金属燃料

水反应金属燃料发动机系统构型研究需要以燃烧数值模拟作为研究基础。

Theoretical research on specific impulse performance and chamber length of hydroreactive metal fuel motor ;

某新型热动力系统中采用的Li/SF6高能液体金属燃料，应用本文方法，获得了相平衡计算结果。

The method has been applied to the equilibrium computation of a liquid metal fuel combustion .

用能量方法反演研究FAE燃料中可燃元素组元的完全反应程度，以及FAE燃料中金属燃料组元可能的反应模式，为FAE燃料设计提供新的研究方法。

Inversion investigation through energy principle is applied to assess reaction extent to combustible components in FAE , and reaction pattern of metal component in FAE . A new approach is supplied for FAE design .

镁基水反应金属燃料及水冲压发动机初步试验

Primary Experimental Study on the Performance of Water-ramjet Engine and the Magnesium-based Fuel

金属燃料在固体推进剂中的应用进展

Application Progress of Metal Fuels in Solid Propellants

应用纳米技术制备的纳米金属燃料已应用到社会生活和高科技领域。

Nano-metal fuel prepared by nanometer technology has been applied in social life and high-tech field .

水冲压发动机性能随着水反应金属燃料中金属含量的增加而显著提高。

The performance of water ramjet engines increase with the metal content of their hydro-reactive fuels .

液态金属燃料反应堆

Liquid metal fuel reactor

金属燃料电池

Metal fuel cell s

但铝阳极的自腐蚀和极化相当严重，使铝金属燃料电池的实际应用受到一定的限制。

But the corrosion and polarization of aluminum anode are very serious , which inhibit the development and application of aluminum air battery .

通过金属燃料与水反应产生发动机所需推力，因此具有较高的质量能量密度和体积能量密度。

The propulsion of the engine is generated by the metal fuels reacting with water , which has very high mass and volumetric energy densities .

水冲压发动机是一种新型的水下推进装置，其只携带水反应金属燃料，并以外界环境中的海水为主要氧化剂。

Water ramjet as a new type of underwater propulsion device , using hydro-reactive metal fuel and seawater in the external environment as the main oxidant .

通过试验验证及分析计算，从理论上证明，表面模型假设适用于水/金属燃料发动机水滴内部的输运过程。

Through test measurement and analysis calculation , it was proven that surface model hypothesis is applicable for transform course inside the water-drop of water / metal fuel motor .

铝金属燃料电池理论容量大、比能量高、资源丰富、无污染，是理想的新型动力电池。

Aluminum air metal fuel cell is ideal for the new type power batteries because of its large theoretical capacity , high specific energy , abundant resources and pollution-free .

通过热力学计算预估水冲压发动机的性能，确定了燃料配方，并研制出试验用镁基水反应金属燃料。

The performance of water-ramjet engine was calculated by the thermodynamic calculation software , then the basic composition of the magnesium-based hydro-reactive metal fuel was determined and the fuel grain was produced .

这一独特的相连续性，与极低的接触抵抗相结合，与合成石墨化合物和金属燃料电池组分相比提供了了超级的电和热性能。

This unique phase continuity , combined with an extremely low contact resistance , provides superior electrical and thermal properties in comparison to both synthetic graphite composite and metallic fuel cell components .

研究镁/水反应机理是掌握水反应金属燃料与水的反应机理的基础，对于提高该类发动机燃烧效率和能量转换效率有重要意义。

Studying the Mg / H2O reaction mechanism is the basis to grasp the reaction mechanism of the metal fuel reacting with water , which is important for enhancing the combustion efficiency and energy conversion efficiency of the water ramjet .

水冲压发动机的关键技术之一是研究与掌握水反应金属燃料与水的反应特性，其反应特性是该类发动机高效燃烧和高效能量转换的基础和核心。

The reaction characteristics between metal-based hydro-reactive fuel and water is one of the key technologies of water ramjet . On the other hand , the reaction characteristics are the basic and core of efficient combustion and efficient energy transform .

结果表明，如果2000年前建造实验快堆，并在2010年后逐步发展金属燃料快堆，则上述核能的需求将会得到满足。

The results based on these patterns show that China will meet its energy demands if an experimental FBR is built before the end of this century and the metallic fuelled FBRs are gradually developed after the year of 2010 .

水/金属燃料发动机单液滴蒸发拟选用表面模型假设，为了验证此假设的正确性，采用了修正的傅立叶定律，并分析了其物理意义及适用范围。

Surface model hypothesis will be used for water-drop vaporization in water / metal fuel motor . In order to verify correctness of the hypothesis , the modified Fourier law was applied , and its physical meaning and application range were analyzed .

水冲压发动机属新概念推进系统，采用高能金属燃料，利用海水作为氧化剂，具有比冲高、结构简单和安全性好等优点，是满足未来水中兵器高航速和远航程的最佳动力系统。

Water ramjet as a new concept propulsion system takes high-energy metal fuel and uses water as oxidizer . For merits of high specific impulse , simple structure and good safety , it is the best propulsion system for the future subaqueous weapon of high speed and long voyage .

Mg作为金属半燃料电池的一种阳极材料，具有高比能量，高法拉第容量和较负的氧化电位等优点，而引起了广泛的关注。

Magnesium as the anode material of metal fuel cells has received broad attention because it has the advantages of high specific energy , high Faradic capacity , and more negative standard oxidation potential .

UO2-Zr-2是一种理想的金属陶瓷燃料。

UO_2-Zr-2 is an ideal ceramet fuel .

金属陶瓷燃料相含量和燃料颗粒尺寸设计

The Design of Ceramet Fuel Phase Fraction and Fuel Particle Diameter

金属空气燃料电池氧电极催化剂

Oxygen electrode catalyst for the metal air fuel cell

金属基燃料与水反应研究现状及应用前景

Research status and application prospects of the reaction between metal matrix fuel and water

给出固体金属粉末燃料颗粒尺寸随机分布的分形表示。

The random distribution of metal particle sizes is expressed by fractal theory in this paper .

金属盘式燃料过滤器

Metal disc fuel filter

而金属空气燃料电池具有原材料丰富、容量大、价格低廉且无污染等优点，因此被称为绿色能源。

Metal-air full cell is called as the green energy in term of abundant in raw materials , large capacity , inexpensive and environmental-friendly .

难熔金属在乏燃料后处理设备中的应用研究进展

Research and Evolution of Refractory Metal Employing in Spent Fuel Reprocessing Facility