PLD and ALD amorphous alumina microcantilevers exhibit bending plasticity with >10% strain at room temperature while sputtered films fail brittly; all show fracture toughness of 3.1 MPa m^{0.5} with no crack-tip plasticity.
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The paper proves existence of maximizing measures for upper semi-continuous potentials on general countable alphabet shifts via blur shift compactification, including convex characterization of blur invariant probabilities.
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Microscale bending plasticity and fracture behavior of amorphous aluminum oxide films
PLD and ALD amorphous alumina microcantilevers exhibit bending plasticity with >10% strain at room temperature while sputtered films fail brittly; all show fracture toughness of 3.1 MPa m^{0.5} with no crack-tip plasticity.
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Maximizing measures for countable alphabet shifts via blur shift spaces
The paper proves existence of maximizing measures for upper semi-continuous potentials on general countable alphabet shifts via blur shift compactification, including convex characterization of blur invariant probabilities.