1)  depth of compacted layer
压实分层厚度
2)  depth of compacted lift
压实分层厚度
3)  compact
压实
1.
Casing failure mechanism analysis induced by reservoir compaction and sand in the producing layer;
油藏压实、出砂引起的射孔段套损机理分析
2.
Factors influencing foundation compacting and construction method;
路基压实的影响因素及施工方法
3.
Combining with practical experience of engineering for many years, this paper analyzes reasons for highway roadbed settlement and deformation from filling material choice, packing to testing standards and puts forward personal opinion about the present unreasonable roadbed compaction testing and standards.
文章结合自己多年的工程施工实践,对高速公路路基沉降变形的原因从填料的选择、碾压到检测标准等多方面作了分析,并提出自己对现行路基压实检测和标准不合理之处的见解。
4)  compacting
压实
1.
On plasticity and compacting control criterion of the Yellow River silt;
黄河冲积粉砂土的可塑性与压实控制标准分析
2.
The design of a fully automatic folding-compacting-packaging machine;
全自动铺叠压实包装机的设计
3.
Improving the compacting density is the key to solve this question.
解决路基沉陷变形的核心是提高路基土的压实密度。
5)  compaction
压实
1.
Fragmentation and compaction of rubbish under action of anaerobic leachate recirculation;
垃圾破碎和垃圾压实在厌氧渗滤液循环中的作用
2.
In site engineering tests on municipal solid waste compaction effects at landfill site;
城市垃圾卫生填埋压实的工程试验研究
6)  consolidation
压实
7)  super compaction
密集压实，超压实
8)  recompaction
再压实;重新压实
9)  Mechanical Compaction
机械压实
1.
Mechanisms for Retardation of Mechanical Compaction by Overpressures and its Application;
超压对机械压实的减缓抑制机理及其应用
10)  impact compaction
冲击压实
1.
Dynamic stability analysis of gravity retaining walls under impact compaction;
冲击压实破碎旧水泥砼路面时重力挡土墙的稳定性分析
2.
Researches on impact compaction test of rock-soil filled roadbed in high-grade highway;
高等级公路土石混填路基冲击压实试验研究
3.
Microstudy on roadbed loess improvement by impact compaction technology;
冲击压实路基黄土的微观特征研究
补充资料：激波压实
分子式：
CAS号：

性质：又称激波固结或激波压实。利用滑移爆轰波掠过试件所产生的斜入射激波，使金属或非金属粉末在瞬态高温、高压下发生烧结或合成的一种高技术。爆炸烧结是烧结非晶、微晶等新型材料最有发展前途的技术。可使脆性材料达到比常规方法高得多的性能。与化学放热反应相结合可大幅减少或消除陶瓷、超硬、高强度材料在室温下爆炸所难避免的宏观和微观裂纹，提高材料的烧结制品的密度和强度。爆炸烧结按加载方式不同可分为三类：平面加载、柱面加载和高速锤锻压等三种方法。工业上用此技术进行非晶磁粉末烧结、陶瓷材料、铝-锂合金制取等。

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