This paper contains a full presentation of the reasons for believing, contrary to results recently obtained elsewhere, that field currents are only independent of temperature up to about 1100°K, and that at that temperature the energy of thermal agitation begins to assist the fields appreciably in causing the escape of electrons from metals. The precise form of function describing this dependence is not accurately determinable experimentally, but the form originally suggested by us fits the facts of observation thus far known satisfactorily, not better, however, than does the theoretical form suggested by Houston
An analytical expression is derived for the electron thermionic current from heated metals by using ...
In some recent papers, we have described a convenient method of determining the thermionic constants...
peer reviewedOne of the most convenient methods to obtain information about the energy distribution ...
An expression showing the temperature dependence of electron emission under high fields is secured b...
Current from thoriated tungsten filaments in vacuum, due to radial fields of up to two million volts...
In 1925 Millikan and Eyring(1) first developed experimentally the quantitative laws governing the ex...
Photo-electric threshold frequency for metals.—Free electron theory. A discussion is given of the su...
The work(1) done by Millikan and his co-laborers, Eyring and Lauritsen, on the subject of "pulling" ...
International audienceThe increase in temperature leads to an increase of the vibrations of the mate...
Electron emission from clean tungsten tips has been investigated at different temperatures and appli...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
Of all common substances, metals conduct heat and electricity to the greatest extent. They also exhi...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
A method is proposed to derive the electrical resistance from calculating an average frictional forc...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
In some recent papers, we have described a convenient method of determining the thermionic constants...
peer reviewedOne of the most convenient methods to obtain information about the energy distribution ...
An expression showing the temperature dependence of electron emission under high fields is secured b...
Current from thoriated tungsten filaments in vacuum, due to radial fields of up to two million volts...
In 1925 Millikan and Eyring(1) first developed experimentally the quantitative laws governing the ex...
Photo-electric threshold frequency for metals.—Free electron theory. A discussion is given of the su...
The work(1) done by Millikan and his co-laborers, Eyring and Lauritsen, on the subject of "pulling" ...
International audienceThe increase in temperature leads to an increase of the vibrations of the mate...
Electron emission from clean tungsten tips has been investigated at different temperatures and appli...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
Of all common substances, metals conduct heat and electricity to the greatest extent. They also exhi...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
A method is proposed to derive the electrical resistance from calculating an average frictional forc...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
In some recent papers, we have described a convenient method of determining the thermionic constants...
peer reviewedOne of the most convenient methods to obtain information about the energy distribution ...