J. Symonds

Excitation Functions up to 980 MeV for Proton-Induced Reactions in 27Al, relative to 12C(p, pn)11C

K. F. Chackett, J. Warren, G. A. Chackett, 1956 .

Formation of Hydroxyl Molecules in Interstellar Space

J. Symonds, 1965, Nature.

Theory of the proton synchrotron

H. Jensen, J. Symonds, J. S. Gooden, 1947 .

Excitation Functions up to 980 MeV for Proton-Induced Reactions in some Light Elements

J. Young, J. Warren, J. Symonds, 1957 .

The Production of 11C from Carbon by Protons of Energy between 200 and 950 MeV

J. Young, W. Burcham, J. Symonds, 1955 .

Experimental characteristics of the proton synchrotron

P. Moon, L. Riddiford, J. Symonds, 1955, Proceedings of the Royal Society of London. Series A, Mathematical and physical sciences.

Experiments in multiple-gap linear acceleration of electrons

W. Allen, J. Symonds, 1947 .

Angular Distributions for (d,p) and (d,n) Reactions in Light Nuclei

S. T. Butler, J. Symonds, 1951 .

Methods of Measuring Strong Magnetic Fields

J. Symonds, 1955 .