Abstract
The objectives of the Applications of Nuclear Physics Program Area are: The development and promotion of research programs on national nuclear science facilities such as charged particle accelerators and neutron beam instruments thereby encouraging strategic research in nuclear science and technology at ANSTO, in tertiary institutions and industrial research and development laboratories; Participation in and management ofA ustralian use of international neutron scattering, synchrotron radiation and high energy physics facilities to assist graduate training in the universities and to foster Australian benefits from developments in high technology; The maintenance of expertise in fundamental nuclear and atomic processes relevant to nuclear science and technology including neutron physics, ion interactions, radiation standards, dosimetry and laser enrichment; Expansion of the use of the accelerator mass spectrometry service both nationally and internationally to make major contributions in the understanding and remediation of severe environmental problems such as the greenhouse effect; The application of charged particle beams and ionizing radiation to industrial, biological and environmental problems; The exploitation of neutron scattering techniques in the development of new materials, drugs, biological substances and complex chemicals. The Program Area is continuing the development of several major new facilities. These include new beam lines and a new ion
More>>
Citation Formats
None.
Progress report of Applications of Nuclear Physics. July 1993 - June 1994.
IAEA: N. p.,
2004.
Web.
None.
Progress report of Applications of Nuclear Physics. July 1993 - June 1994.
IAEA.
None.
2004.
"Progress report of Applications of Nuclear Physics. July 1993 - June 1994."
IAEA.
@misc{etde_20519742,
title = {Progress report of Applications of Nuclear Physics. July 1993 - June 1994}
author = {None}
abstractNote = {The objectives of the Applications of Nuclear Physics Program Area are: The development and promotion of research programs on national nuclear science facilities such as charged particle accelerators and neutron beam instruments thereby encouraging strategic research in nuclear science and technology at ANSTO, in tertiary institutions and industrial research and development laboratories; Participation in and management ofA ustralian use of international neutron scattering, synchrotron radiation and high energy physics facilities to assist graduate training in the universities and to foster Australian benefits from developments in high technology; The maintenance of expertise in fundamental nuclear and atomic processes relevant to nuclear science and technology including neutron physics, ion interactions, radiation standards, dosimetry and laser enrichment; Expansion of the use of the accelerator mass spectrometry service both nationally and internationally to make major contributions in the understanding and remediation of severe environmental problems such as the greenhouse effect; The application of charged particle beams and ionizing radiation to industrial, biological and environmental problems; The exploitation of neutron scattering techniques in the development of new materials, drugs, biological substances and complex chemicals. The Program Area is continuing the development of several major new facilities. These include new beam lines and a new ion source on the Tandem accelerator (ANTARES), preliminary calibration of the small angle neutron scattering instrument (AUSANS) on the HIFAR reactor, refurbishment of one of the single crystal spectrometers on HIFAR (2TANA) and further development of the Australian National Beam line Facility at the Photon Factory at Tsukuba in Japan. In addition, significant improvements were made to the two neutron powder diffractometers on HIFAR (autor)}
place = {IAEA}
year = {2004}
month = {Jul}
}
title = {Progress report of Applications of Nuclear Physics. July 1993 - June 1994}
author = {None}
abstractNote = {The objectives of the Applications of Nuclear Physics Program Area are: The development and promotion of research programs on national nuclear science facilities such as charged particle accelerators and neutron beam instruments thereby encouraging strategic research in nuclear science and technology at ANSTO, in tertiary institutions and industrial research and development laboratories; Participation in and management ofA ustralian use of international neutron scattering, synchrotron radiation and high energy physics facilities to assist graduate training in the universities and to foster Australian benefits from developments in high technology; The maintenance of expertise in fundamental nuclear and atomic processes relevant to nuclear science and technology including neutron physics, ion interactions, radiation standards, dosimetry and laser enrichment; Expansion of the use of the accelerator mass spectrometry service both nationally and internationally to make major contributions in the understanding and remediation of severe environmental problems such as the greenhouse effect; The application of charged particle beams and ionizing radiation to industrial, biological and environmental problems; The exploitation of neutron scattering techniques in the development of new materials, drugs, biological substances and complex chemicals. The Program Area is continuing the development of several major new facilities. These include new beam lines and a new ion source on the Tandem accelerator (ANTARES), preliminary calibration of the small angle neutron scattering instrument (AUSANS) on the HIFAR reactor, refurbishment of one of the single crystal spectrometers on HIFAR (2TANA) and further development of the Australian National Beam line Facility at the Photon Factory at Tsukuba in Japan. In addition, significant improvements were made to the two neutron powder diffractometers on HIFAR (autor)}
place = {IAEA}
year = {2004}
month = {Jul}
}