hydrogen transport
英 [ˈhaɪdrədʒən ˈtrænspɔːt]
美 [ˈhaɪdrədʒən ˈtrænspɔːrt]
网络 氢转移; 氢离子转运
双语例句
- Study on the Physical Explosion Character and Ejection Effect of the High-Pressurized Hydrogen Transport Device
高压氢气输运装置物理爆炸状态场特征及灾害效应研究 - The Intramolecular Hydrogen Transfer of HMB and Its Analogue as Well as Their Photosensitization; Transfer cells are active cells containing many mitochondria, and are concerned with short-distance transport of solutes.
菌生素及其类似物的分子内氢传递反应与光敏活性传递细胞具有很多的线粒体，与细胞中溶质分子的短途运输有关。 - Some developed countries consider hydrogen energy and fuel cell technologies the ideal solutions to future road transport energy, and make huge amount of investments in their research and development.
氢能和燃料电池技术被一些发达国家视为未来道路交通能源的理想解决方案，并投入巨资开展研发活动。 - Theoretical Investigations of Electric Field Effect on the Hydrogen Bonding and Electron Transport in DNA Base Pairs
电场极化对碱基对质子转移和电子传递的影响 - Making Clear Relationships between Electromagnetic Brake ′ s Torque-Speed Ratio and Its Rotor Dimensions Theoretical Investigations of Electric Field Effect on the Hydrogen Bonding and Electron Transport in DNA Base Pairs
电磁制动器力矩特性斜率与转子参数关系的研究电场极化对碱基对质子转移和电子传递的影响 - Using hydrogen storage alloy to store and transport hydrogen is an effective and safe solution.
储氢合金因其安全、高效，在氢的各种存储方式中逐渐成为首选。 - The technique using compressed hydrogen gas is widely used due to its simplicity of the storage system and low cost for storage and transport of hydrogen gas compared with the other techniques.
与其它储氢技术相比，高压储氢容器结构相对简单、成熟；压缩氢气成本较低； - It is reported in this Paper that the metal hydride technology, including the elements and some research results, which was used to seperate hydrogen from tail gas of synthetic ammonia and then further to purify, store and transport.
介绍了用金属氢化物技术从合成氨尾气中分离、净化、储运高纯氢气的基本原理和研究应用结果。 - Hydrogen transport macro-properties of the HR-1 stainless steel have been investigated using a vacuum degassing technique.
本文研究了氢在HR－1不锈钢中热动力驱动的宏观迁移特性。 - A model of hydrogen evolution and transport at crack tip for describing the effect of waveform on corrosion fatigue and the experimental verification thereof
腐蚀疲劳波形效应的裂尖析氢、输氢模型与试验验证 - Study of hydrogen heating-motive transport property in the HR-1 Stainless Steel
氢在HR－1不锈钢中迁移特性的热动力方法研究 - The profile of hydrogen atom density, the coefficient of emission and particle confinement time are also obtained from the simplified model of particles transport, agreeing with experimental results.
在简化模型下讨论了粒子的输运行为，算出了氢原子密度、体发射系数和粒子约束时间的分布，均与实验结果相符。 - To utilize it effectively, we must resolve the difficulty that how to store hydrogen and transport it.
能否利用氢气作为能源的关键是解决氢气的贮存和运输技术。 - Hydrogen storage materials, which are important carriers during hydrogen storage and transport, can absorb and desorb hydrogen reversibly.
储氢材料能可逆地大量吸放氢，在氢的储存与输送过程中是一种重要载体。 - The feasibility is analyzed of the use of electrolytic hydrogen in ammonia synthesis, and a description is given of the selection of transport equipment and pipes in the retrofit for the use of electrolytic hydrogen in ammonia synthesis and their actual operation.
分析了电解氢用于氨合成的可行性，介绍了电解氢用于氨合成改造中输送设备和输送管道的选择及其实际运行情况。 - However, due to corrosive of sour gas, highly toxic of hydrogen sulfide and deposition of sulfur, develop these reservoirs and transport high-sulfur gas are very difficult.
但由于含硫天然气的腐蚀性、硫化氢的剧毒性和单质硫的沉积，给这类气藏开发以及运输带来了困难。 - From the combustion chemistry point of view, alkanes and hydrogen has different hierarchy, which controls the reaction rate, reaction path and products, accompanied with mass and heat transport.
从燃烧化学上讲，烷烃和氢气的化学反应机理不同，化学反应机理控制着反应速率、燃烧反应路径和产物，而这些反应伴随着物质输运和能量输运等。 - To replace one magnesium atom with two hydrogen atoms increases the electron transport of forsterite crystal, and the hydrous forsterite dose not become a conductor.
两个氢原子替代了一个镁原子后，增强了晶体结构中的电子运移，但是含水镁橄榄石仍然是不导电的。 - Hydrogen energy is clean, efficient and easy to store and transport, etc., it is considered the ideal energy carrier and energy storage methods.
氢能以其清洁无污染，高效，可储存和运输等优点，被视为最理想的能源载体和储能方式。 - Hydrogen is the carrier of hydrogen energy. If hydrogen energy takes place petroleum products as fuel of transport, it is necessary to solve the problem of the high density hydrogen storage.
氢能是以氢为能量载体，若代替石油制品作为交通工具的燃料，则必须解决氢的高能量密度储存问题。 - Adsorptive hydrogen storage of carbon-based materials because of its safe and efficient becomes a hot research of hydrogen storage, the transport and adsorption in porous structures of carbon-based materials is the focus of adsorptive hydrogen storage research.
碳基材料吸附储氢因其安全可靠和高效成为当前储氢研究的热点。碳基储氢材料多孔结构中传输和吸附是吸附储氢研究的重点。 - As the substitute two hydrogen atoms by metal, the hole transport properties have been improved.
随着金属对于酞菁分子中心的两个氢原子的取代，空穴在材料中的传输性能得到了很大的提高。