重新排列身体和微能量体系统，使其各个方面恢复新的活力。
Realign, revitalize and regenerate all aspects of the physical and Subtle-Energy Body Systems.
为此，以矩形压电微悬臂梁结构作为换能单元，通过对压电层等效电流源和单相桥式整流电路的理论及相关公式的推导，得出微能量功率的计算公式。
An energy harvesting structure based on rectangle piezoelectric microcantilever was set up and the process of energy transform from vibration to electric was generally analyzed.
运气好的话，这类微中子将比地球外来的同伴们具有合适的能量水平，更常被岩石吸收。
As luck would have it, these tend to have about the right level of energy to be absorbed by rock more often than their extraterrestrial counterparts.
当我们打开装置的开关后，这些碳纳米管就带有约为300微瓦能量的电流。
When the device is switched on the nanotubes carry an electric current with a power of about 300 microwatts.
建造“麦斯威尔妖”的现实生活版本——它可以把信息转变为有用的能量——意味着未来的毫微级计算机可能纯粹地依靠信息来作为动力。
The building of a real-life version of "Maxwell's demon" – which can turn information into useful energy – might mean that future nanomachines can be powered purely by information.
一个主要的原因是微芯片需要大量的能量克服电噪音，电噪音会翻转数字数据中的0和1，摧毁信息。
One of the main reasons is that microchips still require plenty of power to overcome electrical noise, which tends to flip the 1s and 0s in digital data, destroying information.
通过改善伤口绷带周围的密封性来减少空气泄漏，佐罗夫西克采用一种手摇抽气机，将抽气机对能量的需要从14瓦削减到80微瓦（1微瓦等于百万分之一瓦）。
By improving the seal around the wound dressing to reduce air leaks, Zurovcik cut the pump's power requirements from about 14 watts to 80 microwatts, which comes from a hand pump.
然而，这一次研究人员发明了新方法，耗费很少的能量，花费很少的设备安装成本，就可产生大量的微气泡。
This time, however, the researchers produced the fizziness with a new method that uses far less energy, and is cheaper to install.
放入了一个一便士大小的能量池，这些甲虫在2周实验期内产生了20微瓦（一瓦特的百万分之二十）。
Fitted with a fuel cell about the size of a penny, the bionic bugs were able to generate over 20 microwatts (20 millionths of a watt) during a two-week trial.
对微栅样品上的碳元素及化合物进行了电子能量损失谱分析，得到了较为满意的结果。
Carbon and combination on the micrograte sample were analysed by electron energy loss spectrums. It was satisfied with the results.
给出了微压电式振动能量采集器的基本工作原理和物理模型。
The working principle and physical model of MEMS-based piezoelectric vibration energy harvesters (MPVEHs) are described.
用屏蔽库仑势简化了钠原子的哈密顿，用两次微扰法计算了钠原子的能量，结果与实验值符合得较好。
The Hamiltonian of sodium atom is reduced by using screening Coulomb potential, and the energy levels of sodium atom are calculated by means of twofold perturbation.
利用能量耦合法和ANSYS分析软件，由宏模型的动态响应方程仿真静电微泵腔的端点特性量关系式。
Then based on the macromodel, which was generated through energy coupled method and ANSYS software, the dynamic response functions were formulated to simulate the electrostatic micropump behavior.
第二阶段是由近地面微气象条件决定的水分凝结过程，所吸收水量受空气水汽压、地面温度和地表可利用能量的影响。
The second is the process of water condensation determined by air vapor, soil surface temperature and the available energy of soil.
微泡发生惯性空化破裂时可以释放出很大的能量，对附近细胞或组织产生空化效应，造成细胞或组织的损伤。
A lot of power is released when the microbubble rupture, which caused all kinds of effect on the nearby cell or tissue.
收集环境中的能量来给微系统供能引起了人们越来越多的关注。
Energy harvesting from the environment has been actively explored using several methods.
提出了一种考虑轴向热传导、速度滑移、温度跳跃和入口效应情况下圆形微通道能量方程的求解方法。
A method for resolving the energy equation of the circular microchannel, which considers axial heat conduction, temperature jump, velocity slip and thermal entrance is presented.
研究了采用系统广义能量的最大值作为起控条件，实施正比例系统参数微扰，脉冲控制混沌的方法。
Using the maximum value of the system general energy as the control conditions and using proportional system parameter impulse perturbation to control chaos are studied.
由此认为，这一方法的研究将在微尺度海面过程、全球气候变化和水—气间能量通量研究中有着广阔的推广应用价值。
The new technology has a prosperous future in popularization and application in the research in micro-scale process of sea surface, global climatic variation and energy flux between air and water.
在概述分子轨道中的微扰理论的基础上，重点对微扰法、能量相同和不同的基础轨道的微扰进行了深入的论述，并进一步分析了这一理论在有机共轭体系中的应。
The theory in the micro-interference of molecular orbits is generalized in this paper and especially the method of micro-interference with basal orbits in different energy is probed.
在激光微加工系统中，激光为能量提供者，被加工的工件为能量接受者。
Laser is energy provider and processing objects are energy embracer in the laser micro processing system.
传统同位素微电池的能量转换结构采用单层阵列形式，造成电池输出功率较小，不能满足微型传感器件的需求。
Traditional Radioisotope micro Battery (RMB) with direct conversion device of single layer array does not meet the requirements of micro sensor devices for its lower output power.
本文论述激光微束照射细胞的损伤点直径和聚焦光斑上能量密度的测试方法。
The measuring methods for the diameter of cell damage spot caused by laser microbeam and the energy density of focusing spot are described in this paper.
分析表明波长调制反射谱的实质，是介电函数对能量的一级微商。
It is shown that the wavelength modulated reflective spectrum is essentially the first derivative of dielectric function with respect to the energy.
由于微地震事件的频率高，持续时间短，能量小，随机噪声甚至可以淹没有用的微地震信号。
Microseismic events are characterized by high frequency, short duration, and weak energy. They may even be smeared by random noises.
微热量测量用来决定各种能量关系。
Microcalorimetry measurements are used to determine various energy relationships.
高压辊磨-微珠介质搅拌磨系统能够有效的提高能量利用率和产品生产率。
The high pressure roller mill-micro-bead medium stirring mill system can effectively improve the energy utilization rate and the production rate of the product.
高压辊磨-微珠介质搅拌磨系统能够有效的提高能量利用率和产品生产率。
The high pressure roller mill-micro-bead medium stirring mill system can effectively improve the energy utilization rate and the production rate of the product.
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