nuclear spectroscopy

This made a significant contribution to the understanding of nuclear spectroscopy.

The results indicate that such detectors can serve a useful role in nuclear spectroscopy.

Further investigation laid out the principles of relaxation times leading to nuclear spectroscopy.

His speciality is nuclear spectroscopy and heavy ion reactions.

He also worked on niobium and nuclear spectroscopy.

However, some of his best students started to apply his elaborate methods to the young science of nuclear spectroscopy.

Atlantic Nuclear uses neutron activation and other nuclear spectroscopy techniques for elemental analysis.

Maier-Leibnitz continued to work on nuclear spectroscopy and radioactive tracers in biochemistry and medicine.

His work is principally in experimental physics using accelerators, lasers, and nuclear spectroscopy to investigate nuclear structure.

HONEY - Compact array of electron detectors for nuclear spectroscopy.

CdTe can operate at room temperature allowing the construction of compact detectors for a wide variety of applications in nuclear spectroscopy.

Nuclear scattering and reactions, nuclear spectroscopy; nuclear models and the many-body description of nuclei.

The aim of this project is to automatically estimate the model size and parameter variables of a data set of peaks, specifically in Nuclear Spectroscopy.

Therefore they offer opportunities for nuclear spectroscopy, as well as reaction mechanism study and other types of nuclear physics (hypernuclear physics).

He made contributions to nuclear spectroscopy, coincidence measurement techniques, radioactive tracers for biochemistry and medicine, and neutron optics.

Maier-Leibnitz worked on nuclear spectroscopy, electron-gamma-ray coincidence measurements, radioactive tracers, and energy conservation in Compton scattering.

Litherland has published over 100 scientific papers in such areas as electron-induced fission, nuclear spectroscopy, collective motions in light nuclei and accelerator design.

Founded in 1960, BNC initially developed pulse generators with precise, stable amplitudes and shapes for the nuclear spectroscopy community.

Two of Racah's students, Amos de-Shalit and Igal Talmi, became the world leaders in theoretical nuclear spectroscopy.

In 1962, the Chasmans went to Yale University to work with David Allan Bromley in nuclear spectroscopy.

It carries out studies in the nuclear spectroscopy of beta and gamma radiation, nuclear reactions including the collisions of heavy ions and hyper-nuclear physics.

She was known for her experimental work in nuclear spectroscopy of light elements, and for her annual reviews of the energy levels of light atomic nuclei.

For pioneering contributions to our understanding of the structure of light nuclei via the development and exploitation of experimental techniques in nuclear spectroscopy combined with theoretical analyses.

Baxter (Physics and Theoretical Physics) carries out research on nuclear spectroscopy in the Nuclear Physics Department.

IRAS manufactures and markets technologically advanced analytical instrumentation that is used in a number of applications including nuclear spectroscopy, research electrochemistry, and electronic signal processing.