Applied Surface Science Submission Guide: Format, Scope & Editor Tips

The journal publishes across a broad range of surface and interface topics, but the successful papers usually share the same logic: the authors can show what changed at the surface, how they know it changed, and why that change matters.

That can include:

• surface treatments that improve corrosion resistance, wetting, adhesion, catalysis, or bioresponse
• thin-film or coating work where interface quality drives device or materials performance
• surface-sensitive analysis paired with a meaningful application test
• nanostructured or chemically modified surfaces where function depends on the surface architecture

What usually falls apart is the manuscript that looks like a general materials paper until the discussion section suddenly claims a surface mechanism. If the main figures, methods, and argument would still work unchanged after removing the word "surface," the journal fit is probably weak.

Applied Surface Science does not feel difficult at the formatting level. The real difficulty is whether the figures and section structure make the surface argument legible.

Main manuscript

• Keep the title and abstract surface-specific.
• Make the methods section clear about treatment conditions, environment, and analytical workflow.
• Put the core characterization near the front of the results so editors can see the surface evidence before the performance claim.

Figures

• Surface images need scale bars and readable labels.
• Spectra should be clean enough to interpret without guesswork.
• If you use multiple characterization methods, organize them to build one story rather than scattering them across the manuscript.

Supplementary files

Use the supplement for overflow characterization, repeatability checks, and additional spectra or microscopy. Do not hide the only convincing proof of the surface mechanism there.

The cover letter should answer three questions fast:

1. What surface or interface problem does the paper solve?
2. What evidence proves the surface mechanism or modification?
3. Why does the result matter in a real application context?

The best cover letters for this journal are short and concrete. Instead of saying the manuscript is "novel and comprehensive," say what changed at the surface and why that changed performance.

For example:

• what was modified at the surface
• what techniques proved the change
• what performance metric improved because of that change

That is the signal the editor needs.

For this journal, the first page does a lot of work. By the end of the abstract and first figure or two, the editor should be able to answer four questions:

• what surface or interface was changed
• how the authors know it was changed
• why the change matters functionally
• whether the manuscript belongs in applied surface science rather than a broader materials venue

If the first page reads like a generic materials paper with a late-stage surface explanation, the submission starts from a weaker position. Tighten the title, the abstract, and the first results section until the surface logic is impossible to miss.

The paper is not really surface-led

Many rejected manuscripts are decent materials papers that never establish why the surface is the key scientific actor.

The characterization is too thin

One measurement rarely carries the whole claim. Contact angle without chemistry, microscopy without chemistry, or spectroscopy without any functional test usually looks incomplete.

The application case is vague

Editors want to know why the surface change matters. Better corrosion resistance, stronger adhesion, improved catalytic turnover, cleaner bioresponse, or better interface stability are all clearer than generic statements about "enhanced performance."

The figures look unfinished

Low-resolution microscopy, messy spectra, or plots with unreadable legends make the paper look unreviewable before anyone evaluates the science deeply.

Following the desk rejection patterns at other journals shows similar failure modes, but this family of journals is especially unforgiving when the mechanism and the characterization do not match.

If the paper reaches peer review, revision requests usually push in one of three directions:

• more convincing or complementary surface characterization
• a clearer mechanism tying surface change to performance
• a stronger application case using more realistic test conditions

That is useful to know before you submit. If you can already see those holes in your draft, fix them now instead of waiting for reviewers to point them out.

Before you upload, try one simple test: hand the paper to someone in your group and ask them to explain the claimed surface mechanism after reading only the abstract, the first figure, and the first page of results. If they cannot tell you what changed at the surface and why that changed performance, the manuscript is probably still too opaque for editorial screening.