Young‐Jo Park

Korea Institute of Materials Science

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Jae‐Woong Ko

Korea Institute of Materials Science

Ha‐Neul Kim

Korea Institute of Materials Science

Jae‐Wook Lee

Korea Institute of Materials Science

Hai-Doo Kim

Soonchunhyang University

Jin-Myung Kim

Asan Medical Center

Lin Gan

Hubei University

Mi‐Ju Kim

Korea Institute of Materials Science

Hui‐suk Yun

Korea Institute of Materials Science

Shin-Il Go

Korea Institute of Materials Science

Linlin Zhu

Bengbu Medical College

Cooperative Institutions

Korea Institute of Materials Science

Seoul National University

Korea Advanced Institute of Science and Technology

Government of the Republic of Korea

Yonsei University

Samsung (South Korea)

Pohang University of Science and Technology

Pusan National University

National Institute for Materials Science

Korea Institute of Machinery and Materials

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Measurement of Nd:Y2O3 broad band near infra-red transmittance using FTIR system

Optical Materials (2023)

Heesu Lee Seungjin Hwang Sungyoon Lee Kyung Hee Hong Hyeon‐Myeong Oh

Figure of Merit

Fourier transform spectroscopy

10.1016/j.optmat.2023.114227

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Increases in the strength of Si-additive mixture granules by presintering

Ceramics International (2010)

Young‐Jo Park Boo-Won Park Jae‐Wook Lee Hui‐suk Yun In‐Hyuck Song

Granule (geology)

10.1016/j.ceramint.2010.10.013

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Citations (3)

Development History and State-of-the-art of Laser Ceramics

Ceramist (2020)

Ha‐Neul Kim Jae‐Woong Ko Young‐Jo Park Hyeon‐Myeong Oh Hyun-Kwuon Lee

The most valuable application of transparent ceramics is the laser crystal for the solid-state laser.Especially, since a large-area laser crystal cannot be realized by the single crystal due to the inhomogeneous segregation of laser generating element, the transparent ceramics is considered as the most appropriate material for the high intensity solid-state laser system.In order to generate the laser from the transparent ceramics effectively, it is necessary to remove every single pore for the nearly theoretical inline transmittance as well as to make the ceramics highly durable against the thermal shock induced by heat generation.In this article, while briefly looking back on the global development history of solid-state lasers, we would like to discuss the recent trend of research on transparent ceramics for the solid-state laser in Korea and the direction of future technology development.

10.31613/ceramist.2020.23.3.02

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Grain-boundary sliding model of pore shrinkage in late intermediate sintering stage under hydrostatic pressure

Acta Materialia (2013)

Byung‐Nam Kim K. Hiraga Koji Morita Hidehiro Yoshida Yoshio Sakka

Shrinkage

Hydrostatic pressure

Grain Boundary Sliding

Hydrostatic equilibrium

10.1016/j.actamat.2013.07.014

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