Modern trends in activations analysis vol. 2

DeVoe, James R.; LaFleur, P.D.

doi:10.6028/nbs.sp.312v2

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Radioactivation Methods1

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1970

1979

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“…Under neutron bombardment, radioactive nuclides are produced from stable isotopes and the activity of these nuclides is proportional to the neutron flux, the activation cross section and the decay constant of the radioactive species and the concentration of the stable element that is inadiated. Details of the theory of the method are available in texts such as Bowen and Gibbons (1963) and an excellent survey of current procedures and modem developments is given by DeVoe and LaFleur ( 1969 ) .…”

Section: Radioactivation Methodsmentioning

confidence: 99%

Analytical methods in oceanography I. Inorganic methods

Spencer

Brewer

1970

C R C Critical Reviews in Solid State Sciences

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Section: Radioactivation Methodsmentioning

confidence: 99%

Analytical methods in oceanography I. Inorganic methods

Spencer

Brewer

1970

C R C Critical Reviews in Solid State Sciences

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Activation Analysis—Its Present State of Development and Its Importance as an Analytical Tool

Kriváň

1979

Angew. Chem. Int. Ed. Engl.

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Activation analysis is one of the most important methods available for the determination of traces of elements and of isotopes. One special advantage of activation analysis is its ability to cope with the simultaneous determination of many elements with very high detection sensitivity-for many elements lying below the ppb level. In some cases as little as 10-l4-lOl 5 g of an element can be detected. A number of sources of systematic errors common to other analytical procedures, mainly those caused by the blank, are eliminated in activation methods. The disadvantages may be seen as the inconvenience of handling radioactive materials, the dependence on large irradiation facilities, and sometimes the unavoidably long irradiation and cooling periods. O n account of its unique capabilities activation analysis finds applications in all fields of endeavor where minute amounts of elements are of significance, from materials research through medicine to archaeology. Further improvements in .performance and increases in scope are seen to lie in the development of new radiation sources, activation techniques, measurement systems, and separation procedures. 0570-0833, 7910202-0123 S 02.5010

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Modern trends in activations analysis vol. 2

Abstract: Water and vacuum seals F. Base plate M. Target holder support G. Rotating cooled target holder N. Water outlet A. Proton Activation Activation of calcium samples, with 4.75 MeV protons leads to the formation of 44 hour scandium-48 and 4 hour scandium-44 and 43, from

Cited by 2 publications

References 48 publications

Analytical methods in oceanography I. Inorganic methods

Analytical methods in oceanography I. Inorganic methods

Activation Analysis—Its Present State of Development and Its Importance as an Analytical Tool

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