Chromatic and spherical aberration in electrostatic lenses
Carden, Orlan R., Jr.
Tinker, Gordon W.
Gray, Glenn A.
MetadataShow full item record
High resolution cathode-ray display devices demand focusing systems that reduce total aberration to the lowest possible value. Magnetic focusing systems have proven superior to electrostatic systems with respect to being put into high resolution electrostatic focusing systems. The two limiting aberrations, spherical and chromatic, are analyzed in this thesis for four types of electrostatic lenses and the results compared.
Approved for public release; distribution is unlimited
Showing items related by title, author, creator and subject.
Naval Postgraduate School Physics (2015);Here's how electrostatic speakers work. Unless you're an audiophile, you've probably never heard of the electrostatic loudspeaker. Electrostatic loudspeakers are pretty hip in the audiophile World because they exhibit ...
Shavit, Zeev (Monterey, California. Naval Postgraduate School, 1985-12); NPS67-85-012CRA new optical technique for measuring Sauter Mean Diameter changes of a fuel spray under an electrostatic field was checked, calibrated, and implemented. The optical technique is based on measuring scattered light at two ...
Denardo, Bruce (Naval Postgraduate School, Monterey, California, 2015-05);Here's how Electrostatic Speakers Work. Did you know that a regular old loudspeaker converts electrical energy into acoustic energy? But what about an electrostatic speaker? In this video Dr. Bruce Denardo explains how an ...