Add to ORKGThe science of liquid scintillation spectrometry has probably advanced more rapidly than any other instrumental technique. From the beginnings of the early 1950's to the present we have witnessed tremendous progress in instrumentation and sample chemistry. The liquid scintillation analyst is now confronted wit
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Liquid scintillation counting. Includes index. CONTENTS: v. I. Physical aspectsv. 2. Sample preparat...
iNTRODUCTION INvEsTiGATORs in the many and diverse fields of the biological and medical sciences hav...
Liquid scintillation counting is one of the most commonly used of the ever in-creasing variety of an...
The evolution of the commercial liquid scintillation counter can be seen as a res-ponse to some of t...
The practical accuracy of any analytical method is revealed when a number of laboratories cooperate ...
Liquid scintillation counting, as we know it today, is the result of continuing work in numerous lab...
Although new concepts in the preparation of samples for liquid scintillation counting have not emerg...
The wide applicability of liquid scintillation techniques for counting weak p-emitters and other rad...
Our august predecessors who have been given this subject to discuss in the twice-yearly meetings at ...
Since all previous speakers have necessarily been discussing data handling and since all of the spea...
Liquid scintillation counting is the method of choice of most investigators counting beta-emitting r...
For the last 35 years, the choice of solvent, fluor, and emulsifier for scintillation cocktails has ...
It was not until the late 1950's that the first commercially available automatic liquid scintil...
Progress in scintillation counting is intimately related to advances in a variety of other disciplin...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Liquid scintillation counting. Includes index. CONTENTS: v. I. Physical aspectsv. 2. Sample preparat...
iNTRODUCTION INvEsTiGATORs in the many and diverse fields of the biological and medical sciences hav...
Liquid scintillation counting is one of the most commonly used of the ever in-creasing variety of an...
The evolution of the commercial liquid scintillation counter can be seen as a res-ponse to some of t...
The practical accuracy of any analytical method is revealed when a number of laboratories cooperate ...
Liquid scintillation counting, as we know it today, is the result of continuing work in numerous lab...
Although new concepts in the preparation of samples for liquid scintillation counting have not emerg...
The wide applicability of liquid scintillation techniques for counting weak p-emitters and other rad...
Our august predecessors who have been given this subject to discuss in the twice-yearly meetings at ...
Since all previous speakers have necessarily been discussing data handling and since all of the spea...
Liquid scintillation counting is the method of choice of most investigators counting beta-emitting r...
For the last 35 years, the choice of solvent, fluor, and emulsifier for scintillation cocktails has ...
It was not until the late 1950's that the first commercially available automatic liquid scintil...
Progress in scintillation counting is intimately related to advances in a variety of other disciplin...
Within the last 10 years the liquid scintillation counting technique has become the generally prefer...
Liquid scintillation counting. Includes index. CONTENTS: v. I. Physical aspectsv. 2. Sample preparat...
iNTRODUCTION INvEsTiGATORs in the many and diverse fields of the biological and medical sciences hav...