氢能

氢能的发展利用还存在着一些技术上的问题，最重要的是氢的储运。

There are still some technical problems in hydrogen energy application .

氢能及金属基储氢材料

Hydrogen energy and metal ─ base alloy compounds for hydrogen storage

氢能进入家庭与环境保护3G时代的计费

Hydrogen and Home 3G Charging

PEMFC氢能发电机负载性能与效率测试分析

Analysis on Load Function and Efficiency Test for PEMFC Generator

PEMFC备用氢能发电站的储氢问题探讨

Hydrogen Storage of Hydrogen Generator in PEMFC

PEMFC氢能发电系统现状与展望

Present status and prospect for the research and application of PEMFC-based hydrogen power generation system

即氢能使PZT-5H铁电陶瓷从绝缘体变成n型半导体。

Hydrogen could induce a transition of the insulating PZT-5H ferroelectric ceramics to n-type semiconductor .

基于Lotka-Volterra模型的氢能市场系统演化分析

System evolutionary analysis on hydrogen market based on Lotka-Volterra model

提出了PEMFC氢能发电应用研究的几个技术课题。

In addition , several technical subjects in the field of application study for PEMFC-based hydrogen power generation were proposed .

通过CuO在直流脉冲辉光氢等离子体中的还原实验证实了等离子态的氢能强化氢还原金属氧化物的能力。

The experimental results for the reduction of CuO with nonequilibrium hydrogen plasma produced by a DC pulsed glow discharge indicate that plasma hydrogen offers improved reduction ability .

2MW氢能试验系统的设计研究

The Research and Design of 2 MW Hydrogen Testing System

研究了氢能质子交换膜燃料电池发动机的系统结构，针对发动机输出电压容易受系统各输入条件影响的问题，提出利用BP神经网络建立发动机系统电压输出模型。

This paper introduces systematic structure of the hydrogen proton exchange membrane fuel cell engine . In order to solve the problem that the output voltage is easy to be influenced by each input condition , the systematic voltage output model is established by BP neural network .

尤其是气体分离膜在清洁能源（氢能）的开发利用、温室气体CO2的捕集、分离及回收利用、天然气的纯化以及空气分离等诸多方面有广阔的应用前景。

Especially , membrane-based gas separation technology has attracted much attention in various fields such as the developing and utilization of clean energy ( H2 ), the greenhouse gas carbon dioxide separation and recovery , the natural gas purification and oxygen / nitrogen separation .

介绍了氢能汽车动力装置的最新研制、发展动态，通过对氢内燃机（H.I.C.E）和质子膜燃料电池（PEMFC）性能数据比较分析，对21世纪汽车动力装置的发展趋势和前景提出了观点。

By analyzing the performance data of H.I. C. E and PEMFC , the viewpoint is presented on the trends and prospects of automobile power devices in the 21st century . The paper generalized the progress on the fuel cell vehicles gained by several famous companies in the world .

在CO/H2O系统中，发生的水煤气变换反应（WGSR）能产生高活性氢，该活泼氢能与煤热解产生的自由基结合生成稳定的液化产物，从而提高了液化的转化率。

In CO / H2O system , the water gas shift reaction ( WGSR ) produces high active H which can stab the residuals in order to improve the liquefaction conversion .

Bergman型结构的Ti-Zr-Ni准晶具有储氢量高且吸氢快的优点，是一种极具潜力的储氢材料，有望在氢能或氘氚核聚变能领域得到广泛应用。

Bergman-type Ti-Zr-Ni quasicrystals can absorb hydrogen rapidly in a large quantity , and have been regarded as a highly promising hydrogen storage material , which are unveiling their potential applications in fields of hydrogen energy or deuterium-tritium nuclear fusion energy .

氢能被普遍认为是一种非常理想的清洁可再生能源。

Hydrogen is generally considered as a clean and renewable energy .

新型洁净能源&氢能是新能源的研究热点。

The new clean energy source-hydrogen energy is highlighted in research .

所以氢能的发展首先需要制造氢气。

Thus H2 must be produced using hydrogen and energy resources .

冷聚变研究现状和前景&兼评日本新氢能计划的下马

Present State on the Cold Fusion Research and Its Prospects

可再生能源制氢与氢能动力系统研究

Hydrogen production using solar energy and the study on hydrogen power system

天然气：通向氢能时代的桥梁

Natural Gas : A Bridge to Age of Hydrogen Energy

氢能未来与储氢金属材料技术

Future of hydrogen energy and hydrogen-reserving techniques of metal materials

介绍了目前制氢的主要方法，光合微生物制氢被认为是最具潜力的氢能生产技术之一。

The main methods for hydrogen production currently are introduced .

规模化高效低成本制氢是发展氢能经济的基础。

Large-scale and low-cost hydrogen production is the foundation of hydrogen economy .

氢能与21世纪的汽车动力装置

Hydrogen energy and automobile power device in the 21st century

氢能发电机空气供给系统变频控制技术初探

Research for Frequency Conversion Control in Air Supply System of Hydrogen Power

氢能及制氢的应用技术现状及发展趋势

The Status and Development Current of Hydrogen Energy and its Application Technology

新型汽车替代燃料&氢能的开发与应用

Exploitation and Application for Hydrogen Energy-The New Automobile Substituting Fuel

生命周期成本分析在氢能评价中的应用

Application of life-cycle cost analysis in hydrogen energy 's evaluation