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Investigation of polyaniline nanocomposites and cross-linked polyaniline for hydrogen storage
(Advanced Materials Research, 2012)
One of the biggest challenges for the commercial application of existing hydrogen storage materials is to meet the desired high volumetric and gravimetric hydrogen storage capacity and the ability to refuel quickly and ...
Thermal gravimetric and volumetric hydrogen desorption in LiNH2-nanoMgH2
(2010-09-28)
Abstract not available.
Volumetric Hydrogen Sorption Measurements − Uncertainty error analysis and the importance of thermal equilibration time
(2013-02-06)
Abstract
The design of a volumetric measurement apparatus is studied by means of an uncertainty analysis to provide guidelines for optimum hydrogen sorption measurements. The reservoir volume should be as small as possible ...
Investigation of polyaniline nanocomposites and cross-linked polyaniline for hydrogen storage
(14th International Conference on Advances in Materials & Processing Technologies, 2011-07-13)
Abstract not available.
Investigation of Catalytic Effects and Compositional Variations in Desorption Characteristics of LiNH2-nanoMgH2
(2017)
LiNH2 and a pre-processed nanoMgH2 with 1:1 and 2:1 molar ratios were mechanochemically milled in a high-energy planetary ball mill under inert atmosphere, and at room temperature and atmospheric pressure. Based on the ...
A novel nitrogen rich porous aromatic framework for hydrogen and carbon dioxide storage
(2013)
A nitrogen rich, p-phenylenediamine based, porous aromatic framework (NPAF) with 1790 m2 g−1 BET surface area has been synthesized by using a Yamamoto coupling technique. The NPAF has shown a hydrogen uptake of 1.87 and ...
Hydrogen Storage in the Li-Mg-N-H System–Ammonia Suppression By Addition of Ru Doped Single Walled Carbon Nanotubes
(2015-07-11)
Abstract not available.
Development of high storage capacity complex hydrides for reversible hydrogen storage
(2013)
In this study, novel light weight complex hydrides for reversible hydrogen storage are developed and synthesized. Metal hydrides are generally known to have a good hydrogen storage capacity but possess slow kinetics, ...
Reversible Hydrogen Storage in the Li-Mg-N-H System – The effects of Ru doped single walled carbon nanotubes on NH3 emission and kinetics
(Elsevier Ltd, 2013)
In this study, the LiNH2–MgH2 (2:1.1) complex hydride system (Li–Mg–N–H is investigated in terms of hydrogen ab/desorption kinetics and the concomitant NH3 emission levels. By selecting more intense ball milling parameters, ...
Synergistic Effects of MWCNT and Nb2O5 on the Hydrogen Storage Characteristics of Li-nMg-B-N-H System
(The American Ceramic Society 2016 Materials Challenges in Alternative & Renewable Energy, 2016-04-17)
Abstract not available.