A Cost Effective Route to Synthesize LiFePO₄/C in a Quasi-Open Environment Assisted by Starch as an Oxidation Protective Component

When and Where

Apr 24, 2019
5:00pm - 7:00pm

PCC North, 300 Level, Exhibit Hall C-E

Presenter(s)

Fei Gu

Kichang Jung

Alfredo Martinez-Morales

Co-Author(s)

Fei Gu¹,Kichang Jung¹,Alfredo Martinez-Morales¹

University of California, Riverside¹

Keywords

carbonization

Symposium Organizers

Brent Melot, University of Southern California

Benjamin Morgan, University of Bath

Louis Piper, Binghamton University, The State University of New York

Kimberly See, California Institute of Technology

Symposium Support

Bio-Logic USA, Ltd.
CBMM North America, Inc.
Chemical Science | Royal Society of Chemistry
Materials Horizons | Royal Society of Chemistry
Journal of Materials Chemistry A | Royal Society of Chemistry
Media Tech. Co., Ltd.
Scienta Omicron, Inc.

2019 MRS Spring Meeting

A Cost Effective Route to Synthesize LiFePO₄/C in a Quasi-Open Environment Assisted by Starch as an Oxidation Protective Component

When and Where

Presenter(s)

Co-Author(s)

Keywords

Symposium Organizers

Symposium Support

Session Chairs

In this Session

2019 MRS Spring Meeting

A Cost Effective Route to Synthesize LiFePO4/C in a Quasi-Open Environment Assisted by Starch as an Oxidation Protective Component

When and Where

Presenter(s)

Co-Author(s)

Keywords

Symposium Organizers

Symposium Support

Session Chairs

In this Session

A Cost Effective Route to Synthesize LiFePO₄/C in a Quasi-Open Environment Assisted by Starch as an Oxidation Protective Component