Search

Your search keyword '"J. Peter Berge"' showing total 8 results
Start Over Author "J. Peter Berge"
8 results on '"J. Peter Berge"'

1. Production and Decay of Cascade Hyperons

Author

R. A. Muller, J. Richard Hubbard, Philip M. Dauber, J. Peter Berge, and Deane W. Merrill

Subjects
Physics, Nuclear physics, Particle physics, Cascade, Hyperon, General Physics and Astronomy
Abstract

Author(s): Dauber, Philip M.; Berge, J. Peter.; Hubbard, J. Richard; Merrill, Deane W.; Muller, Richard A.

Published
1969

2. Lifetimes of theΞ−andΞ0Hyperons

Author

Stanley G. Wocjicki, J. Peter Berge, Frank T. Solmitz, George R. Kalbfleisch, J. Richard Hubbard, Janice B. Shafer, Peter G. Wohlmut, and M. Lynn Stevenson

Subjects
Physics, General Physics and Astronomy
Published
1964

3. K−−pInteractions Near 760 MeV/c

Author

Pierre L. Bastien and J. Peter Berge

Subjects
Physics, Particle model, Analytical chemistry, General Physics and Astronomy, Resonance, Elementary particle, Atomic physics
Published
1963

4. NewΣDecay Parameters and Test ofΔI=12Rule

Author

Robert D. Tripp, Frank T. Solmitz, J. Peter Berge, Roger O. Bangerter, Angela Barbaro-Galtieri, Joseph J. Murray, and M. Lynn Stevenson

Subjects
Physics, Delta, Particle physics, General Physics and Astronomy, Sigma, Test (assessment)
Published
1966

5. Kinematical Analysis of Interaction Vertices from Bubble Chamber Data

Author

Frank T. Solmitz, Horace D. Taft, and J. Peter Berge

Subjects
Momentum, Physics, Overdetermined system, Sequence, Classical mechanics, Computer program, Mathematical analysis, Bubble chamber, Energy–momentum relation, Type (model theory), Instrumentation, Variable (mathematics)
Abstract

A high speed computer program for the kinematical analysis of bubble chamber events is described. The program treats individual particle interaction or decay vertices, subjecting the measured variables to the equations of energy and momentum according to the least‐squares criterion. This is done in four different cases in which the problem is overdetermined, and a fifth case is calculated in which the problem is just determined. The adjusted or computed variables corresponding to each particle are obtained in all cases as well as the first‐order error matrices for each type of variable. A connected chain of vertices may be processed in sequence.

Published
1961

6. DecayΞ−→Λ0e−ν¯

Author

J. Richard Hubbard, Philip M. Dauber, and J. Peter Berge

Subjects
Physics, General Physics and Astronomy
Published
1968

7. Some Properties ofΞ−andΞ0Hyperons Produced inK−pInteractions between 1.05 and 1.7 BeV/c

Author

Frank T. Solmitz, M. Lynn Stevenson, Janice Button-Shafer, J. Richard Hubbard, Deane W. Merrill, Philippe Eberhard, and J. Peter Berge

Subjects
Physics, Particle physics, General Physics and Astronomy, Humanities
Abstract

Author(s): Berge, J. Peter; Eberhard, Philippe; Hubbard, J. Richard; Merrill, Deane W.; Shafer, Janice B.; Solmitz, Prank T.; Stevenson, M. Lynn.

Published
1966

8. Decay Modes and Width of theηMeson

Author

Donald H. Miller, Joseph J. Murray, Massimiliano Ferro-Luzzi, J. Peter Berge, Arthur H. Rosenfeld, Pierre L. Bastien, Orin I. Dahl, and Mason B. Watson

Subjects
Physics, Particle physics, Meson, Branching fraction, General Physics and Astronomy, Mathematical physics
Abstract

Author(s): Bastien, Pierre L.; Berge, J. Peter; Dahl, Orin I.; Ferro-Luzzi, Massimiliano; Miller, Donald H.; Murray, Joseph J.; Rosenfeld, Arthur H.; Watson, Mason B.

Published
1962

Catalog

Books, media, physical & digital resources
See catalog results