Inorganic Materials

eISSN: 1608-3172pISSN: 0020-1685

Journal formatting to fit the target journal guidelines

Experts ensure all elements of your paper match journal formatting guidelines to improve publication success rate!

Key Metrics

CiteScore
1.5
Impact Factor
< 5
SJR
Q4Metals and Alloys
SNIP
0.63
2
Time to Publish
time-to-publish View Chart
11  Mo

Journal Specifications

Indexed in the following public directories

  • Web of Science Web of Science
  • Scopus Scopus
  • Inspec Inspec
  • SJR SJR
Overview
  • Publisher
    MAIK NAUKA/INTERPERIODICA/SPRINGER
  • Language
    English
  • Frequency
    Monthly
General Details
View less
Time to Publish
Time to publish distribution
Articles published in year 2022
Time to publish index
Months% Papers published
0-3 0%
4-6 1%
7-9 21%
>9 78%

Topics Covered

Solid solution
Thermal conductivity
Heat capacity
Thermal stability
Self-propagating high-temperature synthesis
Photoluminescence
Titanium phosphate
Particle size
Sol-gel
Permittivity
Single crystal
Molybdenum
Acoustic emission
Crystal structure
Manganese
Chemical deposition
Phase composition
Thermal oxidation
Octacalcium phosphate
Activation energy

Recently Published Papers

Year-wise Publication

FAQs

Since when has Inorganic Materials been publishing? Faqs

The Inorganic Materials has been publishing since 1965 till date.

How frequently is the Inorganic Materials published? Faqs

Inorganic Materials is published Monthly.

Who is the publisher of Inorganic Materials? Faqs

The publisher of Inorganic Materials is MAIK NAUKA/INTERPERIODICA/SPRINGER.

How can I view the journal metrics of Inorganic Materials on editage? Faqs

For the Inorganic Materials metrics, please refer to the section above on the page.

What is the eISSN and pISSN number of Inorganic Materials? Faqs

The eISSN number is 1608-3172 and pISSN number is 0020-1685 for Inorganic Materials.

What is the focus of this journal? Faqs

The journal covers a wide range of topics inlcuding Solid solution, Thermal conductivity, Heat capacity, Thermal stability, Self-propagating high-temperature synthesis, Photoluminescence, Titanium phosphate, Particle size, Sol-gel, Permittivity, Single crystal, Molybdenum, Acoustic emission, Crystal structure, Manganese, Chemical deposition, Phase composition, Thermal oxidation, Octacalcium phosphate, Activation energy.

Why is it important to find the right journal for my research? Faqs

Choosing the right journal ensures that your research reaches the most relevant audience, thereby maximizing its scholarly impact and contribution to the field.

Can the choice of journal affect my academic career? Faqs

Absolutely. Publishing in reputable journals can enhance your academic profile, making you more competitive for grants, tenure, and other professional opportunities.

Is it advisable to target high-impact journals only? Faqs

While high-impact journals offer greater visibility, they are often highly competitive. It's essential to balance the journal's impact factor with the likelihood of your work being accepted.