Journal Guides14 min read•Updated Jul 13, 2026

ACS Applied Materials & Interfaces Response to Reviewers

An ACS AMI revision guide for aligning application, material and interface evidence, mechanism, benchmarking, stability, and clean/marked files.

By Manusights Editorial Team•July 13, 2026

Editorial processThe Manusights editorial team researches and maintains our Materials Science guides, drawing on what we see across thousands of pre-submission manuscript reviews.How we work

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Impact factor7.8Clarivate JCR

Acceptance rate~25-30%Overall selectivity

Time to decision~30 days medianFirst decision

Open access APC$3,500 USDGold OA option

What makes this journal worth targeting

IF 7.8 puts ACS Applied Materials & Interfaces in a visible tier, citations from papers here carry real weight.
Scope specificity matters more than impact factor for most manuscript decisions.
Acceptance rate of ~25-30% means fit determines most outcomes.

When to look elsewhere

When your paper sits at the edge of the journal's stated scope, borderline fit rarely improves after submission.
If timeline matters: ACS Applied Materials & Interfaces takes ~30 days median. A faster-turnaround journal may suit a grant or job deadline better.
If OA is required: gold OA costs $3,500 USD. Check institutional agreements before submitting.

Question	What to do
Use this page for	Building a point-by-point response that is easy for reviewers and editors to trust.
Start with	State the reviewer concern clearly, then pair each response with the exact evidence or revision.
Common mistake	Sounding defensive or abstract instead of specific about what changed.
Best next step	Turn the response into a visible checklist or matrix before you finalize the letter.

Quick answer: An ACS Applied Materials & Interfaces response to reviewers should show how the revised material or interface evidence changes the application claim. Start with the editor's controlling issues, then answer every comment. State the action, result, and exact location. Cite page and line, figure panel, table, spectrum, microscopy image, test condition, or Supporting Information section. Current ACS AMI guidance calls for a detailed point-by-point response and distinguishes clean and marked manuscript files. Keep those artifacts synchronized.

Last reviewed: July 13, 2026.

Use the ACS AMI revision readiness scan before uploading. Initial fit belongs to the ACS AMI submission guide, status belongs to ACS AMI under review, and the journal profile supports venue context.

From our manuscript review practice

In ACS AMI revisions we review, a common failure is to add characterization without rebuilding the structure-interface-property-application chain. More spectra do not resolve a mechanism when each measurement samples a different state, depth, batch, or operating condition.

What ACS AMI reviewers need from a revision

ACS Applied Materials & Interfaces emphasizes applied materials and interface research, not data reporting alone. Its current author guidelines require a detailed account addressing editor and reviewer comments point by point. A clean revised manuscript and a marked version serve different review jobs.

Build the response around one evidence chain:

Reviewer concern	Required revision evidence	Incomplete response
Application is not demonstrated	Relevant operating conditions, comparator, user metric, and limitation	Adding application language to the discussion
Material or interface identity is uncertain	Orthogonal composition, structure, surface, and spatial evidence	One fitted spectrum or image
Mechanism is speculative	Perturbation, controls, kinetics, spectroscopy, computation, or bounded hypothesis	A more detailed schematic
Benchmark is unfair	Matched loading, area, medium, temperature, duration, and normalization	A larger literature table with mixed protocols
Stability is insufficient	Time, cycling, degradation analysis, post-test characterization, and failure mode	Reporting retained performance alone
Reproducibility is unclear	Independent batches, devices, specimens, statistics, and representative results	Showing the best sample

Copyable ACS AMI response template

Place editor and reviewer text in bold or boxes. Keep responses in regular text. Name the clean and marked files consistently.

Dear Editor,

Thank you for inviting revision of manuscript ami-2026-14821,
"Ion-Selective Polymer/Graphene Interfaces for Sweat Sensors." Your decision
identifies three controlling issues: interface identity, selectivity under
realistic sweat conditions, and device stability. We summarize the integrated
changes and then answer each comment. Page and line numbers refer to the clean
revised manuscript; all changes are visible in the marked copy.

Editor Issue 1: Interface evidence
Response: We added depth-resolved XPS, cross-sectional mapping, and a polymer-
free graphene control. Together these distinguish interfacial coordination
from surface residue. See page 6, lines 5-28; Figure 2C-H; and Figures S3-S5.

Reviewer 1, Comment 4
"Selectivity was tested in an ideal buffer rather than a realistic matrix."
Response: We agree. We repeated calibration in artificial sweat across the
reported pH and ionic-strength range, added urate and lactate interferents,
and report recovery with confidence intervals. The detection claim is now
limited to the tested matrix. See page 10, lines 3-29 and Table 2.

Reviewer 2, Comment 3
"The stability data do not identify the failure mechanism."
Response: We added 14-day storage and 1,000-cycle operation tests, then
characterized delamination, signal drift, and interface chemistry after
failure. The revised conclusion separates reversible drift from irreversible
adhesion loss. See page 12, lines 8-31 and Figure 5.

Sincerely,
Dr. A. Researcher, on behalf of all authors

The clean manuscript should contain no review markup. The marked version should make every relevant scientific and textual change visible under the journal's current file instructions.

Put page, line, panel, and test condition in every reply

A page and line citation is necessary but not enough for materials evidence. Name the exact figure panel, spectrum, fit, image, table, Supporting Information section, sample identity, and operating condition. When a new test changes the claim boundary, quote the revised sentence.

Check locations after final file generation. Verify that labels, sample names, units, and figure numbering agree across clean manuscript, marked manuscript, response, and Supporting Information.

Typography for an ACS AMI response

Use bold reviewer comments, boxed text, indentation, or explicit labels to differentiate comments from responses. Do not rely on color alone. Keep quoted manuscript text separate from interpretation and place exact locations immediately after each action.

In the marked manuscript, reveal changes to spectra fits, axis labels, normalization, sample identity, and test conditions. Highlighting a whole paragraph can hide the one value a reviewer needs to verify.

Build a structure-interface-application ledger

Comment	Scientific uncertainty	Artifact to revise	Claim affected
Interface chemistry unclear	Chemical identity and depth	XPS, mapping, controls	Mechanism
Performance comparison unfair	Protocol equivalence	Methods and benchmark table	Superiority
Matrix is unrealistic	Application validity	Interferents and matrix tests	Sensor usefulness
Stability is too short	Durability	Cycling, storage, post-test analysis	Practicality
Variability is hidden	Reproducibility	Batches, devices, error, exclusions	Reliability
Mechanism relies on schematic	Causal pathway	Perturbation and orthogonal evidence	Explanation

Use the ledger before assigning experiments. Otherwise, new data can accumulate without answering the uncertainty that generated the request.

Tone calibration for ACS AMI rebuttals

Avoid	Better
"The reviewer is wrong about the interface."	"The original evidence did not distinguish coordination from residue. Depth-resolved XPS and the polymer-free control now separate those explanations."
"Our performance is clearly superior."	"Under matched loading, area, electrolyte, temperature, and duration, the revised Table 2 shows the comparison and its uncertainty."
"The requested assay is unnecessary."	"That assay measures bulk composition rather than the proposed interface. We added cross-sectional mapping and a perturbation control that directly test the concern."
"The device is highly stable."	"Signal remains within the reported interval for 1,000 cycles; beyond that point, adhesion loss dominates, and the conclusion now states this boundary."
"All experiments were repeated."	"Three independent synthesis batches and 12 devices per condition are reported with variation and exclusion criteria in Methods and Table S2."

Concede missing evidence. Push back by matching measurement capability to the scientific question, not by asserting that the original interpretation is obvious.

In our review work with ACS AMI revisions

In our pre-submission and revision work with ACS Applied Materials & Interfaces manuscripts, we compare the response with synthesis, characterization, controls, spectra, microscopy, benchmark conditions, device tests, stability, Supporting Information, and application claims. These are qualitative Manusights patterns, not ACS acceptance statistics or confidential review access.

Pattern 1: ACS AMI characterization accumulates without convergence

A reviewer questions interface identity, and the revision adds XPS, Raman, microscopy, and diffraction. Each method samples a different depth, area, batch, or material state, so the results cannot support one interface model. We create a sample-state ledger for every panel and ask which competing explanation each measurement excludes. More characterization helps only when the evidence converges.

Pattern 2: benchmark fairness changes in the footnotes

In ACS Applied Materials & Interfaces revisions, a new comparison table can mix mass loading, geometric area, normalization, medium, temperature, pressure, cycle count, or device architecture. The headline ranking survives because protocol differences appear only in notes. We rebuild a matched-condition subset and state where direct comparison is impossible.

Pattern 3: mechanism and application use different specimens

Mechanistic spectroscopy is performed on a pristine film, while application performance comes from a processed device after cycling. The response treats both as evidence for the same interface. We trace specimen history from synthesis through assembly, operation, and post-test analysis. If the state changes, the mechanistic claim needs direct evidence at the relevant state.

Pattern 4: stability is a retained-number claim

The revision reports percentage retention but does not show drift, distribution, failure timing, morphology, chemistry, or failed devices. We inspect raw trajectories, independent specimens, post-test characterization, and exclusion rules. A bounded durability claim with a named failure mode is stronger than an unqualified stability label.

The useful information gain is the cross-state chain: the material and interface characterized must be the one producing the reported application performance under the stated conditions.

Check the ACS AMI response and revised evidence chain before re-review.

Handling reviewer disagreement

If one reviewer requests fundamental mechanism while another asks for more application realism, identify the shared interface uncertainty for the editor. A targeted perturbation under realistic operation may answer both better than separate characterization and device expansions.

Do not let reviewer-by-reviewer additions turn one applied materials paper into disconnected material, mechanism, and device stories.

Why ACS AMI revisions still end in rejection

Revision is not acceptance. Rejection-on-revision risk remains when the application is still nominal, characterization does not establish the claimed interface, protocol differences preserve an unfair benchmark, or stability language exceeds the observed duration and failures.

Most dangerous is a detailed letter that points to added data without explaining what interpretation those data rule in or rule out.

Submit if; think twice if

Submit if: orthogonal measurements converge on the same interface state, mechanism is distinguished from schematic interpretation, benchmarks use matched protocols, application tests reproduce across batches or devices, and stability includes post-test failure evidence.

Think twice if: added characterization samples different material states, the best performance depends on unmatched loading or conditions, the mechanism is inferred from one fitted signal, or durability is reported only as retained performance. A complete point-by-point letter does not remove those rejection-on-revision risks.

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How this page was reviewed

We reviewed the current ACS AMI author guidelines, journal scope, and revision-file requirements, then applied the structure-interface-application audit above. This page helps authors test evidence alignment; it does not predict acceptance or override the live submission task list.

Final ACS AMI revision audit

Put editor priorities before reviewer sections.
Answer every comment and subpart.
Cite page, line, panel, spectrum, table, and Supporting Information.
Track sample identity and state across methods.
Use orthogonal evidence for interface and mechanism claims.
Match benchmark protocols or qualify comparison.
Report batches, specimens, devices, variation, and exclusions.
Characterize stability and failure under relevant conditions.
Synchronize clean, marked, response, and supporting files.
Keep reviewer and author text visually distinct.

Measure after 14 complete GSC days. At day 21, keep, revise, or stop based on indexing, owned queries, impressions, clicks, and qualified review starts. The 9,247 journal impressions and two starts are proxies, not exact-query traffic estimates.

ACS sources establish file and response requirements. The structure-interface-application ledger is Manusights analysis.

Frequently asked questions

Begin with the editor's controlling application and evidence issues, then address every comment point by point. State the action, result, and exact page, line, figure, panel, table, spectrum, test condition, or Supporting Information location.

Current author guidelines require a detailed point-by-point letter and distinguish a clean revised manuscript from a marked version showing changes. Follow the live submission task list and decision letter for exact file designations and any deadline.

Yes, when the requested method cannot resolve the claimed interface or mechanism. Explain the measurement question, provide an orthogonal method or control that can answer it, and label remaining interpretation as a hypothesis rather than dismissing the request.

Expect renewed scrutiny of whether the application is real, material and interface identity are established, mechanism is supported by orthogonal evidence, benchmarks use matched conditions, stability and reproducibility support the claim, and every change appears in both the response and revised files.

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