optical systems

The team is now designing variable-focus folded optical systems that have air between the reflective surfaces of the imager.

Most of optical systems consist of a number of singlet and doublets , of which the singlet can be considered as a special doublet.

A method of collimating optical systems by a heterodyne interferometer is described and the errors of the system measurements are analyzed.

A general model for determining the computational efficiency of a particular class of electro-optical systems is described.

Color appearance can be studied using either Maxwellian-view optical systems or natural viewing (Newtonian-view).

Hence, the measurement of the laser propagation characteristics in the far field is the basis for the optical design of optical systems.

It is shown that under the action of misaligned asymmetric first-order optical systems AGSM beams do not preserve the closed property.

In addition, the aspheric surface enables to have more adjustable parameters in optical design to satisfy different optical systems.

The collimation and shaping of the optical systems in the semiconductor lasers are emphatically presented in this paper.

Phalanx identifies and tracks the targets using electro-optical systems, measuring the range using radio frequency sensors.

Gaussian beam propagation through complicated optical systems is studied in detail by using matrix optics method.

However, even with current high performance LEDs, the radiance requirement for some optical systems is difficult to fulfill.

OPTICS AND OPTICAL INSTRUMENTS. QUALITY EVALUATION OF OPTICAL SYSTEMS. DETERMINATION OF DISTORSION.

This paper describes an effective approach to analyze thermal effects in optical systems of star sensor.

The design of optical window on a spherical shell in electro-optical systems is introduced.

A intracavity multiphoton absorber in driven optical systems is a effective means to depress the internal field fluctuation.

In optical systems, the aspheric optics has incomparable advantages of sphere parts.

Saves space. Easily integrated into optical systems.

The device, called AIRprint, is being developed by Advanced Optical Systems (AOS).

Certain optical systems, such as projection systems and automobile headlights, require light sources with high radiance or luminance.

In many optical systems it is not necessary to use aperture that is completely rotationally symmetric.

and optical systems that are trained to recognise certain objects, such as cars, motorcycles, traffic signs and road markings.

The inert gas supply main from the 3-part, that is, high resolution digital camera module, optical systems, and image processing software.

Matrix decomposition and equivalent transformation of nonsymmetrical optical systems

Optics and optical instruments - Microscopes - Imaging distances related to mechanical reference planes - Infinity-corrected optical systems

Matrix representation and equivalent transformation of misaligned complex optical systems

Design of a signal processor for optical wavefront in mini adaptive optical systems

Optics and optical instruments - Quality evaluation of optical systems - Determination of distortion

Matrix decomposition and equivalent transformation of misaligned optical systems

Propagating Property of Partially Coherent Flattened Gaussian Beam Passing through ABCD Optical Systems

Equivalent transformation of periodic misaligned optical systems

Recommendations for measurement of the veiling glare index of lenses and optical systems

Miniaturized Integration of Three-dimensional Optical Systems

Quality evaluation of optical systems; determination of radial distortion

Quality evaluation of optical systems - Determination of relative irradiance in the image plane

Aberration Properties of the Decentered and Tilted Optical Systems

Engineering Research of Reliability for Foreign Military Optical Systems

Collimating optical systems of the pulse semiconductor laser

Quality evaluation of optical systems; determination of veiling glare

Polarization aberration analysis of optical systems

Design of hybrid diffractive-refractive imaging optical systems

General conditions for thermal compensation in optical systems

Modulation Transfer Function in Optical and Electro-Optical Systems

Propagation of flat-topped light beams passing through ABCD optical systems

Transmittance measurement for IR optical systems

testing of optical systems ; deviations from symmetry

Inspecting the Imaging Quality of Infrared Optical Systems

The generalization and application of ray optical systems

Optical Systems and Components of the Projection TV

Modern Optical Engineering The Design Of Optical Systems

Image quality of optical systems - Method of determination

Imaging restoration for sparse aperture optical systems based on wavelet threshold and Wiener filtering

The Teaching about the Cardinal Point Formulas of Composite Optical Systems

Stray Radiation Analysis Caused by Interior Heat Radiation in Infrared Optical Systems

Application of athermalisation in optical systems

Principles of Moderns Optical Systems

Influence of atmosphere on optical systems

Algorithm of list structure of ghost images analyzing in complicated optical systems

Laser Guide Stars for Adaptive Optical Systems

Writing and Using of Virtual Optical Systems

unapertured and apertured ABCD optical systems;