逢甲學報, Band 13逢甲大學, 1980 |
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... temperatures and the initial substructure of the irradiated material including the impurity level . Thus , it can be stated that elevated temperature neutron irradiations can , in general , increase the frictional stress dus to ...
... temperatures and the initial substructure of the irradiated material including the impurity level . Thus , it can be stated that elevated temperature neutron irradiations can , in general , increase the frictional stress dus to ...
Seite
... temperature of irradiation is low enough , then all metals and alloys show increased hardness after irradiation . Most metals will show hardness increase after room - temperature irradiation ; however , high purity lead , aluminum , and ...
... temperature of irradiation is low enough , then all metals and alloys show increased hardness after irradiation . Most metals will show hardness increase after room - temperature irradiation ; however , high purity lead , aluminum , and ...
Seite
... temperature range 50-100 ° C . They observed a progressive drop in impact strength ( 50 % ) and an increase in transition temperature ( 60 ° C ) . The tensile strength was increased by some 32,000 psi irrespective of the grain size or ...
... temperature range 50-100 ° C . They observed a progressive drop in impact strength ( 50 % ) and an increase in transition temperature ( 60 ° C ) . The tensile strength was increased by some 32,000 psi irrespective of the grain size or ...