The energy deposition in the target of 208Pb with the length of 0.6 m and the radius of 0.1 m induced by proton is analyzed by using the SHIELD code. The results calculated by SHIELD code are in good agreement with the measured data of 1 GeV proton into the Be, C, Al, Cu, Pb and U targets. The maps of power density distribution in the target are obtained with the proton beam intensity 10 mA and the energy 1.5 GeV.EI04293-2993
We developed an experimental method to measure neutron energy spectrum for 120-GeV protons on a thic...
The total neutron yield from cylindrical iron and lead targets of size ∅20×60 cm irradiated by ion b...
Abstract. Nuclear data for high projectile energies are needed to design an Accelerator Driven Syste...
Under the interaction of incident proton with 150 MeV, the neutron yields and spectrum of the lead s...
The technique of the geometric design and graphic displaying of GEANT3 is adopted in the SHIELD code...
Radiation damage, such as radiation cross section, displacement atom cross section and the rate of d...
A study of the properties of the neutron production target for the China accelerator-driven system i...
Neutron energy spectrum from 120 GeV protons on a thick copper target was measured at the Meson Test...
利用SHIELD程序研究了中高能质子入射在长0.6m、直径0.2m的圆柱形铅靶上的每个入射质子产生的能量沉积。同时计算了靶材料分别为Be、C、Al、Cu、Pb和贫化铀的每个入射质子产生的能量沉积沿轴向...
The heat distributions within the components of the target station of the Spallation Neutron Source ...
Neutron experimental data relevant to the design of the target of neutron spallation sources are pre...
Abstract: The calculations to the standard thick target were made by using different codes. The simu...
A spallation neutron source consisted of a cylindrical Pb target and surrounded by uranium blanket w...
The European Spallation Neutron Source (ESS) de-livers high-intensity pulsed particle beams with 5-M...
Heat deposition inside thick targets due to interaction of high energy protons (Ep~GeV) has been est...
We developed an experimental method to measure neutron energy spectrum for 120-GeV protons on a thic...
The total neutron yield from cylindrical iron and lead targets of size ∅20×60 cm irradiated by ion b...
Abstract. Nuclear data for high projectile energies are needed to design an Accelerator Driven Syste...
Under the interaction of incident proton with 150 MeV, the neutron yields and spectrum of the lead s...
The technique of the geometric design and graphic displaying of GEANT3 is adopted in the SHIELD code...
Radiation damage, such as radiation cross section, displacement atom cross section and the rate of d...
A study of the properties of the neutron production target for the China accelerator-driven system i...
Neutron energy spectrum from 120 GeV protons on a thick copper target was measured at the Meson Test...
利用SHIELD程序研究了中高能质子入射在长0.6m、直径0.2m的圆柱形铅靶上的每个入射质子产生的能量沉积。同时计算了靶材料分别为Be、C、Al、Cu、Pb和贫化铀的每个入射质子产生的能量沉积沿轴向...
The heat distributions within the components of the target station of the Spallation Neutron Source ...
Neutron experimental data relevant to the design of the target of neutron spallation sources are pre...
Abstract: The calculations to the standard thick target were made by using different codes. The simu...
A spallation neutron source consisted of a cylindrical Pb target and surrounded by uranium blanket w...
The European Spallation Neutron Source (ESS) de-livers high-intensity pulsed particle beams with 5-M...
Heat deposition inside thick targets due to interaction of high energy protons (Ep~GeV) has been est...
We developed an experimental method to measure neutron energy spectrum for 120-GeV protons on a thic...
The total neutron yield from cylindrical iron and lead targets of size ∅20×60 cm irradiated by ion b...
Abstract. Nuclear data for high projectile energies are needed to design an Accelerator Driven Syste...