The Experts below are selected from a list of 324 Experts worldwide ranked by ideXlab platform
Giulio Trombetta - One of the best experts on this subject based on the ideXlab platform.
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Compactness and vitali s Compactness criterion in vector valued f seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
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Compactness and Vitali’s Compactness criterion in vector-valued F -seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
Marianna Tavernise - One of the best experts on this subject based on the ideXlab platform.
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Compactness and vitali s Compactness criterion in vector valued f seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
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Compactness and Vitali’s Compactness criterion in vector-valued F -seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
Michael J. Demkowicz - One of the best experts on this subject based on the ideXlab platform.
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The role of thermal spike Compactness in radiation-induced disordering and Frenkel pair production in Ni3Al
Scripta Materialia, 2012Co-Authors: S. A. Skirlo, Michael J. DemkowiczAbstract:We show that the shape of the kinetic energy distribution in radiation-induced thermal spikes may be described using a dimensionless number, proportional to (volume) 2/3 /(surface area), known as Compactness. The disorder produced in thermal spikes in Ni 3 Al increases with Compactness because the thermal spike cooling rate, which determines the time available for thermal disordering, decreases with Compactness. On the other hand, Frenkel pair production is inversely correlated to Compactness because longer thermal spike lifetimes enhance vacancy–interstitial recombination.
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The role of thermal spike Compactness in radiation-induced disordering and Frenkel pair production in Ni3Al
Scripta Materialia, 2012Co-Authors: S. A. Skirlo, Michael J. DemkowiczAbstract:We show that the shape of the kinetic energy distribution in radiation-induced thermal spikes may be described using a dimensionless number, proportional to (volume)[superscript 2/3]/(surface area), known as Compactness. The disorder produced in thermal spikes in Ni[subscript 3]Al increases with Compactness because the thermal spike cooling rate, which determines the time available for thermal disordering, decreases with Compactness. On the other hand, Frenkel pair production is inversely correlated to Compactness because longer thermal spike lifetimes enhance vacancy–interstitial recombination
Alessandro Trombetta - One of the best experts on this subject based on the ideXlab platform.
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Compactness and vitali s Compactness criterion in vector valued f seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
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Compactness and Vitali’s Compactness criterion in vector-valued F -seminormed function spaces
Ricerche Di Matematica, 2018Co-Authors: Marianna Tavernise, Alessandro Trombetta, Giulio TrombettaAbstract:Results of Compactness for vector-valued F-seminormed function spaces and a general Vitali’s Compactness criterion under the W-property are exhibited.
S. A. Skirlo - One of the best experts on this subject based on the ideXlab platform.
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The role of thermal spike Compactness in radiation-induced disordering and Frenkel pair production in Ni3Al
Scripta Materialia, 2012Co-Authors: S. A. Skirlo, Michael J. DemkowiczAbstract:We show that the shape of the kinetic energy distribution in radiation-induced thermal spikes may be described using a dimensionless number, proportional to (volume) 2/3 /(surface area), known as Compactness. The disorder produced in thermal spikes in Ni 3 Al increases with Compactness because the thermal spike cooling rate, which determines the time available for thermal disordering, decreases with Compactness. On the other hand, Frenkel pair production is inversely correlated to Compactness because longer thermal spike lifetimes enhance vacancy–interstitial recombination.
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The role of thermal spike Compactness in radiation-induced disordering and Frenkel pair production in Ni3Al
Scripta Materialia, 2012Co-Authors: S. A. Skirlo, Michael J. DemkowiczAbstract:We show that the shape of the kinetic energy distribution in radiation-induced thermal spikes may be described using a dimensionless number, proportional to (volume)[superscript 2/3]/(surface area), known as Compactness. The disorder produced in thermal spikes in Ni[subscript 3]Al increases with Compactness because the thermal spike cooling rate, which determines the time available for thermal disordering, decreases with Compactness. On the other hand, Frenkel pair production is inversely correlated to Compactness because longer thermal spike lifetimes enhance vacancy–interstitial recombination
