渗漏的

But because of their tubular product defect, easy to produce and corrode, get rusty, marry dirt, leaks and all disadvantage of filling etc.s in using because of zinc-plated steel tube, Thus cause serious two pollution to water quality, microcosmic show as water sample large intestine liver fungus and total amount of bacteria exceed standard seriously, The phenomena, such as" yellow water"," black water"," red water",etc. appear on the macroscopic, water quality worsens; Because corrosion seepage has destroyed users inhabitting and working environment on the other hand, Interfere normal life , influence life quality of people , cause water resource enormous to waste, This require one new-type green one substitute products of environmental protection appear urgently.

但由于镀锌钢管因其管材自身的缺陷，在使用中易产生腐蚀、生锈、结垢、泄漏及诸塞等弊病，从而对水质造成严重的二次污染，微观上表现为水样大肠肝菌及细菌总数严重超标，宏观上出现"黄水"、"黑水"、"红水"等现象，水质恶化；另一方面因锈蚀渗漏破坏了用户的居住及工作环境，干扰正常生活，影响人们的生活质量，并导致水资源的巨大浪费，这就迫切要求一种新型的绿色环保的替代产品出现。

PMMA is the most used lesion filling at present; There is not significant difference between unipedicular and bipedicular vertebroplasty; Using vertebral body venography and appropriate dense bone cement can reduce leakage; Bolster for self-replacement can rebound vertebral body height, and Balloon-PKP and Sky-PKP can be avoided; In order to reduce refracture of vertebral body, anti-osteoporosis drugs should be used.

PMMA是目前最常用的填充物；单侧注射和双侧注射疗效没有明显差别；应用造影剂及掌握合适的骨水泥黏稠度可以减少骨水泥的渗漏率；术前腰部垫枕自身复位可以恢复椎体的高度，避免采用操作复杂且价格昂贵的球囊－PKP及Sky-PKP；进行PVP时应该配合应用抗骨质疏松药物，以减少椎体再骨折的发生。

Polymethyl methacrylate is the most used filling materials at present; There is not significant difference between unipedicular and bipedicular vertebroplasty; Using vertebral body venography and appropriate dense bone cement can reduce leakage of bone cement; Bolster for self-replacement can rebound vertebral body height, and balloon kyphoplasty and sky bone expander kyphoplasty can be avoided; In order to reduce refracture of vertebral body, anti-osteoporosis drugs should be used in the treatment of percutaneous vertebroplasty.

聚甲基丙烯酸甲酯是目前最常用的填充物；单侧注射和双侧注射疗效没有明显差别；应用对比剂及掌握合适的骨水泥黏稠度可以减少骨水泥的渗漏率；成形前腰部垫枕自身复位可以恢复椎体的高度，避免采用操作复杂及价格昂贵的球囊后凸成形及骨膨胀椎体后凸成形；进行经皮椎体成形时应该配合应用抗骨质疏松药物，以减少椎体再骨折的发生。

The warehouseman shall not be liable for loss, damage or delay caused by Acts of God, war, civil or military authority, insurrection, riot, strikes, labor disputes, fire, sprinkler leakage, flood, wind, storm, vermin, change of temperature, variations in weights, or for loss in weight by reason of defective or insufficient containers, unless such loss, damage or delay is caused by the failure of the warehouseman to exercise the ordinary care and diligence required by law.

因不可抗力的损害、战争、政府或军队命令、起义、骚乱，罢工、劳资纠纷、火灾、喷水设备渗漏、水灾、大风、风暴、虫害、温度变化、重量变化所造成的灭失、损失、或延误，或因容器的瑕疵或短缺造成的重量损失，仓库业者概不负责，除非此种灭失、损失或延误是因仓库业者没有行使法律所规定的通常的注意而造成的。

The warehouseman shall not be liable for loss, damage, or delay caused by Acts of God, war, civil or military authority, insurrection, riot, strikes, labor disputes, fire, sprinkler leakage, flood, wind, storm, vermin, change of temperature, variations in weights, or for loss in weight by reasonof defective or insufficient containers, unless such loss, damage or delay is caused by the failure of the warehouseman to exercise the ordinary care and diligence required by law.

因不可抗力的损害、战争、政府或军队命令、起义、骚乱、罢工、劳资纠纷、火灾、喷水设备渗漏、水灾、大风、风暴、虫害、温度变化、重量变化所造成的灭失、损失、或延误，或因容器的瑕疵或短缺造成的重量损失，仓库业者概不负责，除非此种灭失、损失或延误是因仓库业者没有行使法律所规定的通常的注意而造成的。

Considering nodal pressure as the evaluating indicator, functional reliability indexes of the nodes were calculated by the mean-first-order-second-moment method which was originally developed for structural reliability analysis.

在进行供水管网的抗震功能可靠度分析时，借鉴结构可靠度的分析方法，以节点水压为评价指标，采用均值一次二阶矩方法计算管网各节点的功能可靠度，该方法通过一次水力分析即可给出震后低压供水和渗漏状态下管网各节点的可靠性指标，较之前发展的随机模拟方法大为简化且概念清晰。

Considering nodal pressure as the evaluating indicator, functional reliability indexes of the nodes were calculated by the mean-first-order-second-moment method which was originally developed for structural reliability analysis.

在进行供水管网的抗震功能可靠度分析时，借鉴结构可靠度的分析方法，以节点水压为评价指标，采用均值一活动板房次二阶矩方法计算管网各节点的功能可靠度，该方法通过一次水力分析即可给出震后低压供水和渗漏状态下管网各节点的可靠性指标，较之前发展的随机模拟方法大为简化且概念清晰。

The study objects of this text are highway and railway tunnel. This text analyze form and mechanism of cause of the tunnel"s disease through knowledge theory such as :rock mechanics, soil mechanics, hydraulics, hydrodynamics, chemistry ,and so on. And combine last criterion, rule and engineering practice, provide the tunnel disease"s the design of prevention and cure, method of construction, new technique, new material, new craftwork. This text provide some advantageous consult values for tunnel prevention and cure.

本文以公路及铁路隧道为研究对象，运用岩体力学、土力学、水力学、流体力学、化学等学科理论，以宏、微观相结合的方法分析了渗漏水、冻害、衬砌裂损及衬砌腐蚀4种常见隧道病害的表现形式、成因机理，结合最新的规范、规则和工程实际给出了隧道病害的防治设计、施工方法以及新技术、新材料和新工艺，为隧道防治提供了有利的参考价值。

Results Inside ICU in tent, there were many critical patients successfully rescued, including a soldier with septic shock, a casualty with traumatic shock during aftershock, a middle school student with crush injury and compartment syndrome, a peasant trapped under ruined buildings for 168 hours with capillary leak syndrome, and a traffic victim and an aged patient with cardiac arrest.

结果 在帐篷ICU内，成功抢救了感染性休克的战士、创伤性休克的余震伤员、挤压伤与筋膜间隔综合征的中学生、被埋168h毛细血管渗漏综合征的灾民、心跳骤停的车祸伤员与老年灾民。

Through combining the three moisture movements of leachate seepage in drainage layer, leackage through liner and pipe flow in perforated drainpipes, a leachate hydrological mechanics model is established. This thesis analyses related parameters of LCS according to model results and offers a practical calculation method for landfill LCS design.

在考虑渗滤液在排水层中的渗流，渗滤液通过防渗衬垫的渗漏以及渗滤液在穿孔排水管中的管道流的基础上，建立了渗滤液水动力学模型，根据模型分析结果对渗滤液收集系统相关参数进行了分析，提出了适宜于填埋场渗滤液收集系统设计的计算方法。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。