JSAP23a_WP_CosmoTech02 (1).gif

JSAP23a_CosmoTec

JSAP23a_WP_SSS (1).gif

JSAP23a_WP_SSS

SCREEN_JSAP_GIF_AD_250x100_0712.gif

JSAP23a_SCREEN

JSAP23a_ROHM02.gif

JSAP23a_Rohm

General information

Announcements(7)

Official HP

Schedule

Schedule by Category

Schedule by Room

Program

Sessions

Extended Abstracts Download

Search presentations

Timetable

Tue. Sep 19, 2023

Wed. Sep 20, 2023

Thu. Sep 21, 2023

Fri. Sep 22, 2023

Sat. Sep 23, 2023

JSAP EXPO (Exhibition) 1

Vacuum

Materials

Photonics

Laser

Analytical

Thin-Film

Electrical

Chiller

Software

M＆BE

JSAP EXPO (Exhibition) 2

Books & Publisher

Other

Career

web_header_en.png

web_icon.png

Announcements

Profile Management

Bookmark

Download PDF for print

Presentation type

Highlighted Presentation

Presentation by Applicant for JSAP Young Scientists Presentation Award

English Presentation

Change account information such as the email address and password on the account setting screen common to Confit.

Log in to make the most of the service, such as bookmark registration.

Login required to view

Password required to view

Presentation Information

Session Details

To browse or post comments, you must log in.

You cannot post comments as it is outside the comment posting period.

This comment has been deleted. You cannot reply to this comment.

Ability of Li4Ti5O12 to suppress Li metal deposition under overpotential conditions confirmed by electrochemical surface plasmon resonance spectroscopy

3.11 Nanoscale optical science and near-field optics (formerly 3.12)

The 84th JSAP Autumn Meeting 2023

Presentation Information

[23a-A309-7]Ability of Li₄Ti₅O₁₂ to suppress Li metal deposition under overpotential conditions confirmed by electrochemical surface plasmon resonance spectroscopy

Keywords:

Presentation Information

[23a-A309-7]Ability of Li4Ti5O12 to suppress Li metal deposition under overpotential conditions confirmed by electrochemical surface plasmon resonance spectroscopy

Keywords:

[23a-A309-7]Ability of Li₄Ti₅O₁₂ to suppress Li metal deposition under overpotential conditions confirmed by electrochemical surface plasmon resonance spectroscopy