Samples examined, no mechanical damage found on physical construction of the samples, integrity remains upon completion of the test.
样本中，发现无机械损伤，对样品的物理建设，完整性仍然在完成测试后。
On completion of the hole by all players in the group, damage to the putting green caused by golf shoes should be repaired.
同组所有球员完成该洞时，还应注意修理因鞋钉而造成的果岭损伤。
The insurance shall be in force during the time for Completion and for two years after the approval of the Total Works insofar as damage is concerned for which the Contractor is liable.
在全部工程完工期间以及通过验收之后的二年期间，对于属于承包商义务范围之内的损坏，保险单必须保持有效。
The shop is stuck in ceramic tile, after the completion of the next day with a screwdriver and the damage of the glaze ceramic tile not easy thing on tile, listen to the sound.
在瓷砖铺贴完成后，隔天用螺丝刀把之类不易损害瓷砖釉面的东西敲击瓷砖，听声。
It will cause serious formation damage while water intrude into the gas reservoir during drilling, completion and development.
在钻井完井及开发过程中，工作液及边底水侵入致密砂岩气藏会导致严重的储层损害。
Through core analysis and sensitivity experiments, this paper illustrates the potential damage factors and the damage degree of the reservoir in the course of perforated completion.
室内实验研究可知，射孔完井过程中油层的伤害主要是射孔压实带和射孔液的伤害。
Comparing with conventional completion technology, UBD completion could make fluid loss decrease to less, and avoid reservoir damage and improve oil & gas well production.
欠平衡完井技术与传统的常规完井技术相比，可以使流体滤失降低到最小程度，并能最大限度地减少储层损害及改善油气井产能。
In addition, the techniques of producing remaining oil, preventing formation damage, improving drilling and completion and deep well production should be studied.
另外，挖潜剩余油技术、解除油层伤害技术、提高钻完井技术、深井采油技术等也需要攻关。
The phenomenon of reservoir permeability decrease caused by drilling, completion and other underground operation is known as formation damage.
在钻井、完井等井下作业过程中，造成油气层渗透率下降的现象通称为油气层损害。
For low permeability micro - fractured reservoirs drilling and completion operations, the solid phase invasive, stress-sensitive, water trapping is the main damage mechanism.
对于低渗微裂缝储层钻井完井作业而言，固相侵入、应力敏感、水相圈闭是主要损害机理。
For low permeability micro - fractured reservoirs drilling and completion operations, the solid phase invasive, stress-sensitive, water trapping is the main damage mechanism.
对于低渗微裂缝储层钻井完井作业而言，固相侵入、应力敏感、水相圈闭是主要损害机理。
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