Chemistry of Materials Submission Guide: ACS Paragon Plus Portal & Bidirectional Routing

Source: Chemistry of Materials on ACS Publications, Clarivate JCR 2024, SciRev community data, accessed May 2026.

This is the most avoidable Chemistry of Materials technical return and the one that hits even strong submissions:

Manuscripts reporting new crystal structures must deposit the CIF file at CCDC and obtain a deposition number BEFORE submission. Paragon Plus technically rejects submissions reporting new structures without a CCDC number; this is a portal-level gate, not an editorial decision.

The workflow:

1. Deposit the CIF at CCDC deposition portal

1. Run CheckCIF and address any A or B alerts

1. Capture the CCDC deposition number

1. Include the number in the manuscript Experimental Section and in the Paragon Plus submission form

1. Only then submit through Paragon Plus

Chemistry of Materials publishes four article types with type-specific length expectations:

• Article: ~50 typeset pages (~8000 to 12000 words), 7 to 10 figures typical

• Communication: no more than 2200 words / no more than 4 published pages, 4 figures or fewer, time-sensitive significance required

• Review: ~50 double-spaced pages, invited only

• Perspective: less than 10 published pages, invited only, forward-looking

Table of Contents graphic 8.25 cm × 4.45 cm maximum. All authors require ORCID at proof stage.

Source: ACS Chemistry of Materials Author Guidelines.

Chemistry of Materials' 3.1-month median total-to-acceptance reflects the ACS materials-chemistry review pace with a structure-property integration bar applied in the first editorial screen.

Day 1 to 3: Initial editorial screen

Paragon Plus runs automated technical checks. The handling editor (>=2 editors typically examine submissions) reads the cover letter, abstract, and TOC graphic for materials-chemistry contribution and structure-property framing.

Day 5 to 8: Early editorial-screen window

SciRev community data and author reports show many early editorial decisions in this window. Early returns arrive for incremental synthesis without significant advance, property characterization without mechanism, applied-materials work with device-performance emphasis (route to AMI), or general-chemistry-with-materials-examples (route to JACS).

Week 2 to 3: Reviewer assignment

For manuscripts that pass the first editorial screen, the editor invites reviewers from the ACS materials-chemistry pool. Assignment typically takes 1 to 2 weeks.

Week 4 to 6: First-round peer review

Typically 2 to 3 reviewers per manuscript (2.8 reports median per SciRev). The review tradition expects substantive engagement with synthesis, structure characterization, and property measurement.

Week 6 to 8: First decision returned

Decision arrives at the 6-to-8-week mark from submission. Major revision is most common; minor revision for stronger submissions.

Week 10 to 14: Revision and final decision

Authors return revised manuscripts; reviewers complete a second review cycle. Total time to acceptance averages 3.1 months per SciRev.

Source: SciRev community data for Chemistry of Materials, accessed May 2026.

The single most consequential decision before submission is which ACS materials or chemistry venue to target. Chemistry of Materials sits at the fundamental-materials intersection with bidirectional rerouting risk:

• JACS sits above it when the claim has broader chemistry significance.

• ACS Applied Materials & Interfaces sits below it when the work is mainly device-performance applied.

• ACS Nano sits on a different axis: length scale, not chemistry contribution.

The bidirectional routing rule: general-chemistry-with-materials-examples routes UP to JACS where chemistry contribution justifies broader audience; device-performance and applied-materials work routes DOWN to AMI where applied focus is the journal's center. ACS Nano comparisons are the wrong axis (defined by length scale, not chemistry contribution).

Chem Mater editors screen on three operational signals beyond the CCDC and technical gates:

1. Structure-property integration explicit. The cover letter and abstract must name both a structural contribution (synthesis, crystallography, electronic structure, bonding) AND a property contribution (electronic, optical, magnetic, catalytic, mechanical) AND the integration between them. Single-property work routes to specialty venues; structure-only work routes to crystallography venues.

1. Materials-specific, not general chemistry. The contribution must be materials-chemistry-specific. General chemistry with materials-examples routes UP to JACS at the ACS-internal screen.

1. Fundamental, not device-applied. The contribution must be at the fundamental structure-property level. Device-performance work with applied-materials framing routes DOWN to ACS Applied Materials & Interfaces.

Recent issues span solid-state inorganic materials, metal-organic frameworks (MOFs) and covalent-organic frameworks (COFs), perovskite materials, two-dimensional materials, magnetic materials, photonic materials, energy-storage materials, catalytic materials with structure-property integration, biomaterials with chemistry focus, and emerging materials-chemistry topics including machine-learning-assisted materials design.

For specific recent papers, see Chemistry of Materials on ACS Publications.

This guide tells you what Chemistry of Materials editors look for before reviewer assignment, and Manusights checks whether your paper passes the structure-property, TOC-graphic, CCDC, Supporting Information, mechanism-evidence, cover-letter, and ACS-routing tests that official ACS guidance cannot evaluate from a generic checklist. Paid Manusights reviews are covered by a 60-day money-back guarantee, and we never train on submitted manuscripts.

Across materials-chemistry manuscripts targeting Chemistry of Materials, three first-read patterns recur because Chem Mater is neither a general chemistry journal nor an applied device-performance journal. (Per ACS guidance, the journal wants a significant materials-chemistry advance, not incremental work on well-known compound families, and manuscripts with new crystal structures must clear the CCDC and CheckCIF package before submission.) These patterns are testable in the title, abstract, cover letter, TOC graphic, figures, Experimental Section, Supporting Information, references, and ACS sibling-journal routing before you enter Paragon Plus.

New composition or synthesis series without a significant materials-chemistry advance

Across Chemistry of Materials-targeted manuscripts, the most common first-read failure is a paper that reports a new compound, framework, polymer, film, catalyst, perovskite, MOF, COF, or nanostructured material but never proves why the new entry changes materials chemistry.

The title and abstract often sound plausible because they name synthesis, characterization, and a measured property, but the cover letter does not identify the significant advance over prior work.

The figures show XRD, SEM, TEM, FTIR, XPS, UV-vis, electrochemistry, or magnetic data, yet the argument remains "we made another member of this family." Chemistry of Materials is a poor target when the manuscript's novelty is only composition expansion, dopant substitution, morphology tuning, or an optimized processing condition.

The failing components are usually the cover letter, introduction comparison paragraph, structure table, property benchmark figure, and references. Editors and reviewers ask whether the manuscript teaches a new structure-property principle, reveals a mechanism, opens a property regime, or changes how the material class should be designed.

If not, the work often routes better to Inorganic Chemistry, Journal of Materials Chemistry C, Materials Advances, Dalton Transactions, CrystEngComm, ACS Applied Materials & Interfaces, or a specialty solid-state venue. The fix is to make the advance visible before the results section: name the structural feature, mechanistic insight, design principle, or property regime that was not available from the closest prior materials.

Check materials chemistry advance before submitting to Chemistry of Materials →

Property table or device result without mechanism connecting structure to performance

In Manusights reviews, the second recurring pattern is a manuscript with a strong measurement package but a weak materials-chemistry explanation. The paper reports conductivity, band gap, catalytic rate, magnetization, mechanical strength, adsorption capacity, battery cycling, sensor response, photoluminescence, or device efficiency, but the abstract and figure sequence do not explain how synthesis changed structure and how structure created the property.

The manuscript components that usually fail are the mechanism paragraph, control experiments, in-situ or operando evidence, DFT or bonding analysis, comparative benchmark table, and Supporting Information. Chemistry of Materials can publish device-adjacent work, but the device cannot be the protagonist. A solar-cell, battery, sensor, catalyst, membrane, or photodetector manuscript belongs at Chem Mater only when the primary claim is a fundamental structure-property relationship.

If the best sentence in the cover letter is "the device achieved X performance," ACS Applied Materials & Interfaces, ACS Applied Energy Materials, ACS Energy Letters, Advanced Functional Materials, Journal of Power Sources, or a specialist catalysis or sensor journal may be cleaner.

The fix is to reorganize the manuscript so Figure 1 establishes the structural or chemical design move, Figures 2 and 3 prove the structure, and later figures show property or device behavior as consequence rather than headline.

Check structure property mechanism before submitting to Chemistry of Materials →

Wrong ACS routing between Chemistry of Materials, JACS, ACS AMI, and ACS Nano

For Chemistry of Materials submissions, the third pattern is wrong-journal routing inside the ACS materials and chemistry portfolio. Chem Mater is defined by fundamental materials chemistry. JACS is the better target when the chemistry discovery speaks across subfields and the material is one example of a broader chemical principle.

ACS Applied Materials & Interfaces is the better target when application validation, device performance, interface behavior, coating performance, or biomedical function is the main result. ACS Nano is not the default peer for Chem Mater simply because the material is nanoscale; it is a length-scale and nanoscience venue, not the fundamental-versus-applied routing axis.

The mismatch appears in the cover letter, TOC graphic, first paragraph of the abstract, figure order, and reference set. Manuscripts that open with device metrics often need ACS AMI or ACS Applied Energy Materials. Manuscripts that open with general molecular discovery may need JACS, Angewandte Chemie, Chemical Science, or Nature Chemistry.

Manuscripts whose only nanoscale signal is particle size may still be Chem Mater if the structure-property argument is fundamental. The fix is to write one first cover-letter sentence that threads both needles: the contribution is materials-specific enough not to be JACS, and fundamental enough not to be ACS AMI.

Check ACS routing before submitting to Chemistry of Materials →

Check whether your Chemistry of Materials manuscript is submission-ready →

• Chemistry of Materials overview

• Is Chemistry of Materials a good journal?

• JACS Submission Guide

• ACS Applied Materials & Interfaces Submission Guide

• ACS Nano Submission Guide