Computation of the character table for p-Xylene

Mohammad Reza Darafsheh; Arash Darafsheh

Computation of the character table for p-Xylene

Mohammad Reza Darafsheh, Arash Darafsheh

Research output: Contribution to journal › Article › peer-review

Abstract

Using non-rigid group theory, it is shown that the full non-rigid(f-NRG) group of 1,4-dimethybenzene (p-xylene) is isomorphic to the group C₂ x G of order 36, where G = C₃ wr C₂ and wr stands for wreath product. This group has 18 conjugacy classes and irreducible representations. Then the character table of the full non-rigid p-xylene is derived.

Original language	English
Pages (from-to)	271-278
Number of pages	8
Journal	Match
Volume	56
Issue number	2
State	Published - 2006

Cite this

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title = "Computation of the character table for p-Xylene",

abstract = "Using non-rigid group theory, it is shown that the full non-rigid(f-NRG) group of 1,4-dimethybenzene (p-xylene) is isomorphic to the group C2 x G of order 36, where G = C3 wr C2 and wr stands for wreath product. This group has 18 conjugacy classes and irreducible representations. Then the character table of the full non-rigid p-xylene is derived.",

author = "Darafsheh, {Mohammad Reza} and Arash Darafsheh",

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AU - Darafsheh, Mohammad Reza

AU - Darafsheh, Arash

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N2 - Using non-rigid group theory, it is shown that the full non-rigid(f-NRG) group of 1,4-dimethybenzene (p-xylene) is isomorphic to the group C2 x G of order 36, where G = C3 wr C2 and wr stands for wreath product. This group has 18 conjugacy classes and irreducible representations. Then the character table of the full non-rigid p-xylene is derived.

AB - Using non-rigid group theory, it is shown that the full non-rigid(f-NRG) group of 1,4-dimethybenzene (p-xylene) is isomorphic to the group C2 x G of order 36, where G = C3 wr C2 and wr stands for wreath product. This group has 18 conjugacy classes and irreducible representations. Then the character table of the full non-rigid p-xylene is derived.

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VL - 56

SP - 271

EP - 278

JO - Match

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ER -

Computation of the character table for p-Xylene

Abstract

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