Dual‐IR Window/Electrode Operando Attenuated Total Reflection‐IR Absorption Spectroscopy for Battery Research | Zendy

AtaeeEsfahani Hamed | Zendy; Chen DeJun | Zendy; Tong YuYe J. | Zendy

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Dual‐IR Window/Electrode Operando Attenuated Total Reflection‐IR Absorption Spectroscopy for Battery Research

Author(s) -

AtaeeEsfahani Hamed,

Chen DeJun,

Tong YuYe J.

Publication year - 2019

Publication title -

batteries and supercaps

Language(s) - English

Resource type - Journals

ISSN - 2566-6223

DOI - 10.1002/batt.201800068

Subject(s) - battery (electricity) , anode , electrode , window (computing) , infrared spectroscopy , cathode , spectroscopy , infrared , materials science , optoelectronics , dual (grammatical number) , absorption spectroscopy , absorption (acoustics) , analytical chemistry (journal) , chemistry , nanotechnology , computer science , optics , physics , organic chemistry , composite material , art , power (physics) , literature , quantum mechanics , operating system

We report a novel dual‐IR window/electrode operando infrared (IR) spectroscopy method for battery research. In addition to keeping all the features of the in‐situ/operando IR spectroscopic methodologies for batteries reported in the literature so far, the dual‐IR window/electrode configuration reported herein offers a unique advantage of accessing both, anode and cathode processes quasi‐simultaneously by rotating the dual‐window/electrode IR battery cell 180° step‐wise in the same operando real‐battery‐like cell. The proof‐of‐concept studies demonstrated clearly its investigative advantages in gaining broader insights into the chemistry of batteries during charging/discharging and beyond.

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