Electrochimica Acta Submission Guide: How to Submit to Electrochimica Acta (Elsevier)

Electrochimica Acta publishes Research Papers, Critical Reviews, and Discussion Papers. The format you choose drives the limits that apply, and most submissions are Research Papers.

Research Papers should be complete, authoritative accounts of work of general electrochemical interest, presented concisely. They typically run 8 to 12 printed pages and usually include 5 to 10 figures and 1 to 3 tables, scaled to the complexity of the study. Length is governed by whether every figure earns its space, so a paper that needs 18 figures usually has a focus problem rather than a limit problem.

Critical Reviews are insightful analyses of published research on a contemporary electrochemistry topic, and run longer than Research Papers because the contribution is synthesis and judgment, not a single result.

Discussion Papers are short, critical comments on a paper already published in the journal, and exist for technical exchange rather than new primary results.

For files, Elsevier accepts standard manuscript formats and provides templates. Authors should include a data availability statement with the submission, declare conflicts of interest, list author contributions, and provide ORCID iDs. Highlights and a graphical abstract are commonly expected for Elsevier research articles, and the abstract should be a single self-contained paragraph in the roughly 200 words range typical of an Elsevier research article.

Manuscripts that are unclear because of English-language quality can be returned for rewrite, so the language bar is enforced at triage rather than deferred to copyediting.

Before the format and declarations are locked, an Electrochimica Acta scope and readiness check can confirm whether your cover letter actually justifies scope and whether the electrochemical controls a reviewer will look for are present.

Electrochimica Acta assigns submissions to an Editor who decides, often from the cover letter and abstract, whether the work fits scope before any reviewer is invited. Elsevier journal metrics put the average first decision at roughly three to four weeks, while SciRev community data reports a first review round closer to two months with about two reports per submission and around two review rounds. Treat the stages below as planning ranges, not commitments.

• Day 0: Submission and PDF build. Editorial Manager ingests your files and builds a merged PDF. You proof it, confirm the data availability statement and declarations, and submit. The cover letter is attached here and read first.

• Days 1 to 7: Editorial scope screening. The Editor reads the cover letter and abstract and asks the journal's defining question: is this an electrochemical study or materials and device work characterized with electrochemical techniques?

The fastest returns happen in this window. Out-of-scope work and cover letters that fail to justify scope rarely reach external review.

• Days 7 to 14: Handling-editor assignment. A handling editor in the relevant area (energy conversion and storage, electrocatalysis, corrosion, electroanalysis, or molecular electrochemistry) takes the manuscript and decides whether to send it out or return it.

Electrode papers without controls or mechanism are commonly returned at this stage.

• Days 14 to 56: Peer review. Reviewers are invited and reports return, typically around two reports, on a multi-week cadence. Community data suggests a first round near two months is realistic, though subfield and reviewer load shift this.

• Weeks 6 to 12: Decision and revision. Reject, major revision, minor revision, or accept. A revised manuscript must carry a point-by-point response letter.

Most papers that pass review go through at least one major-revision round.

• Months 2 to 3: Final decision and production. Total handling time for accepted manuscripts runs to roughly three months from submission, faster for clean, in-scope work and slower for multi-round Research Papers.

In our pre-submission review work with Electrochimica Acta manuscripts, four patterns generate the most consistent early returns. None of them are about the electrochemistry being wrong. They are about scope framing and measurement controls that this journal screens for before peer review begins.

In our review of electrochemistry manuscripts, each of these is a named rejection pattern you can check your own draft against, and each reflects an editorial triage pattern specific to how editors at this journal read the cover letter and the methods. Because the cover letter is read first and weighted heavily, every one of these patterns can surface in the first week. Editors consistently screen for these before sending a manuscript out for review.

The Electrochimica Acta guide for authors and Elsevier submission policies define the mechanics below; the patterns describe how manuscripts coming through pre-submission review for this journal most often fall short of them. SciRev community data on this journal, where authors report a first review round near two months and about two reports per submission, is consistent with what we see: a large share of attrition happens at the editor's scope screen, before reviewers ever weigh in, and these four patterns are why.

Electrochemical characterization with no electrochemical insight or mechanism. This is the single most common stall, and it is the one the journal calls out by name. A manuscript reports cyclic voltammograms, charge-discharge curves, or impedance spectra for a new electrode material, but the contribution is the material's performance, not an advance in understanding an electrochemical process.

The journal states explicitly that the mere use of electrochemical techniques to characterize a material or device does not qualify as an electrochemical study. An editor reads a results section full of capacity and current-density numbers and asks the obvious question: what did we learn about the electrochemistry that we did not already know? When the answer is "this material performs well," the scope gap is visible immediately.

The fix is to make a mechanism, a kinetic insight, or a process-level finding the protagonist, not the performance table.

Check whether your Electrochimica Acta manuscript advances electrochemistry rather than just characterizing a material →

Yet another electrode material with better numbers but no electrochemistry advance. The close cousin of the scope problem is the incremental-material paper. The manuscript synthesizes a doped, composited, or morphology-tuned version of a known electrode, reports a higher capacity or a lower overpotential, and frames the higher number as the result.

Reviewers and editors in electrochemistry treat a performance gain as a starting point, not a conclusion, so a paper that stops at "ours is better" reads as a materials report submitted to the wrong journal.

The methods and discussion are where this is decided: if the work does not isolate why the modified material behaves differently electrochemically, whether through a kinetic analysis, a reaction-mechanism study, or a structure-activity relationship, the manuscript is not yet an electrochemistry contribution regardless of how strong the numbers look.

Check if your Electrochimica Acta electrode study isolates an electrochemical mechanism →

Scope drift toward pure materials synthesis or pure energy engineering. Electrochimica Acta sits between materials chemistry and energy engineering, and a recurring desk return is a manuscript whose real home is on one of those neighbors.

On one side, the work is a synthesis paper where electrochemistry is a single test among XRD, SEM, and XPS; on the other, it is a device or system-engineering study where the electrochemistry is a fixed component and the contribution is process optimization or scale-up. Editors at this journal are electrochemists, and they identify quickly when the electrochemical phenomenon is the setting rather than the subject.

A manuscript whose genuine contribution would be evaluated more naturally by a materials journal or an applied-energy journal is consistently flagged as a scope mismatch before review, which is exactly what the cover letter is supposed to head off.

Check whether your Electrochimica Acta manuscript drifts into materials or energy-engineering scope →

Performance claims reported without electrochemical controls or consistent normalization. The reproducibility failure specific to this journal is electrochemical rather than statistical. The paper reports current densities, capacities, or efficiencies, but the methods do not state whether IR compensation was applied, do not give the reference electrode and its calibration, and do not say what the reported metric is normalized against, gravimetric, areal, or geometric.

Two electrode papers can report wildly different numbers for the same chemistry simply because one normalized by active-mass loading and the other by geometric area, so a reviewer cannot compare or trust a number with no stated basis. When mass loading, electrolyte, scan rate, and the normalization basis are missing or buried, the result is unfalsifiable.

The methods section has to let a reader reconstruct the measurement, or the manuscript is not yet ready for this journal.

This guide tells you what Electrochimica Acta editors look for; a Manusights review tells you whether YOUR paper passes that screen. A Manusights review checks the scope justification, the mechanism, the electrochemical controls, and the normalization basis against the editorial bar this journal applies before peer review. Paid Manusights reviews include a 60-day money-back guarantee, and we do not train models on submitted manuscripts.

Before submitting, an Electrochimica Acta scope and controls readiness check tests whether your cover-letter scope justification, mechanism, and electrochemical controls clear the editorial bar this journal applies before peer review.

This guide was built from the Electrochimica Acta guide for authors, Elsevier submission policies, the Editorial Manager submission system, and Manusights pre-submission review patterns from electrochemistry manuscripts. We checked the article types, the page and figure ranges, the scope restriction on characterization-only work, and the cover-letter requirement against the journal's own pages, and we cross-checked review-timing ranges against SciRev community data and Clarivate JCR 2024 metrics. The failure patterns describe what we see most often when electrochemistry manuscripts come through pre-submission review for this journal.

Use this page before you upload, when the official instructions cannot answer the real question: whether your scope justification, mechanism, electrochemical controls, and normalization basis are already defensible. Source limitation: Elsevier updates format details, charges, and policies after this review date, so confirm administrative specifics against the journal's official pages before submission. To pressure-test the manuscript itself, run a manuscript readiness check.

• Journal of Power Sources submission guide
• ACS Applied Materials & Interfaces submission guide
• For the broader cluster, see the chemistry journals overview.

Before you upload, run your manuscript through an Electrochimica Acta submission package check to catch the scope, mechanism, and control issues editors filter for on first read. The check is free to run (/ai-review) and takes a single upload.