Short Communication
Year: 2020 | Month: March | Volume: 7 | Issue: 3 | Pages: 477-480
Theoretical Approach to Understanding an Electron Density, Charge Density and Most Stable Configuration of H3 System
Vikram R. Jadhav1, Suyog A. Soni2, Shilpa S. Shinde3, Jyoti R. Pitrubhakta4
1K. K. Wagh ACS College Pimpalgaon (B), Tal - Niphad, Dist - Nashik (India)
2,4K. K. Wagh ACS and CS College Pimplas Ramache, Tal - Niphad, Dist - Nashik (India)
3K. K. Wagh ACS and CS College Chandori, Tal - Niphad, Dist - Nashik (India)
Corresponding Author: Vikram R. Jadhav
ABSTRACT
Secular determinant for the Hydrogen system i.e. H3+ (Cation), H3. (Radical) And H3- (Anion) are reported, as mentioned by the quantum theory particularly in the Hückel theory approximations of atoms in molecules. An interesting feature of the electron density and charge density is that they differ considerably from expectations based on simple orbital models. This paper has mentioned theoretical concept to understanding the secular equation, energy equations, total ∏ energy, delocalization energy, wave functions, electron density, charge density and most stable configuration of the triatomic hydrogen systems such as H3+ (Cation), H3. (Radical) And H3- (Anion). Specifically, graduate and post graduate students has been faced difficulties, it will be helpful to quick understanding the systems parameters.
Keywords: Charge density, Electron density, Hückel theory, Secular equation, Triatomic hydrogen.
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