总的原则是，只要哪个微细身体包含最大的能量，它将获得最强烈的记忆。
The general rule is, whichever subtle body contains the greatest amount of energy, will have the strongest memories.
放电单脉冲能量的精确控制是实现微细电火花加工的关键技术之一。
The accurate control of single pulse discharge energy is one of key techniques in micro-EDM.
用递真空扫描电镜技术和能量分散型X射线（EDX）分析方法研究了12种多年生牧草叶表面的微细构造。
The leaf epidermal microstructure among 12 perennial grasses was studied by using scanning microscope and Energy Dispersive X-ray (EDX) microanalysis.
同步辐射X射线能量色散法对于解决微细矿物及包裹体矿物的晶体结构具有巨大的优势和潜力。
The synchrotron-based energy-dispersive X-ray diffraction method has great advantage and potential for diagnosing the crystal structure of tiny minerals and mineral inclusions.
熔深增加的主要原因是活性剂微细粉末在激光作用初期增加对激光能量的吸收率。
The main reason for the increment of laser absorptivity is that fluxes absorb more laser energy and transmit it to the specimen during the early period of laser action.
对于高斯型分布的微细离子柬注入，对其径向坐标的随机抽样作了模拟分析，结果表明横向分布与束半径密切相关，并且横向能量淀积的峰值位置就在束半径附近。
The results show that the transverse profile is correlative with the ion beam radius, and the top position of the energy deposition distribution is near the ion beam radius.
对于高斯型分布的微细离子柬注入，对其径向坐标的随机抽样作了模拟分析，结果表明横向分布与束半径密切相关，并且横向能量淀积的峰值位置就在束半径附近。
The results show that the transverse profile is correlative with the ion beam radius, and the top position of the energy deposition distribution is near the ion beam radius.
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