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PROFILE:

 

Chang-Jun Bae

Chang-Jun Bae is a material scientist in PARC's Cleantech Innovation Program. His current research is focused on the development of new rechargeable battery electrodes that allow a marked improvement in energy and power density as well as processing.

In his postdoctoral work at Massachusetts Institute of Technology (MIT), Chang-Jun demonstrated new ways of manipulating the properties of ceramic active materials in the Li-ion battery. He did this not only through the classical venue of tuning preparation conditions, but also by developing pattering and extrusion approaches that allow for sculpting of structures at large scale.

Dr. Bae received his Ph.D. degree in Material Science Engineering from University of Michigan. His doctoral research was focused on material design, ceramic processing, rapid prototyping, free radical polymerization, characterization of a green body solidified by a UV laser, phase transformation kinetics of fused silica, and fabrication of integrally cored ceramic mold (ICCM).

 

PARC publications

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2014

2013

 

 

 

other publications

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2013

Design of Battery Electrodes with Dual-Scale Porosity to Minimize Tortuosity and Maximize Performance

ADVANCED MATERIALS

2012

Dual-scale porosity distribution for maximizing power at high energy density

PRiME 2012

New electrode designs for ultrahigh energy density

U.S. DRIVE 2011 Highlights of Technical Accomplishments

2011

Integrally cored ceramic mold (ICCM) fabricated by ceramic stereolithography (CerSLA), Chang-Jun Bae and John W. Halloran; selected as cover page

International Journal of Applied Ceramic Technology, v.8, p.1255-62

Influence of residual monomer on cracking in ceramics fabricated by ceramic stereolithography (CerSLA), Chang-Jun Bae and John W. Halloran

International Journal of Applied Ceramic Technology, v8, p.1289-95

2010

Influence of controlled pore topology in sintered lithium ion battery cathodes on electrochemical performance

2010 MRS Fall meeting

High density sintered electrode architecture to improve the energy density of rechargeable lithium batteries

The 15th international meeting on lithium batteries, Montreal, Canada 2010

Electrode architectures for enhancing energy density in rechargeable lithium batteries - Invited paper

2010 MRS spring meeting

2009

Porous monolithic cathode architecture to enhance volumetric energy density in rechargeable batteries

2009 MRS Fall meeting

Macro horizontal and vertical flaw induced by thermal degradation of photoinitiator (PI) during binder burn-out (BBO)

The 34th International Cocoa Beach Conference and Exposition on Advanced Ceramics and Composite 2009

Characterization of ceramic suspensions in Ceramic Stereolithography

The 34th International Cocoa Beach Conference and Exposition on Advanced Ceramics and Composite 2009

Photopolymerizable ceramic suspensions for ceramic stereolithography (CerSLA) characterized using differential photo-calorimetry (Photo-DSC)

The 34th International Cocoa Beach Conference and Exposition on Advanced Ceramics and Composite 2009

2008

Quantifying particle size segregation by differential sedimentation of powder

The American Ceramic Society’s 110th Annual Meeting 2008

Process model for ceramic stereolithography

The American Ceramic Society’s 110th Annual Meeting 2008

Sintering and cristobalite transformation in fused silica compacts

The American Ceramic Society’s 110th Annual Meeting 2008

Ceramic manufacture by photopolymerization: stereolithography and large area maskless photopolymerization - Invited paper

The American Ceramic Society’s 110th Annual Meeting 2008