Laser Chemistry

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Journal Properties
  • Language
    English
  • Number of Articles
    554
  • Abbreviation
    Laser Chem
  • ISSN
    0278-6273
  • e-ISSN
    1476-3516
  • Main Publisher
    Hindawi
  • Publisher
    Hindawi Limited
  • Indian UGC
  • DOAJ (latest)
Description
Laser Chemistry provides a platform for disseminating cutting-edge research related to laser-induced chemical and physical transformations. It covers a wide array of topics, including laser spectroscopy, photochemistry, laser-material interactions, and the application of laser techniques in various chemical processes. The journal aims to showcase innovative studies that advance both fundamental understanding and practical applications of lasers in chemistry. This publication welcomes contributions detailing experimental and theoretical investigations that explore the use of lasers to initiate, control, and analyze chemical reactions. Indexed in databases such as CAS and Web of Science, Laser Chemistry attracts a global audience from academia, research institutions, and industry. It appeals to scientists interested in laser-matter interactions, reaction dynamics, and the development of new laser-based analytical methods. Topics of interest include ultrafast laser spectroscopy, laser-induced molecular dynamics, and laser-assisted synthesis. Laser Chemistry seeks to highlight the transformative potential of laser technology across diverse chemical domains. By publishing high-quality research, it fosters collaboration and drives advances in the field. Authors are invited to contribute their work to promote the journal's reputation and impact, further enriching our understanding of laser chemistry.