Ceramist

Search: Ceramist Search

CLOSE

Review

June 30, 2020

Improvement of the mechanical properties of titanium carbonitride-metal composites by modification of interfaces

Hanjung Kwon

Ceramist. 2020;23(2):114-131.

Fracture in the titanium carbonitride-metal composites occurs by crack propagation through the carbonitride grains or in the interfaces. Thus, intrinsic properties of the carbonitride need to be enhanced and the...

Review

June 30, 2020

Control of solid oxide fuel cell ceramic interfaces via atomic layer deposition

Jongsu Seo, WooChul Jung, Jeong Hwan Kim

Ceramist. 2020;23(2):132-144.

Solid oxide fuel cell (SOFC) have attracted much attention due to clean, efficient and environmentalfriendly generation of electricity for next-generation energy conversion devices. Recently, many studies have been reported on...

Review

June 30, 2020

Inorganic charge transport materials for high reliable perovskite solar cells

So Jeong Park, Su Geun Ji, Jin Young Kim

Ceramist. 2020;23(2):145-165.

Halide perovskites are promising photovoltaic materials due to their excellent optoelectronic properties like high absorption coefficient, low exciton binding energy and long diffusion length, and single-junction solar cells consisting of...

Review

June 30, 2020

Wettability of graphene and its control

Jangyup Son

Ceramist. 2020;23(2):166-177.

The wettability is one of the most fundamental properties of a material surface. Especially, graphene, twodimensional (2D) surface material in which all the carbon atoms are exposed to the environment,...

Review

June 30, 2020

Recent progress in silicon photocatalyst

Min Woo Lee, Woo Young Shim

Ceramist. 2020;23(2):178-183.

Solar energy conversion is now actively researching because of pollution. Especially silicon photocatalyst has big potential, because of wide absorption range. But low quantum yield of silicon photocatalyst can't be...

Review

June 30, 2020

A brief review of the bilayer electrolyte strategy to achieve high performance solid oxide fuel cells

Jeong Hwa Park, Doyeub Kim, Kyeong Joon Kim, et al.

Ceramist. 2020;23(2):184-199.

The solid oxide fuel cells (SOFCs) are the one of the most promising energy conversion devices which can directly convert chemical energy into electric power with high efficiency and low...

Review

June 30, 2020

Development and application of ex-solution nanocatalyst

Jun Hyuk Kim, Jun Kyu Kim, WooChul Jung

Ceramist. 2020;23(2):200-210.

Supported catalysts are at the heart of manufacturing essential chemical, agricultural and pharmaceutical products. While the longevity of such systems is critically hinged on the durability of metal nanoparticles, the...

Review

June 30, 2020

A review of smart exsolution catalysts for the application of gas phase reactions

Rui Huang, Hyung Jun Kim, Jeong Woo Han

Ceramist. 2020;23(2):211-230.

Perovskite-type oxides with the nominal composition of ABO3 can exsolve the B-site transition metal upon the controlled reduction. In this exsolution process, the transition metal emerges from the oxide lattice...

Current Issue: Volume 23(2); Jun 2020

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

Current issue

Volume 23(2); June

All issues

Vol. 23
2020

v.23(1)
Mar 2020

v.23(2)
Jun 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