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2D Metal Carbides and Nitrides (MXenes): Structure, Properties and Applications (book)

Summary

This corpus PDF is the Springer edited volume “2D Metal Carbides and Nitrides (MXenes): Structure, Properties and Applications” (2019), with Babak Anasori and Yury Gogotsi as editors. The normalized/extracts/20192019-venue-paper_p1-2.txt snippet records the title page (series subtitle: Structure, Properties and Applications). The book is a multi-chapter reference on MXene chemistry, synthesis, structure, processing, properties (electronic, optical, mechanical), and applications (energy storage, coatings, and related topics)—not a single peer-reviewed research article. It sits alongside other corpus fragments such as 2019mxenes-venue-paper, which preserves an uncorrected proof table of contents for the same Springer line and can help locate chapter titles and authors when navigating the full PDF. This wiki entry does not substitute reading individual chapters for technical claims: each chapter has its own methods, code, and level of theory. For retrieval systems, treat paper:20192019-venue-paper as a container node: link downstream paper pages for any chapter that receives full Phase 4 curation, and keep canonical_tags focused on 2D MXene literature rather than on one simulation code.

Methods

This Springer 2019 edited volume is a review/reference compilation, not one Methods section for a single study. Chapters mix experiment (synthesis, processing, characterization), DFT and other QM routes, continuum models, and occasional molecular dynamics with ab initio or empirical potentials; timesteps, basis sets, k-point meshes, ensembles (NVE/NVT/NPT), and software stacks differ by chapter. Operators must open the relevant chapter (or its DOI) before attributing ReaxFF vs DFT vs device modeling—do not infer a single force field for the whole book from this landing page. The corpus retains the full-book PDF for keyword search; normalized/extracts/ currently holds only a short title-page snippet, so detailed protocol tables are N/A on this stub.

Findings

N/A as a unified experimental outcome. Each chapter states its own mechanisms, property trends, and comparisons to experiment or literature; this container page does not synthesize new chemistry across chapters. For retrieval, the defensible corpus facts are: a searchable MXene monograph PDF exists at pdf_path, while normalized/extracts holds only a title-page snippet, so quantitative barriers, conductivity numbers, or synthesis yields are not asserted here—follow the cited chapter DOIs instead. Limitations and future work likewise live at chapter scope; KB gaps (missing chapter stubs) are operator metadata, not claims about the book’s contents.

Limitations

Partial text extract in normalized/extracts/ relative to the full monograph. No DOI is stored in frontmatter for the whole volume in this record—assign chapter-level or publisher identifiers when curating downstream. The wiki’s paper model is optimized for journal articles; books are retained for context and retrieval hooks.

Relevance to group

Background on 2D carbides/nitrides that often appear next to graphene and TMD materials in interface and energy simulation literature; group-adjacent chapters (for example MD of MXenes in the broader Springer line) may be cross-linked when those chapters have dedicated paper stubs.

Citations and evidence anchors

  • PDF: papers/2019_Book_2DMetalCarbidesAndNitridesMXen.pdf.
  • Navigation aid (TOC fragment): 2019mxenes-venue-paper.