Journal Guide
Publishing in ACS Applied Materials & Interfaces: Fit, Timeline & Submission Guide
ACS AMI publishes applied materials with demonstrated real-world relevance - novelty alone isn't enough without proven function.
Should you submit here?
Best fit if
ACS AMI expects you to demonstrate why your material matters beyond the lab
Not ideal if
Writing 'the material could be used for...' is not sufficient
Also compare
7.8
Impact Factor
Not published by the journal
Acceptance Rate
34.4 days with review; 5.2 days without review (medians)
Time to First Decision
Readiness Scan
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What ACS Appl. Materials Publishes
ACS Applied Materials & Interfaces is one of the most widely read journals in materials science and engineering, publishing research on functional materials with direct application relevance. The journal sits at the intersection of synthesis, characterization, and application - covering everything from energy storage and conversion to biomedical devices, sensors, coatings, and nanocomposites. With a 2025 JIF of 7.8 in the 2026 JCR release and over 11,000 articles published annually, it is a high-volume, high-quality venue for applied materials science across chemistry, physics, engineering, and biology. What ACS AMI is not: a venue for purely theoretical or computational work lacking experimental validation, or for fundamental discovery without demonstrated application relevance.
- Energy materials: batteries (Li-ion, Na-ion, solid-state), supercapacitors, fuel cells, solar cells (perovskite, organic, silicon), thermoelectrics, and energy harvesting materials
- Biomedical and healthcare materials: drug delivery, tissue engineering, biosensors, antibacterial coatings, implantable devices, and bioimaging contrast agents
- Electronic and optoelectronic materials: organic and inorganic semiconductors, flexible electronics, display materials, photodetectors, and memory devices
- Surface and interface science: coatings, self-assembled monolayers, tribology, anti-icing, anti-fouling, and smart responsive surfaces
- Environmental and sustainability materials: photocatalysts for water purification, CO2 reduction, air filtration membranes, and green synthesis approaches
- Nanocomposites and advanced structural materials: polymer composites, ceramic coatings, metal matrix composites with functional properties
- Sensors and actuators: chemical sensors, strain sensors, pressure sensors, and materials for robotics or soft actuators
Manusights editorial analysis
ACS AMI publishes applied materials science with direct relevance to real-world problems. The best papers in this journal don't just demonstrate that a material has a high property - they explain why it has that property, show it performs competitively against alternatives, and make the case for how it could enable a real application. Reviewers are applied scientists who expect to see all of this, not just promising numbers.
What ACS Appl. Materials Editors Look For
Strong application connection - not just interesting materials
ACS AMI expects you to demonstrate why your material matters beyond the lab. If you synthesize a new composite, show its performance in a real device configuration or against a recognized benchmark. If you develop a sensor, demonstrate its selectivity, sensitivity, and real-sample testing. The word 'applied' in the journal title is not decorative - reviewers and editors actively look for practical relevance.
Rigorous, reproducible characterization
High-resolution electron microscopy (TEM/FESEM), XRD, XPS, and BET are expected baselines, not optional extras. Reviewers will ask for control experiments and will flag missing characterization. Your material must be well-understood structurally, chemically, and morphologically before you can claim any functional properties.
Quantitative performance benchmarking against literature
ACS AMI reviewers expect a Table or Figure comparing your material's key performance metrics against recent, relevant literature - not just a statement that your results are 'superior.' Use specific metrics: specific capacity (mAh/g), power conversion efficiency (%), sensitivity (µA/mM), LOD (nM), etc. Vague comparisons such as 'better than previous reports' will lead to revision.
Mechanism insight, not just phenomenological results
Reporting that your material has high activity without explaining why is insufficient for ACS AMI. DFT calculations, in-situ characterization, electrochemical impedance spectroscopy, or spectroscopic mechanistic studies are often needed alongside performance data to make a convincing story.
Novelty that is clearly articulated in the introduction
With 11,000+ papers per year, editors and reviewers are attuned to incremental work disguised as novelty. Your introduction must clearly state: what has been done before, what gap or limitation remains, and exactly how your approach addresses it. Papers that are the Nth demonstration of a known strategy on a new material without conceptual advance tend to receive rejection or major revisions.
Why Papers Get Rejected
These patterns appear repeatedly in manuscripts that don't make it past ACS Appl. Materials's editorial review:
Claiming application relevance without actual device or system testing
Writing 'the material could be used for...' is not sufficient. Reviewers expect 'we fabricated and tested a device using this material and demonstrated X performance.' Potential applications without demonstration belong in journals with a more fundamental or exploratory scope.
Missing benchmark comparisons in performance tables
If you do not compare your results against state-of-the-art literature, reviewers will add this as a mandatory revision. Build it into the original submission - it also strengthens your significance argument.
Insufficient control experiments
ACS AMI reviewers are experienced applied materials scientists. They will ask: 'What happens without the key component? What is the control morphology? What happens if synthesis parameter X is varied?' Design your experiments to preemptively answer these questions.
Overly broad claim in the title or abstract
Titles like 'High-Performance Multifunctional Material for Energy and Biomedical Applications' raise skepticism. Be specific about what you demonstrated and how well. Editors appreciate precise, honest abstracts over inflated claims that the body can't deliver.
Computational-only papers without experimental validation
ACS AMI is an applied experimental journal at its core. Purely DFT or MD simulation papers without synthesis and characterization to validate predictions will be desk-rejected or returned for scope reasons.
Does your manuscript avoid these patterns?
The Free Readiness Scan reads your full manuscript against ACS Appl. Materials's criteria and flags the specific issues most likely to cause rejection.
Manusights submission tips for ACS Appl. Materials
Use the ACS Editor's Choice designation strategically
ACS AMI editors select a small number of papers for ACS Editor's Choice - free open access to everyone for 12 months, promoted across ACS channels. These papers typically have strong cross-disciplinary appeal and a clear, headline-worthy result. Structuring your abstract and cover letter with this in mind can help.
Suggest reviewers who are active in the specific application area
ACS AMI covers a very wide range of topics. Suggesting 3-5 appropriate reviewers from the specific area (not just your collaborators) helps editors find the right expertise quickly and can accelerate the review process.
The journal has a fast-track option for high-priority letters
ACS AMI publishes Letters (short-format communications) for timely, concise results. If your finding is significant and can be presented compactly, the Letter format can reduce time to publication and often gets assigned to faster reviewers.
APC costs and open access options
Open access publication in ACS AMI costs $3,500 USD (ACS APC as of 2024-2025). Many institutions have ACS read-and-publish agreements that cover this. Check before submitting if open access is required by your funder. The paper is otherwise accessible via subscription.
Include real-world stability and cycling data
A common reviewer demand for energy materials is long-term stability - charging/discharging cycles for batteries, operational lifetime for solar cells, repeated use for sensors. Include cycling data (at minimum 100 cycles for batteries, 1000+ for supercapacitors) proactively rather than adding it under reviewer pressure.
The ACS Appl. Materials Submission Process
Manuscript preparation
Preparation phaseACS AMI accepts Articles (full research papers) and Letters (short communications). Articles have no strict word limit but should be concise. Figures must be high-resolution (minimum 300 DPI for grayscale, 600 for line art). Supporting Information is expected for detailed synthesis procedures, additional characterization, and supplementary performance data. Use ACS formatting guidelines from the start.
Submission via ACS Paragon Plus
Day 0Submit at https://pubs.acs.org/journal/aamick via ACS Paragon Plus. Required: cover letter explaining novelty and significance, completed manuscript with all figures embedded, Supporting Information, and any conflict-of-interest disclosures. Suggest 3-5 reviewers with contact information; note any exclusions.
Editorial assessment
1-7 daysAn Associate Editor assesses scope and novelty fit. Desk rejection rate is moderate - papers clearly outside scope or lacking novelty are returned quickly. Papers with strong application relevance and clear novelty advance to peer review.
Peer review
30-45 daysTypically 2-3 reviewers with expertise in the specific materials and application area. Reviews are detailed and frequently include requests for additional experiments. First review decision typically arrives within 30-45 days of submission.
Revision and acceptance
Revision: 1-3 months; publication 2-4 weeks post-acceptanceMajor revisions are common and often include additional characterization or performance testing. Minor revisions are possible for well-prepared submissions. Revised manuscripts are typically re-reviewed by original reviewers. Acceptance followed by publication within 2-4 weeks.
ACS Appl. Materials by the Numbers
| 2025 Impact Factor(2026 JCR release) | 7.8 |
| 5-Year Impact Factor | 8.5 |
| JCR Category Rank(Q1) | 83/460 (Nanoscience & Nanotechnology) |
| Acceptance rate | Not published by the journal |
| Median first decision(ACS Journal Metrics, checked 2026-10-10) | 34.4 days with review; 5.2 days without review (medians) |
| Open access APC(ACS Open Science pricing tables, checked 2026-10-10) | $4,500 |
| Annual articles(High-volume venue) | ~11,000+ |
| Publisher | American Chemical Society (ACS) |
| ISSN | 1944-8244 (print) / 1944-8252 (online) |
| Founded | 2009 |
Before you submit
ACS Appl. Materials accepts a small fraction of submissions. Make your attempt count.
Start with the Free Readiness Scan. Unlock the Full Review from $39, with local pricing shown before checkout. If you need deeper submission planning, choose the Submission-Ready Dossier. The full report is calibrated to ACS Appl. Materials.
Article Types
Article
No strict limit; typically 6,000-10,000 wordsFull research paper covering complete experimental story with synthesis, characterization, and application demonstration. No strict page limit but brevity valued.
Letter
~3,000 words main text, 4-6 figuresShort-format communication for timely, focused results. Suitable when the key finding can be told in 4-6 figures without requiring extensive supplementary data. Faster review than full Articles.
Review
Comprehensive: 10,000-20,000 words; mini-review: 5,000-8,000 wordsComprehensive or mini-review of an active applied materials topic. Invited reviews are common; solicited proposals with an outline are advised before writing a full unsolicited review.
Landmark ACS Appl. Materials Papers
Papers that defined fields and changed science:
- Pioneering studies on MXene-based supercapacitors establishing this class of 2D materials for energy storage
- Perovskite solar cell stability improvements exceeding 1,000-hour operational lifetime
- Development of flexible, stretchable electronic skin sensors for wearable health monitoring
- High-performance single-atom catalysts for CO2 reduction with near-100% selectivity
- Nanoparticle-based targeted drug delivery systems with demonstrated tumor accumulation in vivo
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Primary Fields
Related Journal Guides
- Publishing in Advanced Materials
- Publishing in Advanced Functional Materials
- Publishing in ACS Nano
- Publishing in Journal of Materials Chemistry A
- Publishing in Energy
Latest Journal-Specific Guides
- Submission guideACS Applied Materials and Interfaces Submission Guide: Portal & Two-Axis RoutingWhat submitting to ACS Applied Materials & Interfaces actually requires: the ACS Publishing Center portal, the two-axis routing logic (UP to Chemistry of Materials or JACS for fundamental work, DOWN to the ACS Applied family for sharper-lane specialty), the 71.5-day ACS median to acceptance, the application-described cover-letter requirement, and the 300-word abstract cap with required TOC graphic.
- Journal assessmentIs ACS Applied Materials & Interfaces a Good Journal? Fit, Evidence, and RisksACS Applied Materials & Interfaces JIF 7.8 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.
- Desk rejectionHow to Avoid Desk Rejection at ACS Applied Materials & InterfacesWhat triggers desk rejection at ACS Applied Materials & Interfaces. Editor screening criteria, manuscript fit, and strategies to survive initial review.
- Review timelineACS Applied Materials & Interfaces Review Time: Review and Revision PlanningPlan an ACS Applied Materials & Interfaces submission around a 27-report community timing record and application-evidence revision needs.
More Guides for This Journal
- Acceptance rateACS Applied Materials & Interfaces Acceptance Rate 2026: How Hard Is It to Get Published?ACS Applied Materials & Interfaces accepts around 25-30% of submissions (an unofficial estimate; ACS publishes no rate), making it selective but accessible for applied materials research. Here's what the review process looks like.
- Impact factorACS Applied Materials & Interfaces Impact Factor 2026: Ranking, Quartile & What It MeansACS AMI impact factor is 7.8 with 2025 JIF context, Q1 rank, trend, peer comparisons, and applied-materials fit checks.
- Publishing costsACS Applied Materials & Interfaces APC and Open Access: Current ACS Pricing, Discounts, and Real OptionsACS Applied Materials & Interfaces APC is $4,500 for CC BY or $4,000 for CC BY-NC-ND, with lower ACS hybrid options.
- Submission processACS Applied Materials and Interfaces Submission Process: What Happens From Upload to First DecisionGuide to the ACS Applied Materials and Interfaces submission process, editorial screening, reviewer routing, and common slowdowns.
- Manuscript prepACS Applied Materials & Interfaces Cover Letter: What Editors Need to SeeACS AMI editors are screening for the materials-to-application bridge fast. A strong cover letter makes that bridge obvious in the first paragraph.
- Publishing guideACS Applied Materials & Interfaces Formatting Requirements: Complete Author GuideACS Applied Materials & Interfaces publishes no word limit for Articles, and Article abstracts are limited to 300 words. A table-of-contents graphic is required (it must fit within 3.25 x 1.75 inches), initial submissions can use any complete reference style, and ACS encourages extensive use of Supporting Information.
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