Journal Guide
Journal of Materials Chemistry A Impact Factor 9.5: Publishing Guide
Materials chemistry for energy, catalysis, and sustainability applications
9.5
Impact Factor (2024)
~35-40%
Acceptance Rate
~100-140 days median
Time to First Decision
What Journal of Materials Chemistry A Publishes
Journal of Materials Chemistry A published by the Royal Society of Chemistry is the premier journal for materials chemistry with emphasis on energy and sustainability. With JIF 9.5 and Q1 ranking in Energy & Fuels and Materials Science, JMC-A emphasizes novel materials for clean energy (batteries, photovoltaics, catalysis) and sustainable applications. The journal publishes research on material synthesis, characterization, and demonstration of energy performance. Critically: JMC-A values materials with demonstrated energy application. Pure material science without energy context is less competitive. The journal seeks papers showing how materials enable clean energy or sustainability.
- Batteries and energy storage: cathodes, anodes, electrolytes, solid-state systems
- Photovoltaics: perovskites, organic solar cells, tandem devices
- Catalysis: electrocatalysts, photocatalysts, thermal catalysis for energy conversion
- Fuel cells: electrode materials, membranes, catalysts
- Supercapacitors and energy storage devices
- Thermoelectric and photoelectric materials
- CO2 capture and conversion materials
- Sustainable materials: recyclable, biodegradable, bio-based alternatives
Editor Insight
“Journal of Materials Chemistry A publishes materials enabling clean energy and sustainability. We seek papers demonstrating novel materials with superior energy performance, durability, and practical applicability. Materials must show device-level testing under realistic conditions with clear performance advantage.”
What Journal of Materials Chemistry A Editors Look For
Novel material with demonstrated energy storage, conversion, or catalytic performance
Present materials showing exceptional electrochemical performance (batteries, capacitors), photovoltaic efficiency, catalytic activity, or energy conversion ability. Quantify performance: energy density, power output, efficiency. Show clear energy advantage.
Complete electrochemical or performance characterization under relevant conditions
Test materials under realistic operating conditions: electrochemical cells with actual electrolytes, photovoltaic devices with sunlight, catalytic reactors with relevant substrates. Lab-scale characterization without device-level testing is weak.
Understanding of structure-property relationships and performance mechanisms
Explain how material composition and structure enable energy performance. Why does doping improve activity? How does surface modification enhance catalysis? Structure-activity insight strengthens papers significantly.
Stability and cycle life data for energy storage or catalytic applications
Energy materials must survive operational stress. Show cycling stability (battery charge-discharge cycles, catalyst deactivation), thermal stability, chemical stability under operating conditions.
Cost analysis and scalability to practical energy systems
Address material cost and manufacturing scalability. Materials requiring rare elements or expensive synthesis have limited practical impact. Compare cost-to-performance with commercial alternatives.
Why Papers Get Rejected
These patterns appear repeatedly in manuscripts that don't make it past Journal of Materials Chemistry A's editorial review:
Characterizing material without demonstrating energy performance
Novel material synthesis or modification alone is insufficient. JMC-A expects energy application demonstration. Test in batteries, solar cells, or catalytic reactors showing performance advantage.
Limited cycling/stability data or operation under unrealistic conditions
Energy materials must demonstrate durability. Short-term performance is insufficient. Show cycling stability over hundreds of cycles for batteries, long-term catalytic activity for catalysts.
Performance claims without comparison to state-of-the-art materials
Marginal performance improvements are weak. Compare energy density, efficiency, or catalytic turnover with best commercial or reported materials showing clear advantage.
Ignoring cost and material sustainability
Materials using rare earths, precious metals, or expensive precursors may lack practical impact. Address cost and sustainability explicitly. Environmentally sustainable materials increasingly valued.
Device testing without rigorous analysis of failure modes or degradation mechanisms
Papers showing performance decline without analyzing causes are incomplete. Explain degradation mechanisms. Propose mitigation strategies based on understanding.
Does your manuscript avoid these patterns?
The quick diagnostic reads your full manuscript against Journal of Materials Chemistry A's criteria and flags the specific issues most likely to cause rejection.
Insider Tips from Journal of Materials Chemistry A Authors
Battery materials especially lithium-ion alternatives have highest impact
Research on cathodes, anodes, or electrolytes for next-generation batteries (solid-state, high-energy-density, sodium-ion) receives strong reception. Battery research drives materials chemistry.
Perovskite photovoltaics remain highly competitive
Perovskite solar cells achieving high efficiency, stability, and scalability continue strong publication. Tandem perovskites and lead-free variants especially valued.
Electrocatalysts for sustainable chemistry gaining prominence
Materials for electrochemical CO2 reduction, nitrogen fixation, or water electrolysis enabling chemical synthesis from renewable electricity increasingly competitive.
Operando characterization reveals performance mechanisms
Studying materials under real operating conditions (X-ray absorption spectroscopy during electrochemistry, TEM during catalysis) provides mechanistic insight highly valued.
Abundant element alternatives to precious metals valued
Materials using earth-abundant elements (iron, nickel, cobalt compounds) replacing platinum or rare earths for catalysis or energy storage receive increasing attention.
The Journal of Materials Chemistry A Submission Process
Manuscript preparation
Prep7,000-10,000 words with 6-8 figures. Include material synthesis, characterization (structure, spectroscopy), energy performance testing under realistic conditions, stability/cycling data, comparison with state-of-the-art, and cost analysis. Supporting: performance curves, cycling data, characterization details.
Submission via RSC system
Day 0Submit at https://mc.manuscriptcentral.com/jmca. Required: manuscript emphasizing novel material and energy performance, figures showing characterization and performance comparison, cover letter highlighting energy significance and commercialization potential.
Editorial assessment
1-2 weeksEditor assesses material novelty, energy performance significance, and characterization completeness. Papers lacking energy application or device-level testing face lower priority. Moderate desk rejection ~35-45%.
Peer review
100-140 days2-3 materials chemistry experts assess material innovation, characterization rigor, energy performance validity, and practical significance. Reviewers check electrochemistry data carefully. First decision 100-140 days.
Revision and publication
Revision: 4-8 weeksRevisions often request additional cycling stability data, cost analysis, or mechanistic explanation. Publication 2-4 weeks after acceptance.
Journal of Materials Chemistry A by the Numbers
| 2024 Impact Factor | 11.9 |
| 5-Year Impact Factor | 12.4 |
| Acceptance rate | ~35-40% |
| Desk rejection rate | ~35-45% |
| Median first decision | ~120 days |
| Open access option | $3,100 GBP |
| Publisher | Royal Society of Chemistry |
| Founded | 2011 |
Before you submit
Journal of Materials Chemistry A accepts a small fraction of submissions. Make your attempt count.
The pre-submission diagnostic runs a live literature search, scores your manuscript section by section, and gives you a prioritized fix list calibrated to Journal of Materials Chemistry A. ~30 minutes.
Article Types
Paper
7,000-10,000 wordsNovel material for energy with full characterization and testing
Communication
4,000-5,500 wordsFocused material discovery with rapid publication
Review
10,000-15,000 wordsComprehensive materials chemistry topic review
Landmark Journal of Materials Chemistry A Papers
Papers that defined fields and changed science:
- Lithium-ion battery development (Goodenough, Whittingham, 1980s-2000s) - Nobel Prize 2019
- Perovskite solar cells (2009+) - achieved high efficiency with easy processing
- Electrocatalysis for water splitting (2000s-2010s) - enabled green hydrogen production
- Metal-organic frameworks MOF catalysis (2000s-2010s) - tunable porous catalysts
- High-entropy oxides for catalysis (2010s-2020s) - novel catalytic materials
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Primary Fields
Related Journal Guides
- Publishing in ACS Applied Materials & Interfaces
- Publishing in Energy
- Publishing in Applied Catalysis B: Environment and Energy
- Publishing in Advanced Energy Materials
- Publishing in Materials
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