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1 Sep 2023: below. The pillar compression tests of Xu et al. (2017) found that the yield. ... of 0.05 s1 in the indentation test. In consistent manner, Herbert et al.

14 Aug 2023: displacement response from the test given in Figure 1(d). The. load and displacement both increase until intergranular. ... cohesive strength in tension, whereas the maximum load. measured by the cono-spherical tip indentation tests depends.

4 Aug 2023: Perspectives for Next Generation Lithium-ion Battery Cathode Materials. Samuel G. Booth,1,15,(a,b) Alisyn J. Nedoma,1,15(a,b) Nirmalesh N. Anthonisamy,1,15 Peter J. Baker,2,15 Rebecca Boston,3,15 Hugo Bronstein,4,15 Simon J. Clarke,5,15 Edmund J.

29 Mar 2023: 1. Void growth in metal anodes in solid-state batteries: recent progress and gaps in. understanding. S.S. Shishvana,b, N.A. Flecka, R.M. McMeekingc and V.S. Deshpandea. a Department of Engineering, University of Cambridge, Cambridge CB2 1PZ, UK b

2 Aug 2023: thickness. Recent micro-pillar compression tests [32-34] suggest that Li pillars in the micron. ... Such observations are desirable and will serve to further test the fidelity of the modelling.

2 Aug 2023: 1. Void growth within Li electrodes in solid electrolyte cells. J.A.B. Agiera, S.S. Shishvanb,a, N.A. Flecka and V.S. Deshpandea. a Department of Engineering, University of Cambridge, Cambridge CB2 1PZ, UK. b Department of Structural Engineering,

1 Aug 2023: Opto-Std test cell), with a homemade lid that was designed to be compatible with our microscope.