Add to ORKGA polycrystalline sodium iodide detector (LSC Gamma Vial) has been developed which allows high efficiency counting of gamma emitting radioisotopes in liquid scintillation counters. The adaptor will fit any standard liquid scintillation counter. The LSC Gamma Vials allow 1-125 and Co-57 to be detected in a standard liquid scintillation counter with counting efficiencies of 74° / and 54 respectively, as compared to that of conventional gamma counting equipment. Even higher comparative efficiencies (> lOO) were obtained when th
The use of liquid scintillation counting in clinical lab-oratories and for biomedical research has i...
Calibration data are presented for 25 radionuclides that were individually measured in a Packard Tri...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Although liquid scintillation (LS) counters were origi-nally designed to count low-energy beta emitt...
A liquid scintillation counting system has been modified to expand the conventional beta counting ca...
Developments in liquid scintillation counting techniques during the past 30 years have led to a very...
AbstractLiquid scintillation counting (LSC) is widely used in the field of radiation measurements. S...
For many years the National Bureau of Standards has pro-duced radioactivity standards suitable, and ...
In liquid scintillation counting (LSC) we use the process of luminescense to detect ionising radiati...
Events which resulted in the development of radiojrpmuno-assay (IA) began in the early 1950's w...
A scintillation counter for the measurement of extremely low specific beta activities has been devel...
Liquid scintillation counting. Includes index. CONTENTS: v. I. Physical aspectsv. 2. Sample preparat...
Cobalt-57 can be measured in a liquid scintillation counting system. We describe the calibration of ...
Liquid scintillation counting is the method of choice of most investigators counting beta-emitting r...
Although new concepts in the preparation of samples for liquid scintillation counting have not emerg...
The use of liquid scintillation counting in clinical lab-oratories and for biomedical research has i...
Calibration data are presented for 25 radionuclides that were individually measured in a Packard Tri...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Although liquid scintillation (LS) counters were origi-nally designed to count low-energy beta emitt...
A liquid scintillation counting system has been modified to expand the conventional beta counting ca...
Developments in liquid scintillation counting techniques during the past 30 years have led to a very...
AbstractLiquid scintillation counting (LSC) is widely used in the field of radiation measurements. S...
For many years the National Bureau of Standards has pro-duced radioactivity standards suitable, and ...
In liquid scintillation counting (LSC) we use the process of luminescense to detect ionising radiati...
Events which resulted in the development of radiojrpmuno-assay (IA) began in the early 1950's w...
A scintillation counter for the measurement of extremely low specific beta activities has been devel...
Liquid scintillation counting. Includes index. CONTENTS: v. I. Physical aspectsv. 2. Sample preparat...
Cobalt-57 can be measured in a liquid scintillation counting system. We describe the calibration of ...
Liquid scintillation counting is the method of choice of most investigators counting beta-emitting r...
Although new concepts in the preparation of samples for liquid scintillation counting have not emerg...
The use of liquid scintillation counting in clinical lab-oratories and for biomedical research has i...
Calibration data are presented for 25 radionuclides that were individually measured in a Packard Tri...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...