The effect of compaction energy on compactness is studied by indoor experiments.
通过室内试验研究了击实功对路基压实度的影响。
It can be applied to not only common plane compaction but inclined plane compaction. Furthermore, its impact energy can be adjusted to adapt for different subgrade.
它不仅适用于普通的平面夯实，还可以应用于斜面夯实，夯击能量可调，能满足不同地基的夯实需求。
It has opened a new way to reduce production costs, save energy and time in a great number of constructions of airports, roads and dams which tequire soil compaction.
它为道路、机场和水坝等工程施工中大量压实工作的节能、省时和降低生产成本探索了一种新的途径。
When the equipment energy is limited, the repeated compaction and the double direction compaction are efficient ways to manufacture homogeneous and high-density powder parts.
当设备放电能量有限时，重复压实和双向压实方法是获得致密均匀、高密度粉末制品的有效途径。
On the other hand, as an instant impact load with controllable energy, dynamic compaction is a good test in-situ for the study of soil dynamics.
另外，作为一种能量可控的瞬态冲击荷载，强夯施工可以作为一个可控的土动力学原位试验。
By controlling the energy allocation of the different time and extending the time of uniform growth, the uniform and compaction ceramic coatings can be obtained.
通过控制陶瓷层不同生长时期的能量分配，尽量延长陶瓷层的均匀生长过程，可以获得到均匀致密的陶瓷层。
Makes the compaction process more efficient and improves the end result: quality improvement, time and energy savings.
使压实过程更加有效，且提高的压实效果：即，质量提高了，而节约了时间和能源。
Impact compactor is a compaction machinery with high impact energy, which cracks the old cement concrete pavement to form a interlocking structure and be the cushion or sub-base of the new pavement.
冲击压实机是一种高冲击能量的压实机械，通过破裂稳固混凝土路面，使旧路面形成嵌锁型结构，成为新铺路面的垫层或底基层。
Target functions for optimization of compaction are built based on energy balance, which provides theoretical foundation for intelligent control of compaction.
随后建立了基于能量平衡的振荡压实过程优化控制的目标函数，为今后压实过程中的智能化控制提供了理论依据。
Based on substantial engineering experience, the continuous low-energy dynamic compaction method for coarse-grained soil was proposed.
在大量工程经验的基础上，提出了适用于粗颗粒填料的低能量连续强夯(排夯)施工工艺。
It is proved that for a image subblock with a single straight edge, the DCT coefficient. energy compaction orientation and the spatial edge orientation are not always orthogonal.
通过理论推导及事例分析证得含平直单边缘图像子块，其DCT变换系数能量并不总是集中分布在与其空间边缘走向垂直的方向上。
The principle of the main parameter of dynamic compaction strengthening depth, tamping energy water pressure of the hole are studied in a project.
结合工程实例，对强夯主要参数加固深度、单位夯击能、孔隙水压力、夯点间距、夯点复夯等的确定原则进行了分析探讨。
The model is used to analyze steady compaction waves in a porous bed of high-energy solid propellant. The parameters of compaction zone are obtained from the model.
对推进剂多孔床中不同速度的致密波进行了计算，得到了致密波区内的参数分布。
An inverse texture synthesis technique is proposed to automatically produce a small compaction from a large globally varying texture via energy optimization.
本文提出了一种逆向纹理合成技术，用能量优化的方法根据大的全局变化纹理自动生成一个小的压缩纹理。
The concept of compared compaction power is presented, based on which appraisal standard of energy is built.
通过对实例的分析提出了比压实功的概念，并在此基础上建立了能量评价标准。
In order to research the usability of low-energy dynamic compaction and non-filler vibro-flush for treating loose fine sand and their reinforcing effects, a serial of tests have been carried out.
结合某松细砂地基加固工程，对低能量强夯法和无填料振冲法处理松细砂地基的适用性及加固效果进行了试验研究，并对它们的适用范围、优缺点进行了比较分析。
The effects of impact energy and compaction methods on the green density, the maximal impact force, the withdraw force and the radial springback were discussed.
研究电解铜粉高速压制成形工艺，探讨冲击能量、压制次数对生坯密度、最大冲击力和脱模力的影响。
The effects of impact energy and compaction methods on the green density, the maximal impact force, the withdraw force and the radial springback were discussed.
研究电解铜粉高速压制成形工艺，探讨冲击能量、压制次数对生坯密度、最大冲击力和脱模力的影响。
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