1) stone-throw protecting foundation
抛石护基
1.
According to many years analysis of dangerous working consolidated waterway engineering practice,it explorers consolidated method combining with stone-lay protecting slope and stone-throw protecting foundation.
通过多年的对险工河道加固工程实践的分析,探索出砌石护坡与抛石护基相结合的加固方法,以此来提高河道的抗洪能力,保证其安全渡汛,该文以典型险工金车王为例具体说明这一工程措施,以积累施工经验。
2) riprap protection of bank
抛石护岸
1.
Construction quality control of underwater riprap protection of bank;
水下抛石护岸施工的质量控制
2.
Construction and quality control of underwater riprap protection of bank;
水下抛石护岸施工组织与质量控制
3) ripped-rock revetment
抛石护坡
1.
Experimental study on ripped-rock revetment embankment in permafrost regions;
多年冻土区抛石护坡路基室内试验研究
2.
From the governing equations used to study forced convection for incompressible fluids porous media, the detailed finite element formulae for heat convection in porous media are achieved by using Galerkin s method to solve the computational problem of temperature fields on the ripped-rock revetment roadbed in Qinghai—Tibet railway.
由于铁路道碴和片石铺层的对流换热为多孔介质的热传导问题,为解决青藏铁路抛石护坡路基温度的计算问题,根据多孔介质中流体热对流的连续性方程、动量方程和能量方程,应用伽辽金法推导出了多孔介质对流换热的有限元公式,对具有阴阳坡的抛石护坡路基和普通路基在未来 24 a 的温度变化分别进行了预报分析和比较。
4) dumped rocks protecting foundation
抛石护底
5) Rubble-mound foundation
抛石基床
1.
Synthesis Construction Technique of Rubble-mound Foundation Under the Thick Favorable Opposition Diluvium Layer
厚大冲洪积层上水下抛石基床综合施工技术
2.
This paper introduces the experimental method, laboratory equipment and facilities used to determine the friction factor between the gravity steel structure and the rubble-mound foundation.
概述了测定海上重力式钢结构底面与抛石基床顶面间摩擦系数的试验方法、试验装置及设备,在对21种组合386个样本的试验成果进行统计分析的基础上,初步给出了钢与基床(碎石)之间的摩擦系数,同时指出了重力式钢结构应用中有待进一步解决的问题和可能的解决办法。
6) rubble bed
抛石基床
1.
Diagnosis and renovation to gravity wharf's rubble bed damaged by water flow
重力式码头抛石基床遭水流冲刷破损后的诊断和治理
2.
It is stipulated in current codes to check the resistance to sliding on the top and bottom of the rubble bed,with no consideration of sliding failure inside the rubble bed.
现行规范要求对抛石基床的顶面和底面进行水平抗滑稳定性验算,而不考虑抛石基床的内部滑移破坏情况,当基床较薄时,这样的规定可以保证抛石基床的安全性;当抛石基床比较厚时,基床后侧水平土压力作用不能忽略,基床内部可能会存在水平滑移面。
3.
In explosive ramming of rubble bed of 4# & 5# berths of China Merchants Zhangzhou Development Zone, it briefly introduces the objective and measures at preparation & implementation stages respectively.
针对漳州港 4 #、5 #泊位抛石基床爆夯工序 ,简单介绍爆夯施工准备阶段、实施阶段目标及措施 ,分析爆夯基床的密实效果以及对周围环境的影响。
补充资料:大理石石渣罩面水磨石,镶嵌大理石片的水磨石
CAS:68038-71-1
中文名称:苏云金芽孢杆菌制剂;苏云金杆菌;大理石石渣罩面水磨石,镶嵌大理石片的水磨石;7216杀虫菌;BT生物农药
英文名称:bacillus thuringiensis;agritol;bacillus thuringensis;bacillus thuringiensis berliner;bactospein;bactur;bakthane;berliner;biotrol;bitoksybacillin;btb 202;dipel
中文名称:苏云金芽孢杆菌制剂;苏云金杆菌;大理石石渣罩面水磨石,镶嵌大理石片的水磨石;7216杀虫菌;BT生物农药
英文名称:bacillus thuringiensis;agritol;bacillus thuringensis;bacillus thuringiensis berliner;bactospein;bactur;bakthane;berliner;biotrol;bitoksybacillin;btb 202;dipel
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