NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*

TSUCHIDA Eishun; MIYATAKE Kenji

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NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*

Papers | Updated：2021-06-21

- NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*
- NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*
- 高分子科学（英文版） 1998年16卷第2期页码：106-116
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- 纸质出版：1998-06-20
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TSUCHIDA Eishun, MIYATAKE Kenji. NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*[J]. 高分子科学（英文版）, 1998,16(2):106-116.

TSUCHIDA Eishun, MIYATAKE Kenji. NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*[J]. 1998, 16(2): 106-116.
TSUCHIDA Eishun, MIYATAKE Kenji. NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*[J]. 高分子科学（英文版）, 1998,16(2):106-116. DOI：

TSUCHIDA Eishun, MIYATAKE Kenji. NOVEL SYNTHESIS OF POLYARYLENESULFONIUM CATIONS THROUGH A MULTI-ELECTRON TRANSFER PROCESS*[J]. 1998, 16(2): 106-116. DOI：

摘要

The oxidative polymerization of aryl sulfoxides provides a novel polysulfo-nium compound

poly(methylsulfonio-1

4-phenylenethio-1

4-phenylene cation) in quantita-tive yield. The polymerization proceeds efficiently in an acidic solution under atmosphericconditions. Oxygen

chemical and electrochemical oxidations are available. Vanadyl acety-lacetonate and cerium ammonium nitrate act as an effective catalyst for the oxygen ox-idative polymerization. The polymerization mechanism involves multielectron oxidation of the sulfides followed by successive electrophilic substitution.The resulting polyarylenesulfonium cations are useful as a soluble precursor for the synthesis of high molecular weight (Mw>105)poly(thio arylne)s.

Abstract

The oxidative polymerization of aryl sulfoxides provides a novel polysulfo-nium compound

poly(methylsulfonio-1

4-phenylenethio-1

4-phenylene cation) in quantita-tive yield. The polymerization proceeds efficiently in an acidic solution under atmosphericconditions. Oxygen

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