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Computational Condensed Matter : Impact Factor & More

eISSN: 2352-2143pISSN: 2352-2143

Aims and Scope of Computational Condensed Matter

The journal covers computational modeling of materials properties and phenomena, ranging from the synthesis, characterization and processing of materials, structures and devices to the numerical methodology of materials simulations. Less

Key Metrics

CiteScore
3.2
SJR
Q3Materials Chemistry
SNIP
0.71
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Topics Covered on Computational Condensed Matter

Computational Condensed Matter Journal Specifications

Indexed in the following public directories

  • Web of Science Web of Science
  • Scopus Scopus
  • Inspec Inspec
  • SJR SJR
Overview
Publisher ELSEVIER
Language English
Frequency Quarterly
General Details
LanguageEnglish
FrequencyQuarterly
Publication Start Year2014
Publisher URLVisit website
Website URLVisit website
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Recently Published Papers in Computational Condensed Matter

Anisotropic thermoelectric performance of lead-free La3CuTe5 for sustainable energy harvesting
  • 1 Jul 2026
  • Computational Condensed Matter
Elastic properties and strain-tunable electronic properties of monolayer ZrS2: Achieving a direct band gap via uniaxial deformation
  • 1 Jul 2026
  • Computational Condensed Matter
Probing BN Co-doping in Quasi-2D qTP-C24 fullerene networks: First-Principles insights into tunable electronic, optical, and transport properties
  • 1 Jul 2026
  • Computational Condensed Matter
Lead-free Ga-based halide double perovskites Cs2KGa(Cl/Br)6 as multifunctional optoelectronic and photocatalytic materials
  • 1 Jul 2026
  • Computational Condensed Matter
Ab-initio evaluation of heavy metal-ion alternatives properties of HMn2O4 (H= Rb, Cs, Sr and Ba) as electrode materials for intercalation batteries
  • 1 Jul 2026
  • Computational Condensed Matter
First-principles study of cooperative GaP incorporation and defect clustering in silicon
  • 1 Jul 2026
  • Computational Condensed Matter
Anisotropic thermoelectric performance of lead-free La3CuTe5 for sustainable energy harvesting
  • 1 Jul 2026
  • Computational Condensed Matter
Elastic properties and strain-tunable electronic properties of monolayer ZrS2: Achieving a direct band gap via uniaxial deformation
  • 1 Jul 2026
  • Computational Condensed Matter
Probing BN Co-doping in Quasi-2D qTP-C24 fullerene networks: First-Principles insights into tunable electronic, optical, and transport properties
  • 1 Jul 2026
  • Computational Condensed Matter
Lead-free Ga-based halide double perovskites Cs2KGa(Cl/Br)6 as multifunctional optoelectronic and photocatalytic materials
  • 1 Jul 2026
  • Computational Condensed Matter
Ab-initio evaluation of heavy metal-ion alternatives properties of HMn2O4 (H= Rb, Cs, Sr and Ba) as electrode materials for intercalation batteries
  • 1 Jul 2026
  • Computational Condensed Matter
First-principles study of cooperative GaP incorporation and defect clustering in silicon
  • 1 Jul 2026
  • Computational Condensed Matter

FAQs on Computational Condensed Matter