High-energy electrons were used to study tensile property changes in simple Fe-Cu and Fe-Cu-Mn alloys irradiated at 288C. A comparison was made with neutron irradiation data on the same alloys. An apparent effect of alloy chemistry was observed in which the presence of Mn affected embrittlement differently for electron and neutron irradiation. Comparison of previous experimental studies with the present experimental results indicates that electrons may be more efficient than fast neutrons at producing embrittlement
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...
The Reactor Pressure Vessel (RPV) material of Nuclear Power Plants (NPP) is exposed to neutron irrad...
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...
In this paper, we examine the post-yield true stress vs true strain behavior of irradiated pressure ...
Irradiation hardening and microstructure changes in Fe–Mn binary alloys were investigated after neut...
A series of Fe-xCr-yMn-zAl alloys have been examined by tensile test and electron microscopy followi...
It is well known that radiation hardening and embrittlement of A533B steels are very sensitive to Cu...
The major research effort was on iron. The recovery of the electron irradiation effect was studied i...
An evaluation of proton and neutron damage to aluminum, stainless steel, nickel alloys, and various ...
Irradiation hardening is an issue of practical importance as it relates to the remanent life and the...
The deep understanding of the irradiation embrittlement of the pressure vessel of nuclear reactors i...
A series of model alloys are studied to understand irradiation embrittlement phenomena and similitud...
The deep understanding of the irradiation embrittlement of the pressure vessel of nuclear reactors i...
Accelerator beam line components and spallation neutron targets operate in an irradiation environmen...
This paper reports that the oxygen, hydrogen, carbon, nitrogen, and sulfur contents of steels and al...
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...
The Reactor Pressure Vessel (RPV) material of Nuclear Power Plants (NPP) is exposed to neutron irrad...
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...
In this paper, we examine the post-yield true stress vs true strain behavior of irradiated pressure ...
Irradiation hardening and microstructure changes in Fe–Mn binary alloys were investigated after neut...
A series of Fe-xCr-yMn-zAl alloys have been examined by tensile test and electron microscopy followi...
It is well known that radiation hardening and embrittlement of A533B steels are very sensitive to Cu...
The major research effort was on iron. The recovery of the electron irradiation effect was studied i...
An evaluation of proton and neutron damage to aluminum, stainless steel, nickel alloys, and various ...
Irradiation hardening is an issue of practical importance as it relates to the remanent life and the...
The deep understanding of the irradiation embrittlement of the pressure vessel of nuclear reactors i...
A series of model alloys are studied to understand irradiation embrittlement phenomena and similitud...
The deep understanding of the irradiation embrittlement of the pressure vessel of nuclear reactors i...
Accelerator beam line components and spallation neutron targets operate in an irradiation environmen...
This paper reports that the oxygen, hydrogen, carbon, nitrogen, and sulfur contents of steels and al...
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...
The Reactor Pressure Vessel (RPV) material of Nuclear Power Plants (NPP) is exposed to neutron irrad...
The radiation embrittlement of the reactor pressure vessel is highly safety-relevant for VVER-type p...