Journal of Materials Chemistry Submission Guide

Source: Clarivate JCR 2024 and RSC Journal of Materials Chemistry A journal page (accessed 2026-05-26).

Source: JMC author guidelines, RSC.

Use this page when you are still deciding:

• which JMC title fits your manuscript (the most consequential decision)

• whether the materials advance is clear enough for the JMC editorial screen

• whether the characterization package is complete

• how to write a cover letter that survives the title-routing screen

Before a credible JMC submission goes into the system:

• a clear materials advance (new composition, structure, property, or processing route)

• complete structural and compositional characterization

• a property measurement that connects to the chosen title's application area

• benchmarking against literature performance for the same property

• a cover letter that justifies the title choice in 2-3 sentences

• The manuscript was sent to the wrong title. A photovoltaic materials paper sent to JMC C, a drug-delivery paper sent to JMC A. Editors transfer when they catch it, but often after 2-3 weeks of delay.

• The materials advance is incremental. A new composition variant of an established material without distinct property improvement is routinely desk-rejected.

• Characterization is incomplete. Structural data alone (XRD, TEM) without compositional verification (XPS, EDS) or without the property measurement that justifies the application claim.

• Performance benchmarking is internal-only. Comparing your material's property to your previous materials, not to literature state-of-the-art, is a common reviewer flag.

• The cover letter doesn't justify title choice. RSC editors specifically look for this. A generic cover letter signals the authors didn't think carefully about routing.

JMC's three-title structure is the journal's signature. Each title has its own editorial board and selectivity. JMC A is the most selective (highest submission volume, energy-materials gold-rush), JMC B emphasizes biocompatibility and clinical translation, JMC C emphasizes device-level performance.

The application-first editorial logic: RSC editors evaluate JMC papers on whether the materials work makes a contribution to its target application area, not just whether the chemistry is interesting. A novel synthesis that produces materials with mediocre application performance loses force.

The 30-50 day decision window: JMC moves faster than many materials chemistry journals. This means desk decisions are quick, but it also means the editorial screen is decisive. There's less room for marginal papers to slip into peer review.

The graphical abstract test: RSC requires a Table of Contents (TOC) entry that visually summarizes the materials advance. Editors use this as a first-impression filter. If the TOC graphic doesn't communicate the materials novelty in 5 seconds, the paper has a structural problem.

The package needs:

• one clear materials advance, stated in the abstract's first sentence

• characterization complete enough for an expert reviewer to evaluate without supplementary requests

• a cover letter that handles the title-choice question proactively

The cover letter must accomplish three things:

• justify the title choice (A, B, or C) in one sentence

• state the materials advance plainly

• explain how the work fits the target title's application focus

A generic "we hope this work is suitable" cover letter weakens the editorial case from line one.

The TOC graphic is the visual first impression. RSC editors and reviewers see it before the abstract. A TOC graphic that visualizes the materials advance and its application connection is the strongest opener. TOC graphics that show the synthesis route or the experimental setup without the result are weaker.

Before submitting to Journal of Materials Chemistry, a Journal of Materials Chemistry submission readiness check identifies whether the package meets the editorial bar before you commit to the submission.

JMC reviewers expect:

• structural characterization (XRD, electron microscopy, NMR for organics)

• compositional verification (XPS, EDS, elemental analysis)

• property measurement matching the application claim

• statistical/error reporting for property measurements

• comparison to literature performance for the same property

Papers missing one of these typically receive first-round revision requests, adding 4-8 weeks to the cycle.

• the manuscript was routed to the wrong title

• the materials chemistry is sound but the application performance is mediocre

• characterization is technically complete but underwhelming for the application

• the paper would land better at a specialty journal (e.g., Electrochim. Acta, ACS Applied Materials & Interfaces)

• the synthesis is interesting but the materials advance is incremental

Across Journal of Materials Chemistry manuscripts, the editorial timeline tracks across four phases. Each phase has characteristic friction points we see most often, and knowing them shifts the cover-letter framing and pre-upload checklist.

Day 0 to 3: Technical check and title routing

ScholarOne intake handles format compliance and triggers the RSC's first real decision: does the paper belong in JMC A, B, or C? Manuscripts that don't explicitly justify the title choice in the cover letter often get bounced to a different RSC title at this stage. The fastest desk-rejection signal we see is a JMC B (biomedical) submission whose actual application is energy-materials.

Day 3 to 14: Editorial scope screen

The RSC Associate Editor reads the abstract + figures and checks the materials-novelty bar. The most common Day 3-14 desk-reject in our review work: synthesis-heavy papers without a materials-property advance. JMC editors prioritize the property contribution; clean synthesis alone routes to Organic & Biomolecular Chemistry or specialty RSC titles.

Week 2 to 8: Peer review

Standard 3-4 reviewers per RSC norms, 30-50 day first decision. Reviewer mix typically includes one materials-application expert plus one synthesis/characterization expert. Submissions that under-characterize the material (no XRD, weak spectroscopy, missing performance benchmarks) extend reviewer back-and-forth and add 2-4 weeks to the cycle.

Week 8 to 20: Decision and revision

Major revision is the most common first decision at JMC; minor revision rare. The typical acceptance ladder runs: major revise → re-review → minor revise → accept. Revision rounds usually settle at 2 (rarely 3). Total submission-to-acceptance window: 4-7 months for accepted papers.

• Journal of Materials Chemistry A submission guide

• Chemistry of Materials submission guide

• Is Journal of Materials Chemistry A a good journal?

• Journal of Energy Chemistry submission guide

• ACS Applied Materials & Interfaces submission guide

Before upload, run your manuscript through a JMC scope and characterization readiness check to confirm title routing and characterization completeness.

Across materials-chemistry manuscripts targeting the Journal of Materials Chemistry family (A / B / C), three recurring decision risks matter most across submissions that JMC editors filter out at the desk-screen stage.

Relevant published-guidance constraints:

• RSC published guidelines, the JMC family splits across three sister titles with distinct scope (A: energy / sustainability / catalysis / water-and-environment

• B: biology / drug-delivery / tissue-engineering / biomedical

• C: optical / electronic / magnetic devices and photonics

, all three titles run 30-40 percent acceptance / 30-40 percent desk-rejection rates, JMC A is the most selective due to high energy-materials submission volume, first decisions arrive in 4-8 weeks, the editorial bar is materials property advance tied to the chosen title's application rather than synthesis novelty alone, and JMC A specifically requires device-configuration performance validation per the published author guidelines.) Use the three checks below before you open JMC submission portal upload slot.

Title-misrouting between A / B / C where the chosen title does not match the contribution's application scope

Across JMC-targeted manuscripts, we consistently see authors submit work to the wrong JMC sister title because the boundaries between A, B, and C are defined by application area rather than by chemistry / material class.

JMC handling editors specifically check title-fit at the desk screen and apply documented scope boundaries:

• JMC A covers energy materials (batteries, supercapacitors, fuel cells, solar cells / PV, photo-electrochemical water splitting, thermoelectrics), sustainability materials (CO2 capture, plastic recycling, green-chemistry materials), catalysis materials (heterogeneous catalysis, electrocatalysis, photocatalysis with energy / sustainability application), and water-and-environment materials (adsorption, separation, membranes, environmental remediation)

• JMC B covers biomaterials (drug-delivery vehicles, tissue-engineering scaffolds, regenerative medicine, biosensing for clinical applications, antimicrobial materials, theranostic nanoparticles, biocompatibility-driven materials, dental and orthopedic biomaterials)

• JMC C covers optical materials (luminescence, OLED / LED materials, photonic crystals, upconversion, NLO), electronic materials (transistor materials, dielectrics, organic / hybrid semiconductors, neuromorphic materials, flexible electronics, thermoelectrics with electronic-device focus), magnetic materials (multiferroics, spintronics, magnetic semiconductors, soft / hard magnets), and devices (sensors, memory, displays, photonics)

Manuscripts submitted to the wrong title (biomedical work to JMC A, photovoltaic work to JMC B, energy-storage work to JMC C, etc.) get returned with a transfer recommendation rather than directly transferred, adding 2-3 weeks before resubmission can occur.

The fix is to read each title's published Aims & Scope on RSC journal page before drafting, identify the dominant application of the work, and write the cover letter with explicit title-fit justification (why JMC A specifically rather than JMC B or C, naming the application area that places the work within the title's scope).

Check whether your Journal of Materials Chemistry A/B/C title choice matches the application claim →

Synthesis-led contribution framed without the property advance and application validation that JMC titles require

We frequently see JMC manuscripts present elegant synthesis chemistry (new precursor route, new ligand design, new self-assembly strategy, new post-synthetic modification, new template-based route, new solvothermal / hydrothermal / sol-gel / chemical-vapor-deposition / mechanochemical / electrospinning protocol) but frame the contribution around the synthesis route rather than the materials property advance that the chosen JMC title requires.

JMC editors specifically check whether the contribution:

• makes a clear materials-property advance tied to the title's application (energy-density / power-density / cycle life for JMC A batteries, photoluminescence quantum yield / EQE / charge-mobility for JMC C optoelectronics, biocompatibility / drug-release-kinetics / mechanical-property-matched-to-tissue for JMC B biomaterials)

• validates the property in the application context (device performance for JMC A and C, in-vitro / in-vivo evaluation for JMC B)

• benchmarks the property advance against the literature state of the art (not against the authors' own prior materials, but against the best published materials of comparable design from the last 24 months)

• demonstrates property-improvement attribution to specific structural / compositional / morphological features (not just correlation but mechanistic link between what changed and what improved).

For JMC A specifically, the published author guidelines require materials presented for energy applications to demonstrate performance in an operational device configuration (not just half-cell characterisation, not just slurry-electrode measurement, not just photocatalysis benchmark without product quantification, not just BET-area-then-application-claim).

Manuscripts that report synthesis with property measurement but without device-validation and literature-state-of-the-art benchmarking get redirected within days to: Crystal Growth & Design (ACS, crystal-engineering focus), Inorganic Chemistry (ACS, inorganic synthesis), CrystEngComm (RSC, crystal engineering), Dalton Transactions (RSC, inorganic and organometallic), New Journal of Chemistry (RSC, broad-scope synthesis), European Journal of Inorganic Chemistry (Wiley, inorganic synthesis), or specialty synthesis venues.

The fix is to map every claimed materials advance to property data + device validation + literature-state-of-the-art benchmark before submission, restructure the abstract so the property advance leads (with synthesis as the means), and ensure the device-configuration testing (for JMC A and C) is in the main paper rather than supplementary.

Check whether your Journal of Materials Chemistry property evidence is stronger than the synthesis story →

Characterisation lacks application evidence

The third recurring pattern in JMC-targeted manuscripts is incomplete characterisation packages where structural data are reported (XRD / TEM / SEM) without the compositional verification (XPS / EDS / EELS / ICP-MS / elemental analysis) or property measurement (electronic / optical / magnetic / catalytic / electrochemical / biological) needed to substantiate the application claim.

JMC reviewers check claim-specific characterisation:

• for batteries, galvanostatic cycling with capacity-fade rates at named C-rates and Coulombic efficiency over 100+ cycles plus rate-capability at 0.1C to 5C plus EIS at relevant states of charge plus operando / post-mortem analysis for degradation mechanism

• for catalysis, turnover number / turnover frequency with substrate scope >=10 substrates plus 5-cycle recycling with hot-filtration leaching test plus mechanism evidence beyond conjecture

• for photovoltaics, certified efficiency under AM1.5G with IV under reverse / forward scan + stabilized output + EQE / IQE / IPCE matching JSC integration + stability under ISOS protocol

• for OLEDs / LEDs, EQE with current-density dependence + CIE coordinates + operational lifetime at named brightness + outcoupling-corrected internal quantum efficiency

• for biomedical materials, in-vitro cytotoxicity with named cell line and assay + cell-uptake / cell-internalization mechanism + relevant in-vivo model with statistics + comparison to clinical standard of care

JMC reviewers also flag papers where the only benchmark comparison is to the authors' previous materials (rather than to literature state of the art from the last 24 months in JMC / Nature Materials / Nature Energy / Joule / ACS Nano / Advanced Materials etc.).

Manuscripts with characterisation gaps face revision requests adding 4-8 weeks at minimum.

The fix is to map every application claim to its required characterisation evidence before submission (the specific JMC sub-community has documented expectations), include the missing characterisation as primary evidence in the main paper (not supplementary), and benchmark against the best published materials of comparable design rather than against the authors' prior work.

Check whether your JMC manuscript is submission-ready →

Clarivate JCR 2024 bibliometric data places JMC A in the top decile of materials chemistry journals. SciRev author-reported data confirms typical 30-50 day first-decision windows.

• Journal of Materials Chemistry C submission guide

• Journal of Materials Science submission guide

• JMC A author guidelines

• Journal of Materials Chemistry A journal page

• Journal of Materials Chemistry A author guidelines

• RSC ScholarOne submission portal

• RSC editorial policies

• Clarivate JCR 2024: Journal of Materials Chemistry

• SciRev RSC journals community data