Add to ORKGComposite materials offer a greater degree of flexibility in design and engineering of specialized space vehicle shielding applications compared to aluminum. A new design for shielding materials has been developed by including specific neutron absorbers and conductive materials into the composite structure. In this research, the neutron shielding capability of two types of custom-designed nanocomposite materials are compared to that of T6061 aluminum
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
In this paper, the mechanism of neutron absorption and common reinforced particles is introduced, an...
AbstractA comparison of attenuation effectiveness against gamma rays and thermal neutrons among alum...
AbstractA comparison of attenuation effectiveness against gamma rays and thermal neutrons among alum...
WOS:000848847800006The usage of composites as the shielding materials are highly recommended since t...
In this study, boralyn (boron carbide-aluminum metal matrix composite material - Al/B₄C) composite m...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
In this study, boralyn (boron carbide–aluminum metal matrix composite material — Al/B4C) composite m...
Radiation shielding in space missions is critical in order to protect astronauts and other payloads ...
In the past, measurements onboard a research Boeing 57F (RB57-F) aircraft have demonstrated that the...
Electromagnetic interference shielding effectiveness (EMI-SE) and tensile strength of nanocomposites...
Developments in nuclear technology in the last century have lead to the use of radiation in different...
Boralyn (Al/B₄C) composite material is produced chiefly of boron carbide and aluminum. Boron Carbide...
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
In this paper, the mechanism of neutron absorption and common reinforced particles is introduced, an...
AbstractA comparison of attenuation effectiveness against gamma rays and thermal neutrons among alum...
AbstractA comparison of attenuation effectiveness against gamma rays and thermal neutrons among alum...
WOS:000848847800006The usage of composites as the shielding materials are highly recommended since t...
In this study, boralyn (boron carbide-aluminum metal matrix composite material - Al/B₄C) composite m...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
Shielding neutrons involve three steps that are slowing neutrons, absorption of neutrons, and impreg...
In this study, boralyn (boron carbide–aluminum metal matrix composite material — Al/B4C) composite m...
Radiation shielding in space missions is critical in order to protect astronauts and other payloads ...
In the past, measurements onboard a research Boeing 57F (RB57-F) aircraft have demonstrated that the...
Electromagnetic interference shielding effectiveness (EMI-SE) and tensile strength of nanocomposites...
Developments in nuclear technology in the last century have lead to the use of radiation in different...
Boralyn (Al/B₄C) composite material is produced chiefly of boron carbide and aluminum. Boron Carbide...
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
Neutron shielding generally is made of polymeric base content with a neutron absorption additive mat...
In this paper, the mechanism of neutron absorption and common reinforced particles is introduced, an...