Journal of Luminescence vs Optical Materials vs Optical Materials X
Side-by-side figures for 3 journals from open data, 2021–2025. Bold marks the highest value in rows where more is higher (score, papers, citations, h-index). It does not mean a journal is the right one for your paper.
| Measure | Journal of Luminescence Remove | Optical Materials Remove | Optical Materials X Remove |
|---|---|---|---|
| ITS Journal Score | 81.3 | 84.8 | 62.8 |
| Global rank | #1,734 of 62,158 | #874 of 62,158 | #11,125 of 62,158 |
| Field | Materials Science | Materials Science | Materials Science |
| Rank in field | #85 of 516 | #44 of 516 | #283 of 516 |
| Papers 2021–2025 | 3,392 | 6,553 | 323 |
| Citations 2021–2025 | 35,551 | 79,518 | 1,768 |
| Citations per paper | 10.5 | 12.1 | 5.5 |
| h-index | 159 | 143 | 21 |
| 2-year mean citedness | 3.75 | 5.62 | 2.58 |
| Change in papers (2024-25 vs 2021-22) | -28.5% | +15.1% | -5.2% |
| Citation impact trend | -29.4% | -23.4% | -27.5% |
| Open-access share | 11% | 10% | 100% |
| Listed in DOAJ | No | No | Yes |
| Article fee (APC) | Fee not recorded in our data | Fee not recorded in our data | US$1,860 |
| Publisher | Elsevier BV | Elsevier BV | Elsevier BV |
| Country | The Netherlands | The Netherlands | The Netherlands |
| Top topics | Luminescence Properties of Advanced Materials (31%) Glass properties and applications (11%) Solid State Laser Technologies (7%) | Luminescence Properties of Advanced Materials (24%) Glass properties and applications (14%) Solid State Laser Technologies (10%) | Luminescence Properties of Advanced Materials (30%) Glass properties and applications (12%) Radiation Detection and Scintillator Technologies (11%) |
| Papers in 2021 | 746 | 1,101 | 54 |
| Papers in 2022 | 840 | 1,352 | 82 |
| Papers in 2023 | 672 | 1,277 | 58 |
| Papers in 2024 | 547 | 1,741 | 103 |
| Papers in 2025 | 587 | 1,082 | 26 |
Figures come from OpenAlex (papers, citations, h-index, topics) and DOAJ (listing and fees). "Not recorded" means the open data has no value; it does not mean the journal is free. Citation impact trend compares how often a journal's 2024-25 papers are cited with how often its 2021-22 papers were cited, each measured against all ranked journals' papers of the same years, so newer papers are not at a disadvantage. "Not enough papers" or "Not enough data" means fewer than 50 papers in one of the two-year periods (or fewer than 50 citations to the earlier papers). Values above +300% or below -90% are shown as "+300% or more" or "-90% or less": such extreme values come from very low citation counts for the earlier papers. To compare other journals, use the journal finder and tick 2 to 4 journals.
Before you submit
Use this table to narrow a shortlist. Read each journal's aims and scope and recent articles, check its peer-review and fee policy on its own website, and confirm any indexing with the indexer itself.
How the ITS Journal Score works
One formula applies to every ranked journal, using open data from OpenAlex: 45% citation impact, 35% h-index and 20% size (papers published 2021–2025). Citation impact is the smaller of the journal's two-year mean citedness and its five-year citations per paper, so a journal whose output collapsed cannot jump to the top on old citations. Each part is half a percentile and half a log-scaled value, so the very top is still separated. Growth and open-access share are shown separately and are not part of the score.
A journal is ranked only if it published at least 50 papers in 2021–2025 and was active in at least five of the last six years. Field rankings compare a journal only with journals in the same field; the field is the OpenAlex field with most of the journal's recent papers, or "Multidisciplinary" when no field has 30% of them.
What this is not: the ITS Journal Score is not a Journal Impact Factor, CiteScore or SJR, and this site does not say whether a journal is indexed in Scopus, Web of Science or PubMed. Always confirm aims and scope, indexing, peer review and fees on the journal's own website before you submit.