QQsci-skill/references/section-patterns.md

Section Patterns for Materials Papers

Use this file when drafting or revising a specific manuscript section.

Title

Pattern:

[Material/interface/architecture] enables [mechanism/property] for [application]

Good titles expose the material identity and the evidence-backed advance. Avoid empty modifiers such as novel, excellent, advanced, or high-performance unless the rest of the title says why.

Abstract

Sentence jobs:

1. Application need or field bottleneck.
2. Specific materials limitation.
3. Design strategy.
4. Structural or interfacial evidence.
5. Key performance metric.
6. Mechanistic explanation or implication.
7. Boundary or application relevance.

Keep the abstract compact. Put numbers near the claims they support.

Introduction

Paragraph jobs:

1. Why the application or field problem matters.
2. Why current materials or devices remain insufficient.
3. What prior strategies attempted and what they leave unresolved.
4. What design principle this paper uses.
5. What the paper demonstrates.

Do not write a literature list. Use mechanism-based grouping:

• composition engineering
• interface engineering
• defect or coordination control
• microstructure/morphology design
• device architecture
• processing/scalability

Results

Subsection opening pattern:

To test whether [design feature] can address [bottleneck], we prepared [sample/device] and first examined [structure/property].

Evidence pattern:

[Technique] shows [observation], indicating [bounded interpretation]. In comparison with [control], [sample] exhibits [quantitative difference], which supports [claim].

Mechanism pattern:

Together, [evidence 1] and [evidence 2] suggest that [feature] promotes [process]. This interpretation is supported by [control/diagnostic], although [boundary] remains to be clarified.

Discussion

Use:

central advance -> why the evidence matters -> relation to prior materials -> practical limits -> next step

Discussion can explain, compare, and limit. It should not repeat every figure in the Results section.

Conclusion

Use:

We developed [material/design]. The key evidence is [structure/property/ performance]. These results show [bounded implication]. Further work is needed to [limit].

No new data. No unsupported application promises.

Methods

Methods must make the work reproducible:

• precursor names and purity when needed
• ratios, concentrations, solvents, pH, temperatures, times
• substrate treatment, deposition, washing, drying, annealing
• instrument models and critical parameters
• sample dimensions and test conditions
• statistics, replicates, and software

Avoid vague phrases such as standard method, appropriate amount, optimized conditions, and good reproducibility.