Latest MXene and MAX Phase Materials research
Scollr indexed 256 new MXene and MAX Phase Materials papers in the last 30 days and 707 in the last 90 days. Browse the most relevant recent papers below, then follow the topic in the app to turn this into a personalized research feed.
Latest MXene and MAX Phase Materials papers
The most relevant recent papers Scollr indexed in this topic, ranked by topic relevance, citations, and recency.
Vapor-Phase Synthesisof Ti2CCl2 MXene
Chloride Ions: Essential Agents for Achieving Spontaneous Delamination of MXene
Disclosing Trendson C(1s) Core-Level Binding Energiesof MXene Flakes: Metal, Size and Edge Effects
Defect-induced recombination mechanism and electrochemical properties of green synthesised Ti2NTxand V2NTx MXene
Engineering MXene Nanomaterials: Structure–Property Relationships, Functional Design, and Emerging Technologies
Comparing Mo2CTx MXene and Ultrathin Mo2C
In-situ one-pot synthesis of (TiZrHfNbTa)CTx MXene via molten salt CO2 capture and electrochemical conversion
Hydrothermal‐Assisted In Situ Intercalation Synthesis of Ti 3 C 2 T x MXene in 6 Hours
Tailoring MXene Surface Chemistry: Strategies, Mechanisms, and Functional Applications
What is changing in MXene and MAX Phase Materials
Daily publication volume across the last 30 days, drawn from Scollr's indexed literature.
Active authors in MXene and MAX Phase Materials
Researchers publishing the most papers in this topic across the last 90 days.
Keeping up with MXene and MAX Phase Materials research
How do I keep up with new MXene and MAX Phase Materials research?
Follow MXene and MAX Phase Materials in Scollr. New papers in the topic flow into a personalized feed, and you can save the studies worth reading without setting up email alerts. This page also lists the most relevant recent papers so you can scan what changed at a glance.
What are the latest MXene and MAX Phase Materials papers?
The recent papers section above is rebuilt continuously from Scollr's indexed literature, ranked by topic relevance, citations, and recency. Each links to its full record so you can read the abstract and follow the authors and sources behind it.
How do I find related work in MXene and MAX Phase Materials?
Open any paper and build a literature map to see its references, citing papers, and related research in one workspace. The related topics list on this page also routes you into adjacent research areas Scollr tracks.
