Ceramist

Search: Ceramist Search

CLOSE

Article

June 30, 2026

Recent Advances and Perspectives in AI-driven Materials Discovery

Yang Jeong Park

Ceramist. 2026;29(2):211-228.

The rapid advancement of Artificial intelligence (AI) and machine learning is transforming materials discovery, offering the potential to accelerate the traditionally slow cycle of materials development. This review examines the...

Article

June 30, 2026

Analysis of Reaction Heterogeneity in All-Solid-State Batteries through Synchrotron-Based Advanced Characterization

Se Hwan Park

Ceramist. 2026;29(2):229-243.

All-solid-state batteries (ASSBs) offer high energy density and improved safety, but their rigid solid-solid interfaces introduce unique degradation challenges. Volume changes of active materials during cycling generate mechanical stresses which...

Article

June 30, 2026

Literature-Driven Analysis of Research Trends and Performance of Ceramic Anode Materials for Lithium-Ion Batteries

Jiyeon Kim, Byung Chul Yeo

Ceramist. 2026;29(2):244-258.

Lithium-ion batteries are widely used in various applications, where anode materials play a crucial role in determining energy density and cycling performance. Although graphite is commonly used due to its...

Article

June 30, 2026

Dependence of Ionic Conductivity of SEI on the Type of Its Components: A Machine-Learning-Driven Molecular Dynamics Study

Seung-Won Yoo, Woo Yeong Jeong, Hee Min Kim, et al.

Ceramist. 2026;29(2):259-276.

This study investigates the correlation between the compositional characteristics of the Solid electrolyte interphase (SEI) layer and ionic conductivity in lithium-ion batteries. To understand the dependence of ionic conductivity on...

Article

June 30, 2026

Uncertainty-Informed Training Set Construction for Robust Extrapolation in Materials Property Prediction

Doosun Hong, Donghun Kim

Ceramist. 2026;29(2):277-287.

Machine learning models such as Crystal graph convolutional neural networks (CGCNN) have been widely adopted for the rapid and accurate prediction of crystalline material properties. However, these models suffer from...

Article

June 30, 2026

Theoretical Investigation on Dielectric Property Control of Doped HfO₂-Based Multilayer Oxides for High-ĸ Applications

Dong-Won Kwon, Ye Won Lee, Ji Won Jang, et al.

Ceramist. 2026;29(2):288-297.

As the scaling of next-generation semiconductor devices accelerates, ensuring high capacitance while suppressing leakage current has become crucial. Consequently, the development of high-permittivity (high-ĸ) gate dielectrics is now a critical...

Article

June 30, 2026

Investigation of Crystallization Behavior of NbCoSn Amorphous Alloy Using in-situ Scanning Transmission Electron Microscopy

Semin Oh, Chanwon Jung

Ceramist. 2026;29(2):298-306.

In this study, the crystallization behavior and thermal stability of amorphous NbCoSn alloy fabricated by rapid solidification were investigated using in-situ Scanning transmission electron microscopy (STEM). The as-spun NbCoSn exhibited...

Article

June 30, 2026

Theoretical Study of Aliovalent Substitutional Defects in α-Al₂O₃

Jaegyeong Lee, Heejun Lee, Joonho Bang

Ceramist. 2026;29(2):307-317.

α-Al2O3 is a representative insulating material used in switching devices, power semiconductors, and gate dielectrics owing to its excellent electrical insulation, thermal stability, and chemical robustness. However, aliovalent impurities can...

Article

June 30, 2026

Multiscale Microscopic Characterization of Hydrogen Direct Reduced Iron Ore

Won-Hyoung Lee, Doo Hyo Jeong, Mohyun Cho, et al.

Ceramist. 2026;29(2):318-329.

Hydrogen-based iron reduction is often described as a cleaner process, but real ores behave heterogeneously across multiple length scales. Bulk measurements alone cannot capture how atoms move, where oxygen remains,...

Article

June 30, 2026

International Cooperation for Diversifying the Supply Chain of Advanced Ceramic Materials

Woo Hyun Nam, Jung Young Cho

Ceramist. 2026;29(2):330-337.

In recent years, global supply chain disruptions, increasing resource concentration, and the weaponization of strategic materials have made the stable supply of advanced ceramic materials a critical issue for national...

Current Issue: Volume 29(2); Jun 2026

This archive contains links to the full-text of all issues of Ceramist.

Current issue

Volume 29(2); June

All issues

Vol. 29
2026

v.29(1)
Mar 2026

v.29(2)
Jun 2026

Vol. 28
2025

v.28(1)
Mar 2025

v.28(2)
Jun 2025

v.28(3)
Sep 2025

v.28(4)
Dec 2025

Vol. 27
2024

v.27(1)
Mar 2024

v.27(2)
Jun 2024

v.27(3)
Sep 2024

v.27(4)
Dec 2024

Vol. 26
2023

v.26(1)
Mar 2023

v.26(2)
Jun 2023

v.26(3)
Sep 2023

v.26(4)
Dec 2023

Vol. 25
2022

v.25(1)
Mar 2022

v.25(2)
Jun 2022

v.25(3)
Sep 2022

v.25(4)
Dec 2022

Vol. 24
2021

v.24(1)
Mar 2021

v.24(2)
Jun 2021

v.24(3)
Sep 2021

v.24(4)
Dec 2021

Vol. 23
2020

v.23(1)
Mar 2020

v.23(2)
Jun 2020

v.23(3)
Sep 2020

v.23(4)
Dec 2020

Vol. 22
2019

v.22(1)
Mar 2019

v.22(2)
Jun 2019

v.22(3)
Sep 2019

v.22(4)
Dec 2019

Vol. 21
2018

v.21(1)
Mar 2018

v.21(2)
Jun 2018

v.21(3)
Sep 2018

v.21(4)
Dec 2018

Vol. 20
2017

v.20(1)
Mar 2017

v.20(2)
Jun 2017

v.20(3)
Sep 2017

v.20(4)
Dec 2017

Vol. 19
2016

v.19(1)
Mar 2016

v.19(2)
Jun 2016

v.19(3)
Sep 2016

v.19(4)
Dec 2016

Vol. 18
2015

v.18(1)
Mar 2015

v.18(2)
Jun 2015

v.18(3)
Sep 2015

v.18(4)
Dec 2015

Vol. 17
2014

v.17(1)
Mar 2014

v.17(2)
Jun 2014

v.17(3)
Sep 2014

v.17(4)
Dec 2014

Vol. 16
2013

v.16(1)
Mar 2013

v.16(2)
Jun 2013

v.16(3)
Sep 2013

v.16(4)
Dec 2013

Vol. 15
2012

v.15(1)
Feb 2012

v.15(2)
Apr 2012

v.15(3)
Jun 2012

v.15(4)
Aug 2012

v.15(5)
Oct 2012

v.15(6)
Dec 2012

Vol. 14
2011

v.14(1)
Feb 2011

v.14(2)
Apr 2011

v.14(3)
Jun 2011

v.14(4)
Aug 2011

v.14(5)
Oct 2011

v.14(6)
Dec 2011

Vol. 13
2010

v.13(1)
Feb 2010

v.13(2)
Apr 2010

v.13(3)
Jun 2010

v.13(4)
Aug 2010

v.13(5)
Oct 2010

v.13(6)
Dec 2010

Vol. 12
2009

v.12(1)
Feb 2009

v.12(2)
Apr 2009

v.12(3)
Jun 2009

v.12(4)
Aug 2009

v.12(5)
Oct 2009

v.12(6)
Dec 2009

Vol. 11
2008

v.11(1)
Feb 2008

v.11(2)
Apr 2008

v.11(3)
Jun 2008

v.11(4)
Aug 2008

v.11(5)
Oct 2008

v.11(6)
Dec 2008

Vol. 10
2007

v.10(1)
Feb 2007

v.10(2)
Apr 2007

v.10(3)
Jun 2007

v.10(4)
Aug 2007

v.10(5)
Oct 2007

v.10(6)
Dec 2007

Vol. 9
2006

v.9(1)
Feb 2006

v.9(2)
Apr 2006

v.9(3)
Jun 2006

v.9(4)
Aug 2006

v.9(5)
Oct 2006

v.9(6)
Dec 2006

Vol. 8
2005

v.8(1)
Feb 2005

v.8(2)
Apr 2005

v.8(3)
Jun 2005

v.8(4)
Aug 2005

v.8(5)
Oct 2005

v.8(6)
Dec 2005

Vol. 7
2004

v.7(1)
Feb 2004

v.7(3)
Jun 2004

v.7(4)
Aug 2004

v.7(6)
Dec 2004

Vol. 6
2003

v.6(1)
Mar 2003

v.6(2)
Jun 2003

v.6(3)
Sep 2003

v.6(4)
Dec 2003

Vol. 5
2002

v.5(1)
Feb 2002

v.5(2)
Apr 2002

v.5(3)
Jun 2002

v.5(4)
Aug 2002

v.5(5)
Oct 2002

v.5(6)
Dec 2002

Vol. 4
2001

v.4(1)
Feb 2001

v.4(2)
Apr 2001

v.4(3)
Jun 2001

v.4(4)
Aug 2001

v.4(5)
Oct 2001

v.4(6)
Dec 2001

Vol. 3
2000

v.3(1)
Feb 2000

v.3(2)
Apr 2000

v.3(3)
Jun 2000

v.3(4)
Aug 2000

v.3(5)
Oct 2000

v.3(6)
Dec 2000

Vol. 2
1999

v.2(1)
Feb 1999

v.2(2)
Apr 1999

v.2(3)
Jun 1999

v.2(4)
Aug 1999

v.2(5)
Oct 1999

v.2(6)
Dec 1999

Vol. 1
1998

v.1(1)
Aug 1998

v.1(2)
Dec 1998

Editorial Office: Meorijae Bldg., Suite # 403, 76, Bangbae-ro, Seocho-gu, Seoul 06704, Korea
Tel: +82-2-584-0185 Fax: +82-2-586-4582 E-mail: ceramic@kcers.or.kr

Copyright © 2026 by The Korean Ceramic Society.

prev

next

prev

next