煤气管道破裂、液化石油气泄漏、自来水爆裂、路面桥梁塌陷等引起的灾害事故；
The break-up of the gas piping, the letting out of liquefied petroleum gas, the bursting of the running water pipe, calamity accident caused in subside of road surface and bridge,etc.
在地震区筑坝，还应考虑地震影响。地震的作用增加坝坡坍滑的可能性。粉沙地基在强烈振动作用下还容易引起液化破坏。
Earthquakes have to be taken into account. They can make landslide more possible. If the foundation is made of silty sand, liquidified damage is more possible.
打入式基桩施工引起的持续振动可引起桩周土液化，降低桩侧摩阻力，从而影响单桩承载力。
Owing to the liquefaction of soil around piles caused by sustained construction vibration the lateral resistance and bearing capacity of piles could be decreased.
液化主要是由泥土里的水引起的，而不是沙子。
Liquifaction is primarily cause by water in the soil, not by the presence of sand.
在高烈度的黄土地区，地震引起黄土的滑坡、液化和震陷曾给该区人们的生命财产安全带来了巨大的威胁。
The landslide liquefaction and subsidence in high intensity loess areas had been brought tremendous threat to the humans life and property safety.
通过计算，阐述了液化石油气钢瓶过量充装存在的巨大危险，以引起人们的足够重视。
In this paper, the danger of over load of liquefied petroleum gas cylinders is described by calculation, people must pay attention to the danger.
震区冻土变形破坏主要包括地震构造成因的地震破裂带和由地震振动引起的裂缝、液化、震陷和崩塌等。
The forms of devastation mainly include earthquake surface ruptures, caused by structure factor, fractures, liquefaction, seismic subsidence, collapse, caused by seismic shaking.
地震液化是同震震动引起的，同时也受地貌活动创造的土壤条件控制。
Earthquake liquefaction, caused by coseismic shakes, is controlled by soil conditions which are the results of geomorphic processes.
液化石油气储罐在火灾作用下，其内部的温度和压力迅速上升，从而会引起储罐爆炸，进而酿成危害性更大的二次灾害。
When LPG tanks are exposed to external fire, their temperature and pressure will increase rapidly, which may cause the tanks exploding and lead the secondary hazard with much more damage.
砂土液化是地震引起的最显著的灾害形式之一，而由地震液化引起的地面大位移具有更大的破坏性。
Liquefaction of sandy soil deposits is one of the most severe disasters during earthquake, and liquefaction-induced large ground displacement has more destroy.
结合孔隙水压力模型可以模拟地震作用引起的饱和砂土液化问题。
Combined with the pore water pressure model, soil liquefaction under the seismic excitation can be modeled.
前人曾指出液化后伴随着超孔隙水压重新分配的渗透会引起流体破坏的可能性。
The possibility of a flow failure due to seepage with the redistribution of the excess pore water pressure after liquefaction has been pointed out.
由剂油比增加引起的过裂化属于过度催化反应，过裂化点后液化气和焦炭产率出现明显增加的趋势，但干气产率基本上没有变化。
High catalyst to oil ratio mainly leads to carbenium ion catalytic reaction, which LPG and coke yields were remarkably increased but dry gas yield was basically unchanged.
结果发现液化的产生取决于地表层刚性引起的应变大小，假设与实际情况一致。
As a result, we found that the liquefaction depends on the size of strain caused by the rigidity of the surface layer and that the hypothesis accurately corresponds to what happens in practice.
YG8硬质合金经稀硝酸水溶液化学侵蚀后，表面一定深度内的粘结相钴将被化学刻蚀掉，引起表层疏松。
Cobalt phase was chemically etched to certain depth beneath the surface and porous layer was formed after YG8 cemented carbide had been soaked in aqueous solution of dilute nitric acid.
实验表明：神华煤液化残渣的燃烧是分两步进行的，在低温段主要是神华煤液化残渣中挥发性的气体急剧析出，引起燃烧失重；
Test result showed that combustion of Shenhua coal liquefaction residuals proceeds in two stages a low and a high temperature stage.
对液化石油气储运过程中的各种爆炸类型及成因进行了探讨，运用事故树方法分析了引起火灾爆炸的概率和原因。
A systematical analysis on LPG explosion type and cause during storage and transportation of LPG is made. A Failure Tree Method is used to find the explosion probability and cause.
作者对超量灌装后的瓶内压力的变化情况进行了理论分析和举例计算，以期引起人们重视正确使用液化气钢瓶的问题。
The variation of the internal pressure after overfilling cylinder is analyzed in theory and an example is given at the same time. This work will attract people's attention to use these c...
作者对超量灌装后的瓶内压力的变化情况进行了理论分析和举例计算，以期引起人们重视正确使用液化气钢瓶的问题。
The variation of the internal pressure after overfilling cylinder is analyzed in theory and an example is given at the same time. This work will attract people's attention to use these c...
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