We demonstrate a MOF containing cobalt (II)–methyl sites that selectively and reversibly capture two carbon monoxide (CO) molecules per site, leading to record-high adsorption capacities
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Hydrogen, which possesses the highest gravimetric energy density of any energy carrier, is attractive for both mobile and stationary power, but its low volumetric energy density poses major
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As the 21st century enters the middle period, human beings pay more and more attention to the environment in which they live. It is obvious that traditional energy technology cannot meet the
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This combined theoretical and experimental approach holds the potential to drive the application of MOFs in catalysis, adsorption, energy storage, and other fields. However, there is
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Int. J. Hydrogen Energy (2020) P. Amornthatri et al. Hydrogen molecule adsorption on triazine carbon nitride nanosheet decorated with Rh, Ir, Pd, and Pt elements for hydrogen storage
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The adsorption energy is the energy associated with a molecule, or adsorbate, interacting with a catalyst surface.
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Intuitively, the adsorption energy should be a function of the electronic and geometric properties of adsorbates and substrates.
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Using density functional theory, we systematically compute and investigate the binding enthalpies of 14 different small molecules in a series of isostructural metal–organic frameworks, M
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Predicting adsorption energies of small molecules (e.g., OH, OOH, CO) on electrocatalysts involved in electrochemical reactions aids in accelerating the design and screening
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Shale gas is a promising alternative energy due to the advantages of large reserves and high energy efficiency. The amount of adsorbed gas in shale nanopores is a significant reason that
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Accordingly, this review provides recent advances and challenges in hydrogen storage via adsorption on various surfaces. These include the principles of hydrogen adsorption, various
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Small molecule adsorption energy storage a clean and renewable source of energy. Hydrogen (H2) is the best alternative, owing to its high calorific value (144 MJ kg) and exceptional mass-energy
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Adsorption of molecules at surfaces is at the basis of many processes in chemistry. Here the authors propose an approach to determine the adsorption energies of
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We compare the performance of these descriptors in predicting adsorption energies of small molecules on various electrocatalysts with adsorption energies calculated from density
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Since the adsorption of molecules into the cavity of zeolites was occurring at high-pressure and low-temperature conditions, the practical use of zeolites for gas storage and separation
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Thermodynamics and kinetics of gas storage in the recently synthesized porous liquids (crown-ether-substituted cage molecules dispersed in an organic solvent) were studied.
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In this work, we propose an effective and facile solid-state-calcination strategy for the recycling and regeneration of the cathode materials in spent LiNi 0.5 Co 0.2 Mn 0.3 O 2 (NCM523)
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We found that pure H2 is more strongly adsorbed on kerogen, resulting in higher excess adsorption and consequently larger storage capacities. In the presence of CH 4, H 2 adsorption on
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Organic small molecules with electrochemically active and reversible redox groups are excellent candidates for energy storage systems due to their abundant natural origin and design
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This review provides an overview of key ML techniques and their applications in the development of robust adsorbent materials, with particular emphasis on thermal adsorption energy
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The NO 2/Fe-MG system showed the best adsorption rate, the higher charge transfer and the shortest distance between the graphene platform and the gas molecule of all the calculated
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Further, these free-standing unique structures were used to evaluate their small molecule adsorption. Dynamic studies on dye adsorption behavior were performed to understand the dye
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Here, authors proposed a transformer-based framework for multi-purpose gas adsorption prediction. Predicted values correspond with the outcomes of adsorption experiments.
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It is obvious that traditional energy technology cannot meet the development needs of today. Therefore, exploring new energy conversion and storage technology is one of the most
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The capture, storage, and utilization of small gases by economically viable recyclable microporous adsorbents is an ever-expanding field of research toward industrially relevant
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The accurate prediction of adsorption energy plays a crucial role in the design of efficient catalysts. However, the high-throughput prediction of adsorption energies based on first-principles
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ConspectusAs a simple and common physicochemical process, adsorption is the basis of storage, separation, and many other applications. Compared to conventional adsorbents, molecule
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Download Citation | Small-Molecule Adsorption Energy Predictions for High-Throughput Screening of Electrocatalysts | Predicting adsorption energies of small molecules (e.g., OH, OOH,
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Based on first-principles calculations, we have studied the stability and the structural and electronic properties of the indium selenide (InSe) monolayers with the adsorbed small molecules,
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For systems that have yet to be realized or characterized, this study provides quantitative predictions, establishes a better understanding of the role of different transition-metal cations in small
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