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1.

AEC sponsored aerosol work in the outdoors.

Engelmann, R J.

J Air Pollut Control Assoc ; 18(10): 656-7, 1968 Oct.

Article in English | MEDLINE | ID: mdl-5683214

Subject(s)

Air Pollution, Radioactive , Research

2.

Precipitation scavenging studies. BNWL-481.

Engelmann, R J; Hagen, D I.

BNWL Rep ; : 43-53, 1968 May.

Article in English | MEDLINE | ID: mdl-5306904

Subject(s)

Air Pollution, Radioactive/analysis , Weather , Methods , Models, Theoretical

3.

Selected meteorological analyses of plumbbob nuclear tests. BNWL-481.

Davis, W E; Engelmann, R J.

BNWL Rep ; : 68-73, 1968 May.

Article in English | MEDLINE | ID: mdl-5306907

Subject(s)

Radioactive Fallout/analysis , Weather , Methods

4.

Cosmic ray produced radionuclides as tracers of atmospheric precipitation processes. BNWL-481.

Wogman, N A; Thomas, C W; Cooper, J A; Engelmann, R J; Perkins, R W.

BNWL Rep ; : 85-7, 1968 May.

Article in English | MEDLINE | ID: mdl-5306909

Subject(s)

Cosmic Radiation , Weather , Radioisotopes

5.

Cosmic ray-produced radionuclides as tracers of atmospheric precipitation processes.

Wogman, N A; Thomas, C W; Cooper, J A; Engelmann, R J; Perkins, R W.

Science ; 159(3811): 189-92, 1968 Jan 12.

Article in English | MEDLINE | ID: mdl-17792356

ABSTRACT

Through recent developments in instrumental analysis it is now possible to measure with good precision the rainwater concentrations of five short-lived radionuclides which are produced by cosmic ray spallation of atmospheric argon. These measurements provide a method for studying the in-cloud nucleation times and aerosol scavenging efficiencies, and promise to provide information onshort-term processes which occur in rain and snow formation.

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