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Both materials exhibit outstanding carrier mobility, which is attractive for applications to electronic devices.
Consequently, both materials exhibit distinctly different cyclic softening and hardening characteristics during VHCF.
Both materials exhibit well-behaved quasi-reversible redox events associated with the [NDI]/[NDI]·– and [NDI]·–/[NDI]2– redox couples, which are also responsible for the electrochromic switching.
At a height of 24 mm above the die entrance, both materials exhibit plug flow with pure slip at the barrel wall.
Both materials exhibit cathodic photocurrent responses arising from hydrogen evolution in alkaline solutions with an onset potential of 1.05 V vs. RHE.
Both materials exhibit a strengthening dependent on the pillar size similar to what is known for many bcc and fcc metals.
Similar(51)
Upon re-oxidation to MoO3 both materials exhibited the same reduction behavior.
Both materials exhibited a trend of increasing pore size with increasing grain size.
Both materials exhibited a decreasing fatigue crack growth resistance with increasing chlorine content and with increasing temperature.
It should also be noted that both the Au TiO2 and the Au Ni TiO2 micromotors can be recycled via a centrifugation method, with both materials exhibiting stable reusability.
Nevertheless, in spite of these characteristic differences between the α-MoO3 and Mo(O,N 3 used, both materials exhibited no detectable differences in their catalytic behavior.
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