The characteristics of micro power systems including micro engines are concluded.
归纳了包括微型发动机在内的各种微动力系统的特点。
Researchers have paid more and more attention on micro power systems for the advantages of little volume and high output power density, etc.
微动力系统以其体积小、输出功率密度大等优点越来越受到研究者的关注。
This paper introduces the significance of micro power systems research, briefly describes the trends and developments of current micro power systems.
本文介绍了微动力系统的研究意义，简要地描述了当前微动力系统的若干研究动态和进展。
The preparation of nanowires assembled into micro-electrode in virus-enabled micro power systems and the electrochemical properties of these micro power systems are introduced in detail.
详细介绍了纳米线组装病毒基二次微电池微型电极的制备过程和病毒基二次电池的电化学性能。
Micro scale gasification systems (1-10 kw) can be used by small and medium farmers for providing power to irrigation system.
微规模气化系统(1 - 10千瓦)可用于中小农户提供灌溉系统的权力。
In modern high-performance power electronic systems, DSP has become the core of control unit instead of micro controls.
在现代高性能电力电子系统中，DSP已经取代了微控制器成为控制器的核心。
The power consumption in real-time embedded systems can be improved with an optimal dynamic voltage scaling(DVS) algorithm for micro-processors with double scalable voltages.
为了解决嵌入式实时系统如何节省电能的问题，针对具有两种运行状态的微处理器提出了最优的动态电压调节（DV S）算法。
On the basis of understanding the specification of SVG, this paper expands SVG on macro-lay and micro-lay according to the special requirements of a graphic platform used in power systems.
在理解SVG规范的基础上，本文根据电力图形的特殊要求，从宏观和微观两个层面扩展了SVG。
Electrical power source based on radionuclide Ni-63 for micro-electro-mechanical systems with operation time in excess of 50 years.
针对运营时间超过50年的微型电子机械系统的基于物理放射性核种Ni- 63的电源。
Advanced micro-power electronics deliver superior performance, eliminating false alarms and providing a direct linear output for compatibility to existing control systems.
先进的微处理电路给仪器带来最佳的表现。杜绝错误报警，提供直接线性的输出，同现有的控制系统兼容。
Advanced micro-power electronics deliver superior performance, eliminating false alarms and providing a direct linear output for compatibility to existing control systems.
先进的微处理电路给仪器带来最佳的表现。杜绝错误报警，提供直接线性的输出，同现有的控制系统兼容。
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