2024年4月14日发(作者：粘思思)
6 Volume Set
Handbook of
Optical Systems
SAVE WITH YOUR
CONTINUATION ORDER!
THE Reference on Optical Design
>gives a unique overview for both newcomers
and professionals in academia and industry
>balances comprehensive introduction with
latest research results in a uniform style
>features over 3,000 color illustrations that
facilitate access to complex problems
>written by experts at the world's leading
manufacturer of optical systems
Dear Scientist, dear Librarian,
The development, design and optimization of optical systems are of
growing interest, yet there are few suitable books available. I believe this
is because industrial specialists have most of the experience, but no time
and interest in publishing it. Academic books provide a good didactic,
scientific introduction, but the practical side is missed. On the other hand,
a true understanding requires several disciplines: It is necessary to have a
mathematical insight into the algorithms, to understand the physical
principles of optics and to transfer the computed results to the hardware.
Herbert Gross
studied physics at the University of Stutt-
gart, Germany, and joined Carl Zeiss in
1982, where has since been working in
the department of optical design. His
special areas of interest are the develop-
ment of simulation methods, optical
design software and algorithms, the
modeling of laser systems and simulation
of problems in physical optics, and the
tolerance and the measurement of optical
systems. Since 1995, he has been head of
the central optical design department at
Zeiss. In 1995, he received his PhD at the
University of Stuttgart, Germany, on the
modeling of laser beam propagation in
the partial coherent region.
In addition, the growing use of modern complex components, the appli-
cation of more physical principles and increasing computer power over the
past two decades has broadened the gap between classical optical design
and modern simulation approaches.
At the beginning of my career more than 20 years ago, I wished for such a
book and had the idea of filling this gap. This series is divided into three
major sections. The first two volumes deal with the fundamentals of
technical and physical optics. Volumes three and four are the central parts
and describe aberration theory, the principles of optical design and the
building blocks of complete systems. The remaining two volumes cover the
testing of system performance and special aspects.
Our aim with this work is to provide a good graphical illustration of the
problems, to keep the derivations short and to supply a professional soft-
ware for rapid application of the lessons learned. This will help professional
optical designers and advanced students to understand and solve their
tasks quickly.
Herbert Gross
Carl Zeiss AG
2024年4月14日发(作者：粘思思)
6 Volume Set
Handbook of
Optical Systems
SAVE WITH YOUR
CONTINUATION ORDER!
THE Reference on Optical Design
>gives a unique overview for both newcomers
and professionals in academia and industry
>balances comprehensive introduction with
latest research results in a uniform style
>features over 3,000 color illustrations that
facilitate access to complex problems
>written by experts at the world's leading
manufacturer of optical systems
Dear Scientist, dear Librarian,
The development, design and optimization of optical systems are of
growing interest, yet there are few suitable books available. I believe this
is because industrial specialists have most of the experience, but no time
and interest in publishing it. Academic books provide a good didactic,
scientific introduction, but the practical side is missed. On the other hand,
a true understanding requires several disciplines: It is necessary to have a
mathematical insight into the algorithms, to understand the physical
principles of optics and to transfer the computed results to the hardware.
Herbert Gross
studied physics at the University of Stutt-
gart, Germany, and joined Carl Zeiss in
1982, where has since been working in
the department of optical design. His
special areas of interest are the develop-
ment of simulation methods, optical
design software and algorithms, the
modeling of laser systems and simulation
of problems in physical optics, and the
tolerance and the measurement of optical
systems. Since 1995, he has been head of
the central optical design department at
Zeiss. In 1995, he received his PhD at the
University of Stuttgart, Germany, on the
modeling of laser beam propagation in
the partial coherent region.
In addition, the growing use of modern complex components, the appli-
cation of more physical principles and increasing computer power over the
past two decades has broadened the gap between classical optical design
and modern simulation approaches.
At the beginning of my career more than 20 years ago, I wished for such a
book and had the idea of filling this gap. This series is divided into three
major sections. The first two volumes deal with the fundamentals of
technical and physical optics. Volumes three and four are the central parts
and describe aberration theory, the principles of optical design and the
building blocks of complete systems. The remaining two volumes cover the
testing of system performance and special aspects.
Our aim with this work is to provide a good graphical illustration of the
problems, to keep the derivations short and to supply a professional soft-
ware for rapid application of the lessons learned. This will help professional
optical designers and advanced students to understand and solve their
tasks quickly.
Herbert Gross
Carl Zeiss AG