An analysis of the performance of simple refractive null compensators was done. Two types of correctors were studied--the Dall compensator and the Offner compensator. A framework was built for determining whether these simple null tests are adequate for a wide range of aspheric surfaces. Variables involved in determining a surface to be null tested are f-number, conic constant, and focal length. Examples are given on how to determine the best null test for several aspheric surfaces. Also of concern in the design of a null compensator was simplicity. Two elements were the maximum used for both compensators and all compensator surfaces were spherical
Die vorliegende Arbeit stellt ein Absolutverfahren zum Nulltest rotationssym- metrischer, asphärisch...
In order to better facilitate the use of aspheres in optical design, metrology systems must become i...
In measuring the figure error of an aspheric optic using a null lens, the wavefront contribution fro...
QC 351 A7 no. 39Optical systems known as "null correctors" are often required to test certain aspher...
The dissertation addresses advancements in null corrector design. The Rayces zero-index concept is v...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2001.Aspheric optical surfaces provid...
This CRADA has combined the resources of a national laboratory and an innovative small company to ev...
The use of aspheric surfaces in optical designs can allow for improved performance with fewer optica...
Aspheric surfaces can provide significant benefits to optical systems, but manufacturing high-precis...
Interferometric surface tests of stigmatic aspherics can be carried out in a null test configuration...
The optical measurement of primary mirrors for astronomical telescopes has become increasingly chall...
ABSTRACT An optical test for measuring null correctors has been developed that uses a rotationally s...
An optical nulling apparatus for testing an optical surface includes an aspheric mirror having a ref...
Aspheric surface testing would be greatly expedited by eliminating the need for a null condition. To...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Die vorliegende Arbeit stellt ein Absolutverfahren zum Nulltest rotationssym- metrischer, asphärisch...
In order to better facilitate the use of aspheres in optical design, metrology systems must become i...
In measuring the figure error of an aspheric optic using a null lens, the wavefront contribution fro...
QC 351 A7 no. 39Optical systems known as "null correctors" are often required to test certain aspher...
The dissertation addresses advancements in null corrector design. The Rayces zero-index concept is v...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2001.Aspheric optical surfaces provid...
This CRADA has combined the resources of a national laboratory and an innovative small company to ev...
The use of aspheric surfaces in optical designs can allow for improved performance with fewer optica...
Aspheric surfaces can provide significant benefits to optical systems, but manufacturing high-precis...
Interferometric surface tests of stigmatic aspherics can be carried out in a null test configuration...
The optical measurement of primary mirrors for astronomical telescopes has become increasingly chall...
ABSTRACT An optical test for measuring null correctors has been developed that uses a rotationally s...
An optical nulling apparatus for testing an optical surface includes an aspheric mirror having a ref...
Aspheric surface testing would be greatly expedited by eliminating the need for a null condition. To...
This item was digitized from a paper original and/or a microfilm copy. If you need higher-resolution...
Die vorliegende Arbeit stellt ein Absolutverfahren zum Nulltest rotationssym- metrischer, asphärisch...
In order to better facilitate the use of aspheres in optical design, metrology systems must become i...
In measuring the figure error of an aspheric optic using a null lens, the wavefront contribution fro...