供能

供能技术是电动汽车的关键技术之一。

How to supply energy is one of the key technologies .

线粒体是哺乳动物的产能、供能细胞器，与生长、发育、衰老和凋亡等多种细胞事件及疾病有关。

Mitochondria , which can produce and supply energy for mammals , are involved in many cellular events of growth , development , aging , apoptosis as well as diseases .

供能甚至更难。

It 's even harder to provides energy ．

基于VLSI无线供能通信系统耦合线圈实验

Coupling coil experiment in a VLSI wireless power harvesting telemetry system

高压ECT中激光供能电源的设计

Design of Optical Power Supply for High Voltage ECT

对这种混合式电流互感器传感器的电源供能、AD转换等进行了研究。

The power source energization and the A / D conversion of the sensor in the hybrid optical current transformer are researched .

其次，它们广泛应用于电池供能的系统中，这些系统CMOS设备是必须的。

For another , they are widely used in battery-powered systems , in which CMOS devices are mandatory .

目前供能问题已经成为MEMS降低成本、进入实用化、自动化的最大障碍。现有的一个解决方案是微能源。

The power supply is the most important barrier that affecting MEMS to lower cost and step to commercialization and automatization .

基于APD半导体制冷供能电路设计

Design of Power Supply Circuits Based on APD Semiconductor Cooling

武术套路运动供能主要以ATP&CP系统供能为主，辅之以HL能系统。

Supplying power in Wushu exercises mainly involve ATP-CP system , secondary HL system .

本文还提出了一种将两种供能方式结合使用的组合电源，并设计了这两种电源之间的切换方法，解决了取电CT电源的死区问题，延长了激光器的使用寿命。

Finally , the paper proposes a power supply which is combined of the self-supplying power source and the optical , and provides the switch technique between the two supplies .

400M跑的供能特点及高效训练

High Effective Training on The Bases of Energy Demand Characteristics in 400M Run

对800m跑运动项目认识及供能特点的探讨

Discussion of the Feature of Understanding and Energy-providing on 800m Race

脑组织供能代偿潜能损伤重，这种能量代谢的抑制是ACR产生神经元损伤的生化基础。

The inhibiting of energy metabolism is biochemical foundation neuronal damage produced by ACR .

强调了贝类对溶解态重金属的转运除了被动转运之外，还涉及到需要ATP供能的主动转运过程。

It is highlighted that besides passive transport , dissolved metal transport into bivalves was involved in active transport coupled with ATP .

研究结果显示：长拳自选套路供能特点是由CP、糖酵解和有氧代谢三种供能形式供能；

The results indicated that the characteristic of energy supply in practice chang-quan is made up of CP ? glycolysis and aerobic metabolism .

通过研究微功耗DC-DC器件，提出了可同时应用于特制线圈供能和激光供能的高性能DC-DC变换方案。

Furthermore , a high performance scheme of DC-DC transformations was introduced after the research of low power waste device .

NASA官员说至今为止，撕裂的太阳翼仍然很稳定而且似乎仍可以供能。

NASA officials say as of now , the torn solar wing is stable and seems to be delivering all its power .

adhoc网络由一组移动终端组成，不依赖于固定基站的支持，这也决定了其终端节点只能使用能量极其有限的电池设备来供能。

Mobile Ad Hoc Network consists of a set of mobile terminals without the support of the fixed base stations and therefore the terminals must use battery as the power supply .

结论：1.耐力训练可降低机体在递增负荷运动中同等负荷条件下血乳酸的浓度和MDA的含量，说明耐力训练提高了机体有氧氧化的供能能力和抗氧化系统的功能。

Endurance training can reduce the blood lactate concentration and MDA content , Indicating body endurance training can improve the aerobic oxidation capacity and the antioxidant system function . 2 .

普通高校400m跑供能特点及速度与速度耐力训练方法探析

Analysis on the Training Method of Energy-Supply and the Speed and Speed Endurance in the 400m Run in Universities

200m左右重复跑和快间歇跑是发展男子400m跑项目无氧供能的最佳手段之一。

Repetition run and fast interval of 200 metres are the best methods improving men 's 400 metre run non-aerobic energy supply .

根据2000m赛艇运动项目的特点及三大供能系统在2000m赛艇运动中供能的比例，结合生物化学理论，找出影响2000m赛艇运动成绩的主要因素，明确训练重点。

The major factors which influence the performance of 2 000m canoeing were energy supplying system , with combination of biochemical analysis .

在饮食失节所致的脾虚模型中，ATP供能相对缺乏，故血液中CK活性降低以减少ATP的分解，减少能量消耗。

In the animal model with spleen deficiency induced by abnormal diet , ATP energy supplying is relatively insufficient so that the activity of CK in blood decreases to reduce its disintegration and energy expenditure .

运用文献资料法对800m跑的项目特征、供能特点进行了分析。

By using the method of documentation , the paper makes an analysis the event feature and the characteristics of energy accommodation of 800-meter race .

本文试图根据人体运动时能量供应的特点，分析400m跨栏跑的供能特点以及提高供能能力的训练方法。

This article analyzes the energy supply characteristics of 400-metre hurdle race and how to improve energy supply ability according to the energy supply characteristics of human body .

经过测试证明，除PPC光电池有待进一步提高转换效率外，新型激光供能系统各模块设计合理，工作正常，整个系统完全满足光电式互感器高压侧数据采集电路的供电需求。

Proved by experiment , except PPC photovoltaic conversion efficiency needs to be further improved , it is showed that the modules of PoF system are designed reasonable and working properly .

氨通过血脑屏障扩散入脑内，在谷氨酰胺合成酶（glutaminesynthetase，GS）催化下，由三磷酸腺苷供能与谷氨酸在星形胶质细胞中合成谷氨酰胺[1]。

Ammonia permeate through blood brain barrier , diffuse in brain . then under the catalysis of glutamine synthetase ( GS ), energized with adenosine triphosphate , ammonia and glutamate synthesis glutamine in astrocyte .

结论隔肌细胞ATP过度消耗及合成障碍，直接供能物质减少以及氧自由基对亚细胞结构损伤可能是隔肌起搏后膈肌疲劳发生的原因。

Conclusions The exhaustion and synthesis disturbance of ATP may explain the generation of diaphragm fatigue , and the reduction of dynamophore and ultrastructural injuries of the cells induced by oxygen free radicals may also contribute to this result .

要想提高800m跑的专项运动成绩，就必须正确认识和深刻理解中跑运动项目特征和供能特点。

It is necessary to realize and understand the features of mid - long-distance race to provide energy in order to improve the results of the special sport-800 metres .