Novel Chemical Bonds, Planar Multi-Coordinate Topologies and Their Functional Applications
A special issue of Molecules (ISSN 1420-3049). This special issue belongs to the section "Computational and Theoretical Chemistry".
Deadline for manuscript submissions: closed (30 December 2021) | Viewed by 2969
Special Issue Editors
Interests: novel chemical bond; spin-polarized bond; singlet diradical; Be−Be Bonds; planar multi-coordinate topology; structure search; entirely planar topology two-dimensional functional material; electrocatalytic or photocatalytic mechanism on surface or interface
Special Issue Information
Dear Colleagues,
Due to their extraordinary structures and the rule-breaking traditional recognition of molecular bonding and electron property, the search for the clusters and 2D materials with novel chemical bonding interaction and planar multi-coordinate (hyper-coordinate) motif together with their potential functional applications, have been rapidly developed and flourished in the field of computational and theoretical chemistry in recent years.
In this present Special Issue intends to highlight the results of theoretical and experimental studies on: the planar hyper-coordinate (multi-coordinate) clusters and 2D materials, including planar tetra-coordinate, tetra-coordinate, hexa-coordinate and other motifs; the recent progress on novel chemical bonds or electron interactions, including pi-pi interaction, spin-polarized bond, charge-shift bond, halogen bond, chalcogen bond and singlet diradical and other unusual interactions. Besides the structural novelty and contribution, the advances on the corresponding various functional applications originated from the aforesaid motifs are also welcomed to be included in the Special Issue.
Original manuscripts (full-length articles, short communications, highlights, or mini reviews) address the results from theoretical and experimental investigations, with reference to theoretical methods, algorithm, program coding and other state-of-the-art innovation are all welcome.
Prof. Dr. Min Zhang
Prof. Dr. Zhong-hua Cui
Guest Editors
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Keywords
- novel chemical bond
- electron interaction
- planar multi-coordinate
- planar hyper-coordinate
- planar tetra-coordinate
- planar penta-coordinate
- planar hexa-coordinate
- pi-pi interaction
- singlet diradical
- spin-polarized bond
- charge-shift bonds
- halogen bond
- chalcogen bond
- structure search
- planar topology two-dimensional structure
- catalytic mechanism on surface or interfaces
- functional application
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