Dynamic storage of hydrogen by adsorption at room temperature and high pressure

机译：通过在室温和高压下吸附动态存储氢

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Hydrogen utilization as fuel is receiving increased attention in view of the importance of emission pollutants in air, produced by various carbonaceous fuels. As alternative energy, it is the cleanest fuel and is also attractive for electric vehicle use (1). A more difficult issue facing the transition is onboard storage; it may influence the vehicle's cost, performance and fuel economy(2-3). Today four storage technologies are developed: compressed hydrogen gas at high pressure, lqiuefied hydrogen, metal hydrides and carbon sorption.

机译：考虑到由各种含碳燃料产生的空气中排放污染物的重要性，越来越多地将氢用作燃料。作为替代能源，它是最清洁的燃料，也对电动汽车具有吸引力（1）。过渡所面临的一个更困难的问题是车载存储。它可能会影响车辆的成本，性能和燃油经济性（2-3）。如今，已开发出四种存储技术：高压压缩氢气，氢气，金属氢化物和碳吸附。

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《World hydrogen energy conference;WHEC》|1998年|p.1307-1316|共10页
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M.lamari; A.Aoufi; P.Malbrunot;
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中图分类能源与动力工程;
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1. Cryo-adsorptive hydrogen storage on activated carbon. I: Thermodynamic analysis of adsorption vessels and comparison with liquid and compressed gas hydrogen storage [J] . R. Paggiaro, P. Benard, W. Polifke International journal of hydrogen energy . 2010,第2期

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2. ADSORPTION SYSTEMS OF NATURAL GAS STORAGE AND TRANSPORTATION AT LOW PRESSURES AND TEMPERATURES [J] . L. L. Vasilev, L. E. Kanonchik, D. A. Mishkinis, Journal of engineering physics and thermophysics . 2003,第5期

机译：低压低温天然气储运吸附系统。
3. Experimental Demonstration of Dynamic Temperature-Dependent Behavior of UiO-66 Metal-Organic Framework: Compaction of Hydroxylated and Dehydroxylated Forms of UiO-66 for High-Pressure Hydrogen Storage [J] . Bambalaza Sonwabo E., Langmi Henrietta W., Mokaya Robert, ACS applied materials & interfaces . 2020,第22期

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4. Hydrogen Storage Test-Bed: Physisorption of Hydrogen on Pelletized High Surface Area Activated Carbon at Cryogenic Temperatures and Moderate Pressures [C] . World hydrogen energy conference . 2004

机译：储氢试验床：在低温温度和中等压力下造粒高表面积活性炭的氢气的理由
5. Storage of energy gases on activated carbon on the basis of structural parameters and energetic heterogeneity as determined by high-pressure adsorption of methane and hydrogen. [D] . Amankwah, Kwabena Adu Gyamfi. 1994

机译：根据结构参数和高能异质性（通过甲烷和氢的高压吸附确定），在活性炭上存储能量气体。
6. Adsorption Device Based on a Langatate Crystal Microbalance for High Temperature High Pressure Gas Adsorption in Zeolite H-ZSM-5 [O] . Wenjin Ding, Giulia Baracchini, Michael Klumpp, 2016

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7. Adsorption Enthalpy Calculations of Hydrogen Adsorption at Ambient Temperature and Pressures Exceeding 300 bar [O] . Matthew Beckner, Anne Dailly 2013

机译：环境温度和压力下氢吸收的吸附焓计算超过300巴

Dynamic storage of hydrogen by adsorption at room temperature and high pressure

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