应急的

6Safety: people safety training, fire fighting system, emergency response planning, safety accident management, potential hazard analyze etc.

安全：负责员工的安全培训，负责消费系统，应急反应计划，安全事故管理，潜在危害分析等等。

In addition, the company has also established a 24-hour emergency services, to ensure that your compressed air station's normal operation.

除此之外，公司还设立了24小时应急服务，以确保您空压气站的正常运行。

When the anklebone contusion take place,you should adopt one kind of way to put up salvation from cold apply,along rectify,clear heat, relieve inflammation,detumescence, live lifeblood,give massage and give physical therapy,and so on.

在发生踝关节损伤时，应依据踝关节损伤的解剖原理、类型和症状，采取冷敷、顺理、清热、消炎、消肿、活血、按摩以及物理疗法等措施进行应急救助。

What is the maximum power ahead/astern in an emergency?

在应急情况下，前进/后退的最大动力是多少？

ME in slow turning, carry out normal astern and crash astern test.

在主机慢速运转的情况下，进行正常倒车和应急倒车试验。

Not considering the restriction of the depot s transporting ability in the existing achievement of emergency dispatch, consequently, this chapter establishes a sole-resource optimized dispatch model aimed at "the shortest dispatch time" which includes the constraint of transporting ability under time restriction firstly. Moreover, the chapter deduces the algorithm of the model by mathematical induction step by step. Secondl y, it simplifies the former model and gives a simpler sole-objective model and corresponding algorithm including the constraint of transporting ability. At last, on the basis of the improved model, this chapter discusses a two-phase programming model and a multi-objective programming model which are aimed at "the shortest dispatch time" and "the fewest number of mobilized depots" including the constraint of transporting ability under time restriction.

由于现有应急调运的研究成果中没有考虑到各物资供应点受运输能力的约束，因此本章首先建立限制期内以"应急调运时间最短"为目标且含有运输能力约束的单物资调运优化模型：并利用逐步递推法推导出具体的求解算法；然后，进一步地将此模型及算法进行简化，建立更加简单的含有运输能力约束的单目标优化模型：并且讨论其算法；最后，在改进的优化模型的基础上，讨论限制期内含有运输能力约束且以"调运时间最短"、"出动的供应点数目最少"为目标的双层规划及多目标规划的优化模型及解法。

The Company is launching the mobile emergency charger is a new era of technology products, it has high-capacity lithium electricity to overcome the past, the capacity of rechargeable emergency small, the use of short time, such as rechargeable disadvantage cumbersome, timely solution for your mobile phone, MP3, CD , digital cameras, digital video camera applications such as all electric lithium digital, mobile equipment outdoors no electricity troubles. Suitable for your travel, go out to business use, you can rest discarded miscellaneous plug wall charger, or AC power in the absence of circumstances at any time you can add energy.

本公司现推出的手机应急充电器，是一个新时代的科技产品，它以高容量锂电克服以往的应急充的容量小，使用时间短、充电繁琐等缺点，为您及时解决手机、MP3、CD、数码相机、数码摄像机等所有应用锂电的数码、移动设备在户外没电的烦恼。，适宜您旅游，外出商务时使用，你尽可丢弃冗杂的插墙式充电器，或在无交流电源的环境下你也可以随时补充能量。

On the basis of analysing the indetermination factors affecting the evacuation start time,studying the main parameters on human evacuation motive ability,and considering the queuing characteristic and multi state phenomenon involved in evacuation performance,mathematical model on the human evacuation behavior in fire was set up.Based on net work theory and relational data base technology. The computer simulation on the optimum of human evacuation routes was realized on Mapinfo platform. This simulation ca...

基于对火灾时影响人员疏散行动的开始时间的不确定因子的分析，以及对火灾时人员疏散行动能力的主要影响因素的研究，在综合考虑建筑物空间疏散性状的排队现象和多态现象的前提下，建立火灾时人员疏散行为的数学模型·利用网论和关系数据库技术，在Mapinfo平台上，实现人员应急疏散路线的全局最优化，实现对疏散出口群集疏散流动规律的预测和评价·其研究成果，可以为建筑物性能化防火设计和应急疏散计划的制定提供科学的参考依据，防止群集事故的发生，减少群集事故的损失

Delivery of all or any part of this order is subject to, and Seller shall not be liable for, and default or delay due to any cause or contingency beyond the Sellers control, including but not limited to non-delivery or delay of raw materials, strikes, lockouts, fires, accidents, delays in transportation, or regulations of the United States or any state, or any government subdivision of either and any order for merchandise not delivered because of any such cause or contingency may, in whole or in part, at Sellers option, without notice or liability, be cancelled.

交付的全部或任何部分的这条命令，不得以任何方式和卖方概不负责，并违约或延迟，由于任何原因或应急超出卖家控制，包括但不限于未交付或迟延交付的原材料，罢工，关厂，火灾，事故，交通延误，或规章的美国或任何国家，任何政府或细分的任何命令，要么和未交付的商品，因为任何这样的原因或应急，可全部或部分，在卖家选项，无须事先通知或赔偿责任，被取消。

For each strategy, a corresponding exploitation plan of groundwater was designed. Then each designed exploitation plan (except scheme 3) was put into the model for calculation and simulation. The analysis on the forecasting results every plan indicates that:(1) Shuting down the self-provided wells is the most direct and effective method, playing an important role in the land subsidence prevention.(2) The resumption of compressed soil by groundwater artificial recharge is limited. So the artificial recharge can\'t provide essential effect for the resumption of land subsidence, unless the artificial recharge is much more than the groundwater withdrawal.(3) The method of "adjusting the exploitation stratum of groundwater to the shallow" has an obvious effect on the land subsidence prevention.(4)"Sand wells" can increase the leakage recharge for confined aquifer, and thus can slow and prevent the development of the land subsidence.(5) For the groundwater exploitation in Xi\'an, emergency self-provided wells should be managed according to the well spacing of 1600m, 2000m and 1600m, respectively, in the river terrace area, alluvial-proluvial fan area and loess tableland area to exploit the first confined groundwater. Corresponding individual well yield can be set as 2500m~3/d, 1500 m~3/d and 200 m~3/d. Make emergency self-provided wells pump in the dry year and stop pumping groundwater to restore and conserve underground water sources in average years and wet years. In this way, groundwater withdrawal of 162000m~3/d can be obtained to provide for the supplement of water supply in Xi\'an. As a result, the water supply stress can be released in dry years. The groundwater depression formed in the exploiting year can resume in 3-4 years. At the same time, this exploitation manner will not lead to obvious land subsidence.

本文利用所建的模型预测了现状开采条件下未来20年的地下水位和地面沉降的变化，在此基础上，提出了防治西安市地面沉降的五个地下水开采方案，利用所建的地面沉降模型对各个设计方案其进行了模拟和预报，对预测结果的分析表明：①封停自备井是防治地面沉降最为直接和最有效的对策，对防治地面沉降起着最为积极的作用；②采用人工回灌方法使被压缩的土层得到的恢复是非常有限的，对地面沉降不能起到根治作用，只有回灌量明显大于开采量时才能有一定的效果；③&调整开采层次，在浅层取水&对防治地面沉降的效果十分明显；④布设&砂井&可以增加对承压含水层的越流补给量，从而可以有效地缓解和控制地面沉降的发生和发展；⑤对西安市的地下水开采，可在河流阶地区、冲洪积扇区和黄土塬区分别采用1600m、2000m、1600m的井间距布置应急自备井，分别采用2500m~3/d、1500 m~3/d和200 m~3/d的单井开采量，开采第一承压水，在平水年或者丰水年不开采，涵养地下水源，在枯水年启动这些应急自备井开采，在输出分析范围内共可获得162000 m~3/d(5913万m~3/a)开采量，可以有效地补充西安市的供水水源，缓解供水紧张局面，开采年开采导致的下降的水位可在停采3～4年后得到基本恢复，同时，这种开采方式不会造成大的地面沉降量。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。