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Article

September 30, 2025

Recent Progress on Sulfide Solid Electrolytes-based All-Solid-State Batteries

Chaeyeon Shin, Subin Kim, Jieun Lee

Ceramist. 2025;28(3):365-382.

All-solid-state batteries (ASSBs) are emerging as the next-generation secondary battery technology to overcome the safety and energy-density limitations of conventional liquid electrolyte-based lithium-ion batteries. Sulfide-based solid electrolytes, in particular, stand...

Article

September 30, 2025

Designing Electrode Structure of Lithium Metal Anode in Cell Perspective for Practical Application

Byoung Man Bang, Sinho Choi, Gyujin Song

Ceramist. 2025;28(3):383-398.

The development of high-energy-density batteries has been expedited for the application of large-scale devices such as electric vehicle and aircraft toward world electrification. To meet required specification, lithium metal batteries...

Article

September 30, 2025

Recent Advances in Fabrication Technologies for Lithium Metal Anodes

Hyunsang Joo, Jeongsik Yun

Ceramist. 2025;28(3):399-438.

Lithium-ion batteries have become essential to modern energy storage technologies, supporting a wide range of applications from portable electronics to electric vehicles and grid-scale energy storage systems. However, their energy...

Article

September 30, 2025

Recent Research Trends in Solvent-free Fabrication Methods for Lithium-ion and Next-generation Batteries

Jihee Yoon, Insung Hwang

Ceramist. 2025;28(3):439-453.

Dry electrode technology is gaining increasing attention as a solvent-free alternative to conventional slurry-based processes in lithium-ion and next-generation batteries. This review summarizes recent research trends in dry fabrication methods,...

Article

September 30, 2025

Recent Advances in Metal-Oxide-Enabled Strategies for Extending the Cycle Life of Aqueous Zinc-Ion Batteries: Anode, Separator, and Electrolyte

Yonggyun Lee, Tae Gwang Yun, Ki Ro Yoon

Ceramist. 2025;28(3):454-467.

Although lithium-ion batteries are widely used in energy storage systems, research into next-generation battery technologies has gained significant attention because of their high cost and critical safety concerns. Among various...

Article

September 30, 2025

Review of ALD-Based Ceramic Coatings for Lithium-Ion Batteries: Focus on NCM Cathodes and Silicon Anodes

Dong Geon Lee, Hae Sun Park

Ceramist. 2025;28(3):468-484.

With the commercialization of electric vehicles, research on lithium-ion batteries has become increasingly critical. However, current cathode and anode suffer from poor long-term cycling performance and limited stability. This is...

Article

September 30, 2025

Recent Progress on Delta Phase in Disordered Rocksalt Cathodes for Lithium-Ion Batteries

Hyejin Choi, Gyeongdo Park, Kyojin Ku

Ceramist. 2025;28(3):485-498.

Disordered rocksalt (DRX) cathodes are emerging as promising high-capacity materials for next-generation lithium-ion batteries due to their structural flexibility and compositional tunability. A recently discovered structural motif, known as the...

Article

September 30, 2025

Electrification-Enabled Chemical Conversion for Energy Efficiency and Decarbonization: Recent Advances and Perspectives

Sohyun Kang, Sang Joon Kim

Ceramist. 2025;28(3):499-516.

The chemical industry faces increasing pressure to decarbonize due to its high energy intensity and substantial greenhouse gas emissions. Electrification, replacing fossil fuel–based process heat with renewable electricity, is a...

Article

September 30, 2025

Mo-doped V₂O₅ Nanofibers for High-Performance Cathode in Aqueous Zinc-Ion Batteries

Ji–Soo Lee, Hyunmin Na, Ji–Won Jung

Ceramist. 2025;28(3):517-527.

Aqueous zinc-ion batteries (AZIBs) have recently emerged as a promising next-generation energy storage system due to their intrinsic safety, cost-effectiveness, and environmental friendliness, with growing emphasis on developing high-capacity and...

Article

September 30, 2025

Single Crystalline High Nickel Cathode Material with PTFE Polymer Coating Layers for Enhanced Li-ion Batteries

Soo Hong Lee, John Hong

Ceramist. 2025;28(3):528-536.

Single-crystalline high Ni-rich cathode (LiNi0.8Co0.1Mn0.1O2, SC NCM80) materials suffer from increased interfacial resistance due to surface-related side reactions during charge-discharge process, leading to performance degradation. To address this issue, this...

Article

September 30, 2025

Effect of Flux Additives and Post-Synthesis Washing on Structural and Electrochemical Properties of Single-Crystal LiNiO₂ Cathodes for Li-Ion Batteries

Sooyeon Choi, Minkyung Kim

Ceramist. 2025;28(3):537-546.

Single-crystal LiNiO2 (LNO) is a promising cathode material for lithium-ion batteries due to its high capacity and enhanced structural stability, attributed to the absence of grain boundaries. However, its high-temperature...

Article

September 30, 2025

Facile Enhancement of Etching Selectivity in Block Copolymer Patterns via Surface-Localized SiO₂ Shielding Layer

Kyeong Min Song

Ceramist. 2025;28(3):547-557.

Block copolymer (BCP) self-assembly offers a scalable route for nanoscale patterning in electronic and optical devices. However, conventional BCP systems like Polystyrene-block-polydimethylsiloxane (PS-b-PDMS) often face challenges in achieving high aspect...

Current Issue: Volume 28(3); Sep 2025

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Current issue

Volume 28(3); September

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Vol. 28
2025

v.28(1)
Mar 2025

v.28(2)
Jun 2025

v.28(3)
Sep 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)
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Sep 2023

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Dec 2023

Vol. 25
2022

v.25(1)
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v.25(3)
Sep 2022

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Dec 2022

Vol. 24
2021

v.24(1)
Mar 2021

v.24(2)
Jun 2021

v.24(3)
Sep 2021

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Dec 2021

Vol. 23
2020

v.23(1)
Mar 2020

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v.23(4)
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Vol. 22
2019

v.22(1)
Mar 2019

v.22(2)
Jun 2019

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Vol. 21
2018

v.21(1)
Mar 2018

v.21(2)
Jun 2018

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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

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