Ceramist

Search: Ceramist Search

CLOSE

Review

June 30, 2021

Templated Grain Growth for High-Performance Lead-Free Piezoceramics

Seonhwa Park, Cheol-Woo Ahn, Jung Woo Lee, et al.

Ceramist. 2021;24(2):130-144.

As a new class of novel technologies for fabrication of piezoceramics, the templated grain growth (TGG) has been gaining tremendous attention due to the ability to align ferroelectric domains and...

Review

June 30, 2021

Recent Development of Transition Metal Oxide Based Aqueous Supercapacitor Electrode Materials

Jong Hyeong Lim, Hyeokrae Cho, Yong-jae Jung, et al.

Ceramist. 2021;24(2):145-156.

With the development of electric devices such as smart phones or electric vehicles, energy storage systems with high energy/power density and stable operation need to be developed together. The supercapacitors...

Review

July 1, 2021

A Mini-Review on Blue Light-Emitting Diodes Based on Metal-Halide Perovskite Nanocrystals

Sung-Doo Baek

Ceramist. 2021;24(2):157-173.

Metal-halide perovskite nanocrystals have attracted great scientific attention in the field of light-emitting diode (LED) due to their excellent optical and electrical properties such as narrow emission linewidth, photoluminescence quantum...

Review

June 30, 2021

Recent Research Trend in WO₃-based Gas Sensors for Enhancing Sensing Properties

Jong-Chan Lim, Hyun-Sik Kim

Ceramist. 2021;24(2):174-184.

Semiconducting Metal Oxide (SMO) gas sensors have attracted considerable attention to analyze gases in exhaled breath and monitor air quality. This paper reports a recent research trend for enhancing sensing...

Review

June 30, 2021

A study on the use of various additives to polymer-based solid electrolytes for all-solid-state batteries

Jong Ho Won, Shin Joon Kang, Hyung Mo Jeong

Ceramist. 2021;24(2):185-202.

Lithium-ion batteries are currently widely used secondary batteries, but as the use environment becomes harsher and larger, there is a problem in stability, and it is believed that the possibility...

Review

June 30, 2021

Mechanisms for Thermoelectric Power Factor Enhancement in Composite Thermoelectric Materials

Dongwook Lee

Ceramist. 2021;24(2):203-212.

Thermoelectrics can convert low-grade heat into electricity is essential to meet the increasing demand for renewable energy systems. However, their heat-to-electricity conversion efficiency is governed by a material factor, thermoelectric...

Review

June 30, 2021

A Brief Review of CoSb₃-based Thermoelectric Materials and Modules for Mid-Temperature Power Generation

Woo Hyun Nam, Jung Young Cho

Ceramist. 2021;24(2):213-223.

To solve the global energy problems, investigating renewable and environmentally friendly energy resources has considerable significance. Thermoelectric materials and modules have gained considerable attention because they can directly convert waste...

Current Issue: Volume 24(2); Jun 2021

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

Current issue

Volume 24(2); June

All issues

Vol. 24
2021

v.24(1)
Mar 2021

v.24(2)
Jun 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