2020
DOI: 10.1016/j.ensm.2020.03.025
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Towards high-performance microscale batteries: Configurations and optimization of electrode materials by in-situ analytical platforms

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Cited by 30 publications
(20 citation statements)
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“…A detailed description of the type of mLBs and the different electrode configurations are available elsewhere. 281,574,576,577 In the case of interdigitated cell architecture, the specific capacity, energy/power density, etc., can be improved by increasing the height of the deposited electrodes, which facilitates an increased mass-loading of the active materials. 578 Like conventional LBs, the electrode|electrolyte interface/interphase significantly influences the performance metrics of mLBs.…”
Section: Microbattery Fabrication Using the In Situ Processmentioning
confidence: 99%
“…A detailed description of the type of mLBs and the different electrode configurations are available elsewhere. 281,574,576,577 In the case of interdigitated cell architecture, the specific capacity, energy/power density, etc., can be improved by increasing the height of the deposited electrodes, which facilitates an increased mass-loading of the active materials. 578 Like conventional LBs, the electrode|electrolyte interface/interphase significantly influences the performance metrics of mLBs.…”
Section: Microbattery Fabrication Using the In Situ Processmentioning
confidence: 99%
“…Thus, SEM-EDS can be used to visualize the electrode microstructure. Post-mortem imaging of cycled electrodes can also reveal if cracks formed due to lithiation-induced volume changes, which would lead to a loss of electrical contact and is a direct failure of the binding material [ 17 ].…”
Section: Binder Characteristics and Performance Evaluationmentioning
confidence: 99%
“…Here also, we disagree with the classification proposed by the authors. [30] Fiber/cable-shaped μRBs (Figure 7(a-c)) cannot be attributed to one-dimensional batteries, since high conductivity is equally important along and across the wire. Moreover, if the electrode incorporates a current collector, the charge/ discharge ion transfer occurs across the cable-shaped battery.…”
Section: D-microbattery Designsmentioning
confidence: 99%
“…A prototype of a 1D μRB was proposed in 2012 by Kwon et al . [31] Later designs of 3D interdigitated and stacked μRBs are shown in Figure 7(f-i), [30] respectively. Whatever the design, the cathode and anode in μRBs, planar, and 3D thinfilm microbatteries must maintain sufficient electrical conductivity in order to work properly.…”
Section: D-microbattery Designsmentioning
confidence: 99%
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