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Penetration Effects in Magnetic-Dipole L-shell Internal Conversion

Description: Internal-conversion coefficients may be thought of as consisting of two parts: a usually dominant part which depends only on the atomic number and the nuclear transition energy, and a usually small part depending explicitly on nuclear transition matrix elements. This latter part arises from the penetration of the converting atomic electrons within the transforming nucleus.
Date: January 28, 1963
Creator: Church, E. L.
Item Type: Refine your search to only Report
Partner: UNT Libraries Government Documents Department
open access

A Simple Theory of the Process P+P → D+W+

Description: The discovery of the vector meson which mediates the weak interactions, W,1 would be of extreme importance for weak interaction physics and for field theory in general. The W, if it exists, will be made in a variety of processes such as v+N →W+ + e- + N, or n- + P →W- + P, or, as studied in this note, P + P → D + W+. The W couples to leptons with a dimensionless constant [constant not transcribed] where G is the Feral constant defined t=so that [constant not transcribed]. Thus for [equation not… more
Date: January 28, 1963
Creator: Bernstein, Jeremy
Item Type: Refine your search to only Report
Partner: UNT Libraries Government Documents Department
open access

Some Further Remarks on Beam Current Measurements in the AGS

Description: A previous report on this subject (Brookhaven National Laboratory, AGS Internal Report, ECR-4) described in detail the methods of measuring the injected and accelerated proton currents in the Brookhaven AGS up to May 1961. At that time the accelerated current was measured by extracting the bunch frequency component of the signal given by a pair of radial position observation electrodes. The injected current was also determined by the signal induced on a similar pair of radial position electrode… more
Date: January 28, 1963
Creator: Raka, E. C.
Item Type: Refine your search to only Report
Partner: UNT Libraries Government Documents Department
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