Ceramics International Submission Process: What Happens From Upload to First Decision
Ceramics International submission process: median 3.0 months to first decision.
Senior Scientist, Materials Science
A senior scientist with 10+ years across materials science, nanoscience, and energy materials, covering nanomaterials synthesis, thin films, and battery/solar cell technologies. Has prepared manuscripts for Advanced Materials, ACS Nano, Nano Letters, Small, and Journal of Materials Chemistry A. Brings specific knowledge of Wiley and Elsevier editorial processes for materials journals, supplementary data expectations, and how to frame application-driven results for materials audiences.
Journals reviewed for:
Advanced Materials, ACS Nano, Nano Letters, Small, Journal of Materials Chemistry A
Research published in:
Published in Advanced Materials, ACS Nano, Nano Letters, and Journal of Materials Chemistry A
Ceramics International submission process: median 3.0 months to first decision.
A practical Renewable Energy submission guide for renewable-energy researchers evaluating their work against the journal's systems and analytical bar.
A practical Solar Energy Materials and Solar Cells submission guide for authors deciding whether a solar-materials, solar-cell, photothermal, or photoelectrochemical manuscript is ready for Elsevier submission.
A practical Solar Energy submission guide for solar researchers evaluating their work against the journal's systems and analytical bar.
ACS AMI submission guide: applied materials research with quantified property characterization and demonstrated practical-application pathway.
What submitting to Advanced Materials actually requires: the Wiley publishing structure, the broad materials editorial scope, the Advanced Materials family routing, and the editorial culture distinguishing the journal from sister Wiley Advanced family journals and broader materials venues.
What submitting to ACS Applied Energy Materials actually requires: Xing Yi Ling's editorial process, the 300-word abstract / ~70-reference standard, the applied-energy-materials editorial focus, and the ACS Applied Materials portfolio that connects AAEM to sister journals.
What submitting to Acta Materialia actually requires: Gregory S. Rohrer's coordinating-editor role across the Acta journals family, the 11,000-word soft cap with 12-figure ceiling, the strong materials-science methodology bar, and the editorial culture that distinguishes Acta Materialia from sister journals Scripta Materialia, Materialia, and Acta Biomaterialia.
What submitting to Composite Structures actually requires: the Elsevier publishing structure, the broad composites editorial scope, and the editorial culture distinguishing the journal from sister composites venues (Composites Part A, Composites Part B, Composites Science and Technology).
What submitting to Energy Storage Materials actually requires: the Elsevier publishing structure, the broad battery + supercapacitor + storage-materials editorial scope, and the editorial culture distinguishing the journal from sister energy-materials venues.
What submitting to International Journal of Fatigue actually requires: the Elsevier publishing structure, the broad fatigue + durability editorial scope, and the editorial culture distinguishing the journal from sister fatigue / fracture / mechanics venues.
What submitting to International Journal of Plasticity actually requires: the Elsevier publishing structure, the plasticity-theory + crystal-plasticity editorial scope, and the editorial culture distinguishing the journal from sister solid-mechanics venues (JMPS, IJSS, Acta Materialia).
What submitting to Journal of Materials Chemistry C actually requires: the Royal Society of Chemistry publishing structure, the materials-for-optical-magnetic-electronic-devices editorial scope, the JMCA/B/C family routing, and the editorial culture distinguishing JMCC from sister venues.
What submitting to Journal of Materials Science actually requires: the Springer Nature publishing structure, the broad general-materials editorial scope, and the editorial culture distinguishing the journal from sister general-materials venues (Acta Materialia, Materials Today, Advanced Materials).
What submitting to Journal of the Mechanics and Physics of Solids actually requires: the Elsevier publishing structure, the broad solid-mechanics + materials-physics editorial scope, and the editorial culture distinguishing JMPS from sister solid-mechanics venues.
What submitting to Materials & Design actually requires: the Elsevier publishing structure, the broad materials-engineering and design editorial scope, and the editorial culture distinguishing the journal from sister materials-engineering venues.
What submitting to Matter actually requires: the Cell Press publishing structure, the broad materials editorial scope, and the editorial culture distinguishing the journal from sister Cell Press venues (Cell, Joule, Chem) and broader materials journals (Nature Materials, Advanced Materials).
What submitting to Nano Research actually requires: the Springer + Tsinghua University Press publishing structure, the China-anchored editorial culture, the broad nanoscience editorial scope, and the editorial culture distinguishing the journal from sister nano venues.
What submitting to Nanoscale actually requires: the Royal Society of Chemistry publishing structure, the broad nanoscience editorial scope, the Nanoscale-family routing across Nanoscale, Nanoscale Horizons, and Nanoscale Advances, and the editorial culture distinguishing the journal from sister nanoscience venues.
What submitting to Nature Energy actually requires: the Nature Portfolio publishing structure, the broad energy scope (technology + policy + economics), and the editorial culture distinguishing Nature Energy from sister Nature Portfolio energy venues and broader energy journals.
What submitting to Surface and Coatings Technology actually requires: the Elsevier publishing structure, the broad surface-engineering + thin-films editorial scope, and the editorial culture distinguishing the journal from sister surface / materials venues.
A practical ACS Energy Letters submission guide for energy researchers evaluating their work against the journal's high-impact letter bar.
A practical ACS Sustainable Chemistry and Engineering submission guide for green-chemistry researchers evaluating their work against the journal's sustainability bar.
A practical Acta Biomaterialia submission guide for biomaterials researchers evaluating their work against the journal's biological-validation bar.
A practical Advanced Drug Delivery Reviews (ADDR) submission guide for drug-delivery researchers evaluating their proposed contribution to the journal's thematic-issue model.
A practical Advanced Science submission guide for materials and interdisciplinary researchers evaluating their work against the journal's open-access bar.
A practical Applied Catalysis B Environmental submission guide for catalysis researchers evaluating their work against the journal's environmental-application bar.
A practical Biomaterials Science submission guide for biomaterials researchers evaluating their work against the journal's biomaterials-application bar.
A practical Biosensors and Bioelectronics submission guide for biosensing researchers evaluating their work against the journal's performance and applicability bar.
A practical Building and Environment submission guide for built-environment researchers evaluating their work against the journal's performance and analytical bar.
A practical Carbon journal submission guide for carbon-materials researchers evaluating their work against the journal's materials advance bar.
A practical Cement and Concrete Research submission guide for cement and concrete materials researchers evaluating their work against the journal's mechanism and rigor bar.
A practical Chemistry of Materials submission guide for materials chemists evaluating their work against the journal's structure-property bar.
A practical Chem submission guide for chemists evaluating their work against the Cell Press broad-chemistry bar.
A practical Chemical Engineering Science (CES) submission guide for chemical engineers evaluating their work against the journal's fundamentals bar.
A practical Chemosphere submission guide for environmental-chemistry researchers evaluating their work against the journal's mechanism and analysis bar.
A practical Composites Part A Applied Science and Manufacturing submission guide for composites manufacturing researchers evaluating their work against the journal's manufacturing bar.
A practical Composites Part B Engineering submission guide for composites researchers evaluating their work against the journal's engineering-application bar.
A practical Composites Science and Technology submission guide for composites researchers evaluating their work against the journal's mechanism and characterization bar.
A practical Corrosion Science submission guide for corrosion researchers evaluating their work against the journal's mechanism and characterization bar.
A practical Desalination journal submission guide for water-treatment researchers evaluating their work against the journal's process and performance bar.
A practical Energy and Buildings submission guide for building-energy researchers evaluating their work against the journal's quantitative analysis bar.
A practical Energy & Environmental Science submission guide for authors targeting the RSC's flagship energy journal. What editors screen for and what should be true before upload.
A practical Energy Conversion and Management submission guide for energy-engineering researchers evaluating their work against the journal's quantitative engineering bar.
A practical Food Research International submission guide for food-science researchers evaluating their work against the journal's mechanistic-food-science bar.
A practical Inorganic Chemistry Frontiers submission guide for inorganic chemists evaluating their work against the journal's frontier-research bar.
A practical Journal of CO2 Utilization submission guide for CO2 conversion researchers evaluating their work against the journal's mechanism and process bar.
A practical Journal of Energy Storage submission guide for energy-storage researchers evaluating their work against the journal's system performance bar.
A practical Journal of Industrial and Engineering Chemistry (JIEC) submission guide for industrial chemistry researchers evaluating their work against the journal's applied bar.
A practical submission guide covering Journal of Materials Chemistry A, B, and C: how to choose the right title, what RSC editors screen for, and what makes a viable submission.
A practical Journal of Materials Processing Technology (JMPT) submission guide for materials processing researchers evaluating their work against the journal's mechanism bar.
A practical Nano Energy submission guide for authors evaluating whether their nanoscale-energy work meets the journal's editorial bar.
A practical Nature Materials submission guide for authors deciding whether their materials work has the breadth, novelty, and significance Nature Materials expects.
A practical Nature Nanotechnology submission guide for authors deciding whether their nanoscale work has the breadth and significance Nature Nanotechnology expects.
A practical Polymer Degradation and Stability submission guide for polymer researchers evaluating their work against the journal's degradation mechanism bar.
A practical Process Safety and Environmental Protection (PSEP) submission guide for process safety researchers evaluating their work against the journal's safety and environmental bar.
A practical Progress in Polymer Science submission guide for authors evaluating whether their proposed polymer science review fits the journal's invited model.
A practical Renewable and Sustainable Energy Reviews (RSER) submission guide for energy researchers evaluating their proposed review against the journal's scope and quality bar.
A practical Sensors and Actuators B Chemical submission guide for chemical-sensor researchers evaluating their work against the journal's performance and selectivity bar.
A practical Separation and Purification Technology submission guide for separation researchers evaluating their work against the journal's process and performance bar.
A practical Soft Matter submission guide for soft-matter researchers evaluating their work against the journal's interdisciplinary bar.
A practical Talanta submission guide for analytical chemists evaluating their work against the journal's analytical-methods bar.
A practical Trends in Food Science and Technology (TiFS) submission guide for food-science researchers evaluating their proposed Review against the journal's Trends-style synthesis bar.
Applied Surface Science is quicker than many materials journals, but the useful question is not just how fast the desk screen moves. It is whether the manuscript is truly about surfaces and interfaces at the level the editors and reviewers expect.
Biomaterials impact factor is 12.9 with a 5-year JIF of 13.4. See rank, quartile, Scopus metrics, and what this means for biomaterials authors.
Biomaterials exposes one of the clearest official public timing dashboards in the field, and it shows a serious multi-month path to acceptance.
Ceramics International is quicker than many ceramics journals, but the practical question is not just how fast the first decision arrives. It is whether the manuscript already has the full processing-structure-property package that the journal expects.
Avoid desk rejection at Biomaterials with stronger biointerface logic, deeper mechanism, and biology that fully carries the claim.
Avoid desk rejection at International Journal of Plasticity by proving a real plasticity advance, not just a competent simulation or materials case.
Avoid desk rejection at SmartMat by proving real functional consequence, not just synthesis, characterization, and one strong metric.
International Journal of Plasticity impact factor is 12.8 with a 5-year JIF of 11.6. See rank, trend, and what it means before submission.
Materials is known for speed, but the useful question is not whether the platform moves quickly. It is whether the manuscript is complete enough for a broad materials journal to move it without repeated evidence requests.
Small is selective and broad across nanoscience, so the real timing question is not just speed. It is whether the paper is strong enough to avoid a quick fit rejection.
A practical SmartMat submission guide for authors deciding whether their smart-materials manuscript is broad enough, device-relevant enough, and complete enough for editorial screening.
ACS Nano is hybrid. Here is what ACS open-access pricing actually looks like, when authors pay nothing, and when the APC is worth it.
Materials publishes over 10,000 articles per year with Q2 ranking. Here is what the acceptance rate data actually tells you.
Advanced Materials is one of the most selective materials science journals, with a JIF of 26.8 (JCR 2024) and aggressive desk rejection for work that doesn't reach its impact standard. Here's what actually gets in.
A practical guide to the Journal of Alloys and Compounds submission process, covering what editors screen for first and what to fix before upload.
Materials formatting problems are usually package-discipline problems: the front matter, section structure, highlights, abstract, and data-availability layer all need to support one clear materials-science paper.
This Materials submission guide helps authors decide whether the manuscript is truly a Materials paper and whether the package is complete enough for MDPI's fast workflow.
Advanced Materials editors are screening for broad materials consequence fast. A strong cover letter makes that flagship case without hype.
A practical Journal of Materials Chemistry A submission process guide covering editorial screening, reviewer routing, and what to fix before upload.
What ACS Nano editors look for before peer review, and the gaps that make a nanomaterials paper feel impressive but still unready.
How to avoid desk rejection at Advanced Functional Materials: stronger function, mechanism, and device-level proof.
A practical guide to the ACS Applied Materials and Interfaces submission process, covering editorial screening, reviewer routing, and common slowdowns.
Progress in Materials Science does not accept unsolicited primary research. Here is what the invitation model means for materials researchers and where to submit primary research instead.
ACS Nano IF 16.0 (JCR 2024), 5-yr JIF 16.4. Q1, rank 28/460. Stable in the 14-16 band for 8 years. Named failure patterns for nano submissions.
Advanced Energy Materials editors are screening for field-level energy consequence fast. A strong cover letter makes that case without drifting into hype.
Advanced Functional Materials editors are screening for demonstrated function fast. A strong cover letter makes the function case concrete in the first paragraph.
Advanced Materials impact factor is 26.8. CiteScore 27.78, SJR 8.851. Q1, rank 10/460 in Materials Science.
Small impact factor is 12.1 with a 5-year JIF of 12.5. Q1, rank 14/187. Comparisons, trend, and submission guidance.
ACS Applied Materials & Interfaces impact factor is 8.2 (JCR 2024). Q1 in Materials Science. h-index 367. Review time, acceptance rate, and what editors want.
A practical guide to the Applied Catalysis B submission process, covering what editors screen for first and what to fix before upload.
Advanced Energy Materials limits Full Papers to ~10 printed pages and Communications to ~5 pages. A Wiley Advanced-family TOC image is required, references use numbered style with square brackets, and Word is the preferred submission format.
Applied Surface Science limits Research Articles to 8,000 words (including tables, excluding abstract and references). Highlights (3-5 bullets, 85 characters each) are required, references use Elsevier numbered format, and figures must meet strict resolution requirements.
Ranked list of the top 14 energy research journals by impact factor, acceptance rate, APC, and review speed, covering batteries, solar cells, energy systems, and policy-oriented venues.
Journal of Alloys and Compounds does not disclose an official acceptance rate. The editorial filter that matters is whether your materials paper demonstrates functional properties, not just structural characterization.
Journal of Materials Chemistry A formatting guide. Word limits, figure specs, reference format, LaTeX vs Word, and journal-specific formatting quirks you.
Nano Letters limits papers to ~4,000 words with a mandatory TOC graphic (3.25 x 1.75 inches). ACS numbered reference style with superscript citations, and substantial Supporting Information is expected.
Small formatting: nano- or micro-scale science with broad-impact significance and quantified property characterization.
Applied Surface Science impact factor is 6.9 (JCR 2024). Q1, rank 3/23 in Materials Science. h-index 272. APC $3,670. Trend and submission guidance.
A practical guide to Advanced Energy Materials submission, with editorial screening, reviewer routing, common slowdowns, and pre-upload fixes.
A practical guide to the Advanced Functional Materials submission process, including editorial triage, reviewer routing, common delays, and what to tighten.
A practical Nano Letters submission guide for authors deciding whether the manuscript is sharp enough, urgent enough, and complete enough for editorial review.
ACS Nano submission guide: nanoscale science or engineering advance with experimental novelty.
AFM submission guide: materials-synthesis-only papers without device-level demonstration get extended revision rounds.
ACS Nano vs Advanced Materials: scope differences, acceptance rates, and editorial philosophy for nanotechnology and materials science submissions.
ACS Applied Materials & Interfaces (IF 8.2) is the biggest volume ACS journal in materials. This guide covers its application-first editorial test, APC, and how it compares to ACS Nano and Advanced Functional Materials.
Construction and Building Materials impact factor is 8.0 (JCR 2024). Q1, rank 8/183. h-index 340. APC $3,780. Trend, comparisons, and what editors want.
ACS Applied Materials & Interfaces has no strict word limit for Research Articles (most run 5,000-8,000 words). A TOC graphic (3.25 x 1.75 inches) is mandatory, references use ACS superscript numbered style, and Supporting Information is expected with every submission.
ACS Nano has no strict word limit on full Articles (typically 6,000-10,000 words), while Letters cap at ~4,000 words. A TOC graphic (3.25 x 1.75 inches) is required, references use ACS superscript style, and Supporting Information is expected for nearly every paper.
Advanced Functional Materials limits Full Papers to 10 published pages and Communications to 5 pages. A TOC image (5 x 12.7 cm) is mandatory, references use Wiley numbered style, and exactly 5 keywords are required.
Advanced Materials formatting guide. Word limits, figure specs, reference format, LaTeX vs Word, and journal-specific formatting quirks you need to know.
Journal of Alloys and Compounds limits Research Articles to ~6,000 words, requires mandatory Highlights (3-5 items, 85 characters each), and uses Elsevier numbered references. Crystal structure reporting with space groups and PDF card numbers is expected.
Small does not publish a strong official acceptance rate. The better submission question is whether the nanoscale dimension genuinely drives the science and the function story is strong enough.
Our reviewers include researchers like this one who have published in and reviewed for top journals. Get a structured pre-submission review before you submit.