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Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems

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Published in:ChemistryOpen
Format: Online Article RSS Article
Published: 2026
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publishDate 2026
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spellingShingle Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
Chemistry
General
Chemistry
sub_discipline_display General
sub_discipline_facet General
subject_display Chemistry
General
Chemistry
subject_facet Chemistry
General
Chemistry
title Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_alt Perspectivas comparativas de la teoría funcional de la densidad sobre las nanocajas B16C16 y Si16C16 para detectar gases de falla derivados del petróleo en sistemas energéticos e industriales
Aperçus comparatifs de la théorie de la fonctionnelle de la densité sur les nanocages B16C16 et Si16C16 pour la détection de gaz de défaut dérivés du pétrole dans les systèmes énergétiques et industriels
Insights Comparativos da Teoria do Funcional da Densidade em Nanogaiolas B16C16 e Si16C16 para Detecção de Gases de Falha Derivados de Petróleo em Sistemas Energéticos e Industriais
title_auth Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_es_txt Perspectivas comparativas de la teoría funcional de la densidad sobre las nanocajas B16C16 y Si16C16 para detectar gases de falla derivados del petróleo en sistemas energéticos e industriales
title_fr_txt Aperçus comparatifs de la théorie de la fonctionnelle de la densité sur les nanocages B16C16 et Si16C16 pour la détection de gaz de défaut dérivés du pétrole dans les systèmes énergétiques et industriels
title_full Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_fullStr Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_full_unstemmed Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_pt_txt Insights Comparativos da Teoria do Funcional da Densidade em Nanogaiolas B16C16 e Si16C16 para Detecção de Gases de Falha Derivados de Petróleo em Sistemas Energéticos e Industriais
title_short Comparative Density Functional Theory Insights Into B16C16 and Si16C16 Nanocages for Sensing Oil‐Derived Fault Gases in Energy and Industrial Systems
title_sort comparative density functional theory insights into b16c16 and si16c16 nanocages for sensing oil‐derived fault gases in energy and industrial systems
topic Chemistry
General
Chemistry
url https://chemistry-europe.onlinelibrary.wiley.com/doi/10.1002/open.70245?af=R