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density functional theory (dft) model  (Quantachrome gmbh)

 
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    Quantachrome gmbh density functional theory (dft) model
    Pore size distribution curves of (a) Graphene ⅙ ( MoS 2 ) ⅚ , (b) Graphene ¼ ( MoS 2 ) ¾ , (c) Graphene ½ ( MoS 2 ) ½ , (d) Graphene ⅔ ( MoS 2 ) ⅓ and (e) Graphene ⅚ ( MoS 2 ) ⅙ : incremental pore volume as a function of the half pore size calculated form <t>DFT</t> <t>porosity</t> calculations based on data taken from nitrogen gas adsorption measurements.
    Density Functional Theory (Dft) Model, supplied by Quantachrome gmbh, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/density+functional+theory+%28dft%29+model/pmc09042376-66-13-19?v=Quantachrome+gmbh
    Average 90 stars, based on 1 article reviews
    density functional theory (dft) model - by Bioz Stars, 2026-08
    90/100 stars

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    1) Product Images from "Effect of porous structural properties on lithium-ion and sodium-ion storage: illustrated by the example of a micro-mesoporous graphene 1− x (MoS 2 ) x anode"

    Article Title: Effect of porous structural properties on lithium-ion and sodium-ion storage: illustrated by the example of a micro-mesoporous graphene 1− x (MoS 2 ) x anode

    Journal: RSC Advances

    doi: 10.1039/d1ra05179b

    Pore size distribution curves of (a) Graphene ⅙ ( MoS 2 ) ⅚ , (b) Graphene ¼ ( MoS 2 ) ¾ , (c) Graphene ½ ( MoS 2 ) ½ , (d) Graphene ⅔ ( MoS 2 ) ⅓ and (e) Graphene ⅚ ( MoS 2 ) ⅙ : incremental pore volume as a function of the half pore size calculated form DFT porosity calculations based on data taken from nitrogen gas adsorption measurements.
    Figure Legend Snippet: Pore size distribution curves of (a) Graphene ⅙ ( MoS 2 ) ⅚ , (b) Graphene ¼ ( MoS 2 ) ¾ , (c) Graphene ½ ( MoS 2 ) ½ , (d) Graphene ⅔ ( MoS 2 ) ⅓ and (e) Graphene ⅚ ( MoS 2 ) ⅙ : incremental pore volume as a function of the half pore size calculated form DFT porosity calculations based on data taken from nitrogen gas adsorption measurements.

    Techniques Used: Pore Size, Adsorption



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    Image Search Results


    Pore size distribution curves of (a) Graphene ⅙ ( MoS 2 ) ⅚ , (b) Graphene ¼ ( MoS 2 ) ¾ , (c) Graphene ½ ( MoS 2 ) ½ , (d) Graphene ⅔ ( MoS 2 ) ⅓ and (e) Graphene ⅚ ( MoS 2 ) ⅙ : incremental pore volume as a function of the half pore size calculated form DFT porosity calculations based on data taken from nitrogen gas adsorption measurements.

    Journal: RSC Advances

    Article Title: Effect of porous structural properties on lithium-ion and sodium-ion storage: illustrated by the example of a micro-mesoporous graphene 1− x (MoS 2 ) x anode

    doi: 10.1039/d1ra05179b

    Figure Lengend Snippet: Pore size distribution curves of (a) Graphene ⅙ ( MoS 2 ) ⅚ , (b) Graphene ¼ ( MoS 2 ) ¾ , (c) Graphene ½ ( MoS 2 ) ½ , (d) Graphene ⅔ ( MoS 2 ) ⅓ and (e) Graphene ⅚ ( MoS 2 ) ⅙ : incremental pore volume as a function of the half pore size calculated form DFT porosity calculations based on data taken from nitrogen gas adsorption measurements.

    Article Snippet: Taking the porosity and surface energy of the solid into account, we used Density Functional Theory (DFT) model (from Quantachrome Autosorb ASiQwin 2.0) to analyze the pore size distributions.

    Techniques: Pore Size, Adsorption