锂离子电池用微米厚度超薄集流体Cu箔和Al箔疲劳强度及损伤行为
程福来, 罗雪梅, 胡炳利, 张滨, 张广平

Fatigue Strength and Damage Behavior of Micron-Thick Ultrathin Current Collector Cu Foil and Al Foil for Lithium-Ion Battery
CHENG Fulai, LUO Xuemei, HU Bingli, ZHANG Bin, ZHANG Guangping
表1 根据图3b中基体和孪晶的12个滑移系计算的Schmid因子(Ω)
Table 1 Schmid factors (Ω) for the 12 slip systems of a pair of parent and twin in Fig.3b (Bold values indicate maximum Schmid factors (Ωmax))

Slip

system

(1¯11)(111)(111¯)(1¯11¯)
[011¯][1¯01¯][110][011¯][1¯01][1¯10][011][1¯01¯][1¯10][110][1¯01][011]
Parent0.4970.200.300.220.060.280.230.110.340.320.160.48
Twin0.190.040.150.350.150.200.300.150.450.4970.260.24