Finally it offers the analysis of the fault-tolerance system as well as its test verification.

这样，运行于空间环境中的系统的设计目标就是在保证系统实时性

However, it is still difficult to find out the real reason of the increase of the keratinized gingiva during the orthodontic extrusion whether it is due to the proliferation of the gingival tissue or to its elastic nature, that is because the proliferation of the fibroblasts as well as the connective tissue changes in volume and the intra-fibers spaces were all immeasurable in most of the studies.

然而，仍然难以找到真正的原因增加的角化牙龈在正畸挤压它是否是由于扩散的牙龈组织或其弹性性质，这是因为增殖的成纤维细胞以及作为结缔组织的变化量和内部纤维空格都是不可估量的，大多数的研究。