片语

coal bed burial depth煤层埋深

burial depth of tunnel隧洞埋深

maximum burial depth最大埋深

burial depth changes埋深变化

Tunnel Burial Depth隧道埋深

shallow burial depth埋藏浅

its burial depth changes埋深变化

sand burial depth沙埋深度

burial l depth埋藏深度

buried depth埋深；埋藏深度

英汉例句

• the potential hydrocarbon source bed in fangyan formation was over maturated prior to uplift and erosion event due to huge burial depth and high temperature of over 230℃.

  白垩纪末巨大的埋藏深度，已使方巖组内可能的烃源巖在抬升剥蚀之前便已达到高成熟（温度230℃以上）。

• the major influencing factors are tectonic stress, height and burial depth of groundwater, the mineralization ability in groundwater and so on.

  储层压力的影响因素有构造应力、地下水头高度及埋深、地下水矿化度等。

• subsurface temperature increases with burial depth might cause fluid expansion in most sedimentary basins.

  在大多数沉积盆地中，地下温度随埋藏深度增高可能引起流体的膨胀。

• the ground vibrations were calculated to analyze the influences of elastic modulus of soils and the burial depth of tunnels.

  计算了列车引起的地面振动，以分析隧道地基弹性模量和隧道埋深对地面振动响应的影响。

• the vitrinite-like reflectance increase with the burial depth linearly.

  镜状体反射率随埋深加大呈线性增加。

• the abnormity extent with shallow burial depth is larger than the extent with large depth.

  浅埋深的异常幅度大于深埋深的异常幅度。

• x-ray diffraction and petrography analysis showed that the burial depth from 2500 meters to 3000 meters was favorable to diagenetic evolution of clay and carbonate minerals in source rock.

  粘土矿物和碳酸盐矿物的转化对烃源巖力学性质产生了影响，导致随埋藏深度的增加巖石由相对塑性向相对脆性转变。

• practice in the gas control should be based on different geological units, different burial depth to develop appropriate control measures.

  在瓦斯防治实践中，应根据不同地质单元、不同埋藏深度分别制定相应的防治措施。

• the carbonate content increases on the whole with its increasing burial depth but presents different characteristics in different diagenetic stages.

  储层中碳酸盐含量总体上随深度增加而不断加大，但在不同成巖阶段具有不同特点。

• the research shows that original ground stress is the control factor for coal reservoir permeability, and burial depth is the second, permeability decreases as ground stress increases;

  研究表明，煤层渗透率的决定因素是原地应力，煤层埋藏深度对渗透率的影响是第二位的。渗透率随地应力增大而减小；

• burial depth control on the lead role of gas occurrence, most of the shallow is press-out, pour out, into a certain depth, the more performance is outstanding.

  埋藏深度对瓦斯赋存起主导控制作用，浅部大多以压出、倾出为主，进入一定深度后，多表现为突出。

• the dip angle and the horizontal boundary of the step are directly used to calculate the burial depth of the step;

  直接利用台阶倾角与台阶的水平边界位置来计算台阶的埋深；

• the results showed that seed germination and mortality of zygophyllum xanthoxylum were significantly affected by winged perianth, and varied with the burial depth and duration.

  该函数充分表明，在压实作用阶段，埋藏时间和埋深两个因素对地层孔隙度演化的影响都是非常重要的。