The equations governing the behavior of beam type crossed-field traveling wave tubes are formulated and presented. The geometry is assumed to be two-dimensional. The electron beam is treated as a number of cylinders of charge and space charge forces are included by calculating the field due to such a cylinder when it is placed between two perfectly conducting planes. The nonlinear equations are re-expressed in terms of normalized variables which make them suitable for machine computation. A brief discussion of the procedure for solving these equations numerically is included
A novel code based on non-linear Lagrangian formulation of beam wave interaction in traveling wave t...
W. C. Hahn has shown that the basic characteristics of a new type of vacuum tube using a velocity mo...
v2 in Phys. Plasmas : doi : 10.1063/5.0018959International audienceWe investigate the interaction o...
The equations governing the behavior of beam type crossed-field traveling wave tubes are formulated ...
The equations governing the behavior of beam-type, crossed-field, traveling-wave tubes are formulate...
"April 28, 1947."Bibliography: p. 25-26.Army Signal Corps Contract No. W-36-039 sc-32037by L.J. Chu ...
A field theory of electron beams focused by crossed electric and magnetic fields is given. The theor...
A field theory of electron beams focused by crossed electric and magnetic fields is given. The theor...
The present paper, compares the effect of the annular and solid electron beam on the efficiency of l...
A field theory of a space-harmonic traveling wave tube is developed using a stationary field matchin...
A 3-D frequency-domain nonlinear model for sheet beam (SB) traveling-wave tubes (TWTs) based on fold...
A field theory of a space-harmonic traveling wave tube is developed using a stationary field matchin...
A transmission‐line analog is developed for crossed‐field space‐charge flows from the simultaneous s...
An experimental method is described for determining the characteristics of space‐charge flow in cros...
Abstract—To simulate the beam and wave interaction (BWI) of various types of traveling wave tube amp...
A novel code based on non-linear Lagrangian formulation of beam wave interaction in traveling wave t...
W. C. Hahn has shown that the basic characteristics of a new type of vacuum tube using a velocity mo...
v2 in Phys. Plasmas : doi : 10.1063/5.0018959International audienceWe investigate the interaction o...
The equations governing the behavior of beam type crossed-field traveling wave tubes are formulated ...
The equations governing the behavior of beam-type, crossed-field, traveling-wave tubes are formulate...
"April 28, 1947."Bibliography: p. 25-26.Army Signal Corps Contract No. W-36-039 sc-32037by L.J. Chu ...
A field theory of electron beams focused by crossed electric and magnetic fields is given. The theor...
A field theory of electron beams focused by crossed electric and magnetic fields is given. The theor...
The present paper, compares the effect of the annular and solid electron beam on the efficiency of l...
A field theory of a space-harmonic traveling wave tube is developed using a stationary field matchin...
A 3-D frequency-domain nonlinear model for sheet beam (SB) traveling-wave tubes (TWTs) based on fold...
A field theory of a space-harmonic traveling wave tube is developed using a stationary field matchin...
A transmission‐line analog is developed for crossed‐field space‐charge flows from the simultaneous s...
An experimental method is described for determining the characteristics of space‐charge flow in cros...
Abstract—To simulate the beam and wave interaction (BWI) of various types of traveling wave tube amp...
A novel code based on non-linear Lagrangian formulation of beam wave interaction in traveling wave t...
W. C. Hahn has shown that the basic characteristics of a new type of vacuum tube using a velocity mo...
v2 in Phys. Plasmas : doi : 10.1063/5.0018959International audienceWe investigate the interaction o...