Enhanced optical anisotropy of six-coordinated silica polymorphs via high-pressure hydrothermal treatment

Authors

Junwei Li

Published

January 1, 2024

Abstract

Pressure-induced structural phase transition offers a promising alternative to boost the optical anisotropy of birefringent materials.

Supporters

Support the authors with ResearchCoin

Journal

Journal of Materials Chemistry C

Topics

DOI

10.1039/d4tc03456b

Enhanced optical anisotropy of six-coordinated silica polymorphs via high-pressure hydrothermal treatment

Authors

Junwei Li

Published

January 1, 2024

Abstract

Pressure-induced structural phase transition offers a promising alternative to boost the optical anisotropy of birefringent materials.

Supporters

Support the authors with ResearchCoin

Journal

Journal of Materials Chemistry C

Topics

DOI

10.1039/d4tc03456b

Paper

Paper

Paper

Paper

Enhanced optical anisotropy of six-coordinated silica polymorphs via high-pressure hydrothermal treatment

Abstract

Supporters

Journal

Topics

DOI

Enhanced optical anisotropy of six-coordinated silica polymorphs via high-pressure hydrothermal treatment

Abstract

Supporters

Journal

Topics

DOI