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Article

March 31, 2026

A Review of Technology and Industry Trends in Next-Generation Secondary Batteries

Hyunki Kim, Han Seul Kim

Ceramist. 2026;29(1):1-26.

Next-generation secondary batteries, including lithium metal batteries, all-solid-state batteries, lithium-sulfur batteries, and sodium-ion batteries, have emerged as promising alternatives to conventional lithium-ion batteries due to their potential for higher energy...

Article

March 31, 2026

Recent Trends in Current Collector Technologies for Rechargeable Batteries and Future Design Strategies

Dae-Kwon Boo, Ji-Won Jung

Ceramist. 2026;29(1):27-44.

As the demand for high-energy-density and high-safety secondary batteries intensifies, the role of the current collector (CC)―a critical but often overlooked “inactive” component―has transitioned from a simple electronic conductor to...

Article

March 31, 2026

Recent Progress in Transmission Electron Microscopy (TEM)-Based Studies of Lithium-Ion Battery Cathode Materials

Sungmin Lee, Joon Ha Chang

Ceramist. 2026;29(1):45-60.

Transmission electron microscopy (TEM) has played a pivotal role in elucidating the structure–property relationships of lithium-ion battery cathode materials by enabling direct observation of microstructural and atomic-scale features. In this...

Article

March 31, 2026

Research Trends in the Design Strategies of Anode Architectures for Anode-Free Lithium Metal Batteries

Yun Seong Ahn, Gil Sung An, Weon Ho Shin

Ceramist. 2026;29(1):61-81.

With the increasing demand for high-energy-density batteries, anode-free lithium metal batteries (AFLMBs) have attracted considerable attention as promising next-generation energy storage systems that can replace conventional lithium-ion and lithium metal...

Article

March 31, 2026

Recent Progress in Aluminum–Air Batteries

Sunhyeong Kwon, Byunggon Song, Jongin Yoo, et al.

Ceramist. 2026;29(1):82-96.

Aluminum–air batteries have attracted considerable interest as alternative electrochemical energy systems owing to their high theoretical energy density, abundant aluminum resources, and inherent safety. These attributes make them promising candidates...

Article

March 31, 2026

Recent Progress on the Hierarchically Porous Carbon for High-Performance Bifunctional Oxygen Electrocatalyst in Rechargeable Zn-Air Batteries

Dong Won Kim, Seungrae Cho, Jong Hui Choi, et al.

Ceramist. 2026;29(1):97-120.

Zinc-Air batteries (ZABs) are in the spotlight as next-generation energy storage devices due to their high theoretical energy density and the inherent safety of aqueous electrolytes. Unfortunately, the sluggish kinetics...

Article

March 31, 2026

Recent Advances in Photocatalytic Removal of Per- and Polyfluoroalkyl Substances Using Ceramic-based Materials

Ryung Gyo Kang, In-Young Jung, Keon-Han Kim

Ceramist. 2026;29(1):121-140.

Per- and polyfluoroalkyl substances (PFAS) are a class of persistent fluorinated organic contaminants characterized by exceptionally strong Carbon-fluorine (C-F) bonds, which lead to extreme environmental stability, bioaccumulation, and adverse ecological...

Article

March 31, 2026

Noble Metal-Decorated MXene Nanohybrids: A Comprehensive Review of Au, Ag, Pd, and Pt Composites for Energy & Environmental Applications

Seoyoon Kweon, Joonwon Lim

Ceramist. 2026;29(1):141-161.

MXenes, a rapidly expanding family of two-dimensional transition metal carbides and nitrides, exhibit a distinctive combination of metallic-level electrical conductivity, pronounced hydrophilicity, and rich surface chemistry arising from their abundant...

Article

March 31, 2026

Tunable Materials for AI-Driven Active Gas Sensing Systems

Shin Joon Kang, Sungbin Lee, Joon-Shik Park, et al.

Ceramist. 2026;29(1):162-174.

The advancement of field-effect transistor-based gas sensors is essential for realizing high-performance artificial olfactory systems. This review comprehensively explores the evolution of sensing materials, ranging from robust inorganic metal oxides...

Article

March 31, 2026

Assessment of Layered Oxides (H₂Ti₃O₇) as Viable Alternative to Perovskite (BaZr_1-xY_xO_3-y) for Protonic Ceramic Fuel Cells: Insights from Atomic-Scale Simulations

Hee Min Kim, Ha Yeon Park, Woo Yeong Jeong, et al.

Ceramist. 2026;29(1):175-186.

Owing to its intermediate operation temperature (500–800°C), protonic ceramic fuel cells (PCFCs) suffer from poor proton migration kinetics that greatly hampers the hydrogen conversion efficiency. To overcome such drawbacks, BaZr₁₋ₓYₓO₃₋ᵧ...

Article

March 31, 2026

Stability of an A-Site Deficient (La_0.6Sr_0.4)(Co_0.2Fe_0.8)O_3–δ Oxygen Electrode and the Effect of Gd_0.1Ce_0.9O_1.95 Compositing for Intermediate-Temperature Solid Oxide Electrolyzers

Dong-Yeon Kim, Chang-Hun Song, Hae-In Jung, et al.

Ceramist. 2026;29(1):187-197.

The electrochemical stability of oxygen electrodes is paramount for the sustainability and commercial viability of solid oxide electrolyzer (SOEC) technology. While the family of (La,Sr)(Co,Fe)O3–δ (LSCF) perovskites has been extensively...

Article

March 31, 2026

Influence of Iodination Methods at Room Temperature on Crystallinity and Electrical Property of CuI Thin Films

Sungsan Kang, Sangyeon Pak

Ceramist. 2026;29(1):198-209.

Copper(I) iodide (CuI) is an attractive p-type transparent conductor for electronics and optoelectronics, yet its device-level performance is highly sensitive to the iodination route that defines conversion uniformity, crystallinity, and...

Current Issue: Volume 29(1); Mar 2026

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Current issue

Volume 29(1); March

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Vol. 29
2026

v.29(1)
Mar 2026

Vol. 28
2025

v.28(1)
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v.28(2)
Jun 2025

v.28(3)
Sep 2025

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Dec 2025

Vol. 27
2024

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Vol. 26
2023

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Vol. 25
2022

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2021

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Vol. 23
2020

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Vol. 22
2019

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Vol. 21
2018

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Vol. 20
2017

v.20(1)
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Sep 2017

v.20(4)
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Vol. 19
2016

v.19(1)
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Vol. 18
2015

v.18(1)
Mar 2015

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Vol. 17
2014

v.17(1)
Mar 2014

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Jun 2014

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Sep 2014

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Vol. 16
2013

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Mar 2013

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Jun 2013

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Sep 2013

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Vol. 15
2012

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Apr 2012

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Aug 2012

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Vol. 14
2011

v.14(1)
Feb 2011

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Apr 2011

v.14(3)
Jun 2011

v.14(4)
Aug 2011

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v.14(6)
Dec 2011

Vol. 13
2010

v.13(1)
Feb 2010

v.13(2)
Apr 2010

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v.13(4)
Aug 2010

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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

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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

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