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土体 soil英语短句 例句大全

时间:2023-10-09 15:28:12

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土体 soil英语短句 例句大全

土体,soil

1)soil[英][s??l][美][s??l]土体

1.The experimental study on the transmit of the mining subsidence insoil;开采沉陷在土体中传递的实验研究

2.Discussion on calculation method aboutsoil gravity stress;土体自重应力计算方法的探讨

3.Creep tests ofsoil around Guomao station of Beijing metro;北京地铁国贸站隧道周围土体的蠕变试验研究

英文短句/例句

1.Theoretical analysis of disturbance of soils caused by penetration of soil samplers取土器贯入土体引起土体扰动的理论分析

2.Calculation method for soil erosion of embankment slopes路堤边坡土体水土流失计算方法探讨

3.log-derived clay volume测井导出的粘土体积

4.volume method of concrete mix design混凝土体积比设计法

5.The Mechanical Characteistics of the Pressure Study on Modified Raw-soil Materials and Adobe Masonry改性土体材料及土坯砌体的受压力学性能研究

6.The microstructure is an important quality characteristic of clay.粘性土微观结构是土体的一个重要质量特征。

7.The stress-strain relation of soil is a key to the earthwork calculation.土体应力-应变关系在土工计算中作用至关重要。

8.The Infection on the Humic Acid in the Progress of Solidifying Soft Soil by Cement Soil;土体中腐殖酸对水泥固化软土效果的影响

9.bury/5berI;`bZrI/v(pt,pp buried)place(a dead body)in a grave or in the sea将(尸体)土葬,海葬

10.Key words: reinforced concrete、 concrete、 high performance concrete、 cement concrete、 pozzolanic effect、 mass concrete.关键词:钢筋混凝土、混凝土、性能混凝土、高强混凝土、泥混凝土、生骨料混凝土、体积混凝土。

11.White-ants is a social-animal living in dam-body.土栖白蚁是一种蛀土为巢的群聚体。

12.Collectives are reluctant to rent out land use rights集体土地所有者不愿租让土地使用权

13.Experimental Study on Dynamic Properties of Silt Composite Sample with Lime-soil Reinforcement灰土增强体复合土动力特性试验研究

14.dirt that had become ground into the surface落在物体表面的尘土

15.hard missile base混凝土掩体导弹基地

16.rare-earth ion-doped nonlinear crystal掺稀土离子非线性晶体

17.monoblock prestressed concrete sleeper整体预应力混凝土轨枕

18.Saturnian low-energy thermal plasmas土星低能热等离子体

相关短句/例句

soil mass土体

1.The simulation test for the interaction between soil nailing andsoil mass;土钉与土体相互作用的仿真试验分析

2.Discussion of settlement modification considering stress history ofsoil mass;考虑土体应力历史影响的沉降修正初探

3)soil body土体

1.On optimization of constitutive model parameter ofsoil body优化确定土体本构模型参数

2.It introduces the conception and composition of soil,discusses the reconnaissance means and appraisal methods of commonsoil body in Zhejiang province including clay soil,silt,reduced stone soil,soft soil and lamellar soil,to increase the cognition of people to the common soil in coastal area,and it supplies reference to the people ofsoil body project geology reconnaissance.介绍了土的概念及组成,探讨了浙江省常见土体的勘察手段和评价方法,包括粘性土、粉土、砂土、碎石土、软土及层状土等,以提高人们对沿海地区常见土的认识,可供土体工程地质勘察人员参考借鉴。

3.Through the example of engineering,the authors proposed the method of determining thesoil body s slip resistance index by usingsoil body flat stacking,it is steady and pointed out the advantage and disadvantage of this method.通过工程实例,应用土体平推法直剪试验确定土体抗剪强度指标,该现场试验确定的抗剪强度指标较稳定。

4)soils[英][s?il][美][s??l]土体

1.Laroratory on influences of moisture content and porosity on thermal conductivity ofsoils;含水量与孔隙率对土体热导率影响的室内实验

2.Discussion on degree of saturation determination ofsoils;土体饱和度确定的两个问题

3.Elastoplastic numerical simulation of plane strain problems ofsoils involving rotation of principal stress axes;含主应力轴旋转的土体平面应变问题弹塑性数值模拟

5)earth[英][?:θ][美][?θ]土体

1.Discussion onearth weight stress calculation method;关于土体自重应力计算方法的探讨

2.Character of cyclic shearing stress induced byearthquake inearth inthe case of two dimensional plane stress condition;在二维应力状态下土体地震动偏应力的特征

3.The penetration effect of high-speed projectile into half-space of uniformearth is discussed,and the process of penetration is divided into two stages.探讨高速弹体对半无限空间均质土体的侵彻效应,把弹体侵入过程划为两阶段。

6)solum[英]["s?ul?m][美]["sol?m]土体

延伸阅读

土体土体soilmass固体颗粒间无联结或有微弱联结,保持天然结构,通常含有天然结构面的地质体。土体主要生于第四纪,分布于地壳表层,覆盖着陆地和海洋的大部分。土体是在地质历史过程中形成的,常产生有原生的层理结构面。以后在温度、湿度和构造应力的作用下又会产生次生结构面。这些结构面控制着土体的物理力学性质。影响土体的工程地质性质的因素很多。由单一土层构成的土体,其工程地质性质主要取决于土体的材料的成分和结构特征。对层理发育、由土层结合体构成的土体来说,工程地质性质则受控于各土层性质的综合效应,多层土层构成的土体具有非均质性和明显的各向异性。另外,土体的工程地质性质还与土体的埋深、土体中的地下水状况以及地应力场状况有关。自然界的土体按成因分为未经搬运的残积土体和经过搬运的沉积土体。后者还可按搬运动力分为由水搬运而形成的坡积土体、洪积土体、冲积土体、海积土体等;由冰川等搬运而形成的冰川堆积土体等;由大气搬运而形成的风积土体、火山堆积土体等;由重力作用搬运而形成的重力堆积土体和因人类活动而形成的人工堆积土体等。土体成因对土体成分、结构具有重要控制作用,所以这种土体分类方法能够反映土体工程地质性质的空间分布规律。

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