AbstractPeking University neutron imaging facility (PKUNIFTY) is a RFQ accelerator based facility, whose design principle is to scale down the size and cost as much as possible while maintaining a basic set of neutron radiography capabilities. The facility has been manufactured, installed and commissioned. As the first stage, lower beam power and neutron flux are employed. The thermal neutron flux is 2.35×104 n/cm2/s on the imaging plane with L/D = 50. Some preliminary experimental results are given
A preliminary design for a high-resolution transportable neutron radiography system concept has been...
Characterized by its compactness, convenience, high current and high transmission, radio frequency q...
Neutron Imaging (NI) has been developed in the last decades from a film-based inspection method for ...
Peking University neutron imaging facility (PKUNIFTY) is a RFQ accelerator based facility, whose des...
A neutron imaging facility, PKUNIFTY, based on a radio frequency quadrupole (RFQ) accelerator-driven...
The Peking University Neutron Imaging Facility (PKUNIFTY) is a Radio Frequency Quadruple (RFQ) accel...
AbstractThe Peking University Neutron Imaging Facility (PKUNIFTY) is being constructed, which is a c...
Accelerator neutron sources are more flexible than reactor neutron sources. A neutron radiography fa...
The high current deuteron RFQ has been developed and widely used in many projects, especially for ac...
Accelerator neutron sources are more flexible than reactor neutron sources. A neutron radiography fa...
The Peking University neutron imaging facility (PKUNIFTY), an RFQ-based neutron source, aims at deve...
AbstractThe better contrast sensitivity and resolution of neutron radiographs require higher neutron...
Neutron imaging has been recognized to be very useful to investigate inside of materials and product...
A four-rod radio frequency quadruple (RFQ) accelerator is designed, manufactured, installed and comm...
AbstractA 201.5MHz deuteron four-rod RFQ was designed and operated to generate high flux neutron for...
A preliminary design for a high-resolution transportable neutron radiography system concept has been...
Characterized by its compactness, convenience, high current and high transmission, radio frequency q...
Neutron Imaging (NI) has been developed in the last decades from a film-based inspection method for ...
Peking University neutron imaging facility (PKUNIFTY) is a RFQ accelerator based facility, whose des...
A neutron imaging facility, PKUNIFTY, based on a radio frequency quadrupole (RFQ) accelerator-driven...
The Peking University Neutron Imaging Facility (PKUNIFTY) is a Radio Frequency Quadruple (RFQ) accel...
AbstractThe Peking University Neutron Imaging Facility (PKUNIFTY) is being constructed, which is a c...
Accelerator neutron sources are more flexible than reactor neutron sources. A neutron radiography fa...
The high current deuteron RFQ has been developed and widely used in many projects, especially for ac...
Accelerator neutron sources are more flexible than reactor neutron sources. A neutron radiography fa...
The Peking University neutron imaging facility (PKUNIFTY), an RFQ-based neutron source, aims at deve...
AbstractThe better contrast sensitivity and resolution of neutron radiographs require higher neutron...
Neutron imaging has been recognized to be very useful to investigate inside of materials and product...
A four-rod radio frequency quadruple (RFQ) accelerator is designed, manufactured, installed and comm...
AbstractA 201.5MHz deuteron four-rod RFQ was designed and operated to generate high flux neutron for...
A preliminary design for a high-resolution transportable neutron radiography system concept has been...
Characterized by its compactness, convenience, high current and high transmission, radio frequency q...
Neutron Imaging (NI) has been developed in the last decades from a film-based inspection method for ...