Results 141 to 150 of about 81,961 (270)
The Rise of Chalcohalide Solar Cells: Comprehensive Insights From Materials to Devices
This review provides a detailed overview of recent advancements in chalcohalide solar cells, focusing on structure design, material chemistry, synthesis methods, and device optimization. It also highlights future directions for improving device efficiency through innovative device architectures and synthesis techniques, addressing key challenges in ...
Hongrui Zhang+7 more
wiley +1 more source
THE SECONDARY HYDROGEN ISOTOPE EFFECTS IN THE PYROLYSIS OF ETHYL-d5 ACETATE AND ETHYL ACETATE-d3 [PDF]
Arthur T. Blades, P. W. Gilderson
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The work presents a scalable method for fabricating 3D carbon‐metal nanoparticle composites via additive manufacturing from low‐cost precursors, enabling their efficient use for catalytic Joule heating. This innovation enhances energy‐efficient chemical reactions, advancing decarbonized synthesis. Abstract Electrified thermal chemical synthesis plays a
Paul Smith+8 more
wiley +1 more source
(355)Polyvinylidene Chloride II. Polymerization, Copolymerization, and Pyrolysis of the Polymers
Sango Kunichika+2 more
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Pyrazolines. VII. Concerning the formation of olefins from the pyrolysis of pyrazolines [PDF]
Donald E. McGreer, Weh-Sai Wu
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The alkaline HOR performance of ruthenium single atoms electrocatalysts are explored to investigate the catalytic action of ruthenium. Experimental characterization and theoretical simulations further demonstrate that low‐coordination Ru atoms modulate the electronic structure of the reaction site, optimizing hydrogen bonding energy and hydroxyl ...
Xiaojuan Zhang+13 more
wiley +1 more source
(142)On the Pyrolysis Gases of Chlorodiphenyl and Clorobenzenes.
Shunji Kawamatsu, Kiyoshi Shingū
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Identification of Organic Compounds from Food Odours by Pyrolysis [PDF]
J.H. Dhont
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Deep‐UV Light‐Emitting Based on the hBN:S/hBN: Mg Homojunction
S‐atoms are selected as donor dopants to achieve the n‐type conductivity of the hBN film. A theoretical model of S‐doping hBN using DFT calculation and experimentally prepared S‐doped hBN multilayers with a recorded doping concentration of 1.21% is established.
Ransheng Chen+10 more
wiley +1 more source