We describe an imaging scatterometer allowing hemispherical reflectance measurements
as a function of the angle of incidence. The heart of the scatterometer is an ellipsoidal …

Light scattering measurement and analysis is a powerful tool for the characterization of
optical and nonoptical surfaces. A new 3D scatter measurement system based on a detector …

A noncontact test procedure to obtain the shape of fast concave surfaces is described. A
cylindrical null screen with a curved grid drawn on it in such a way that its image, which is …

The directional reflection characteristics of anisotropic surfaces play an important role in the
precise modeling of radiative heat transfer and target detection. Nevertheless, the directional …

Scattered light sensors are optical sensors commonly used in industrial applications. They
are particularly well suited to characterizing surface roughness. In contrast to most geometric …

We extend the principles of the null screen method for testing a fast ellipsoidal concave
mirror by designing a null cylindrical screen, located around the near focal point of the …

Calculations and measurements of the Mueller matrix of an ellipsoidal mirror have been
performed. In the calculations we have considered six different input polarization states to …

Scattering of light from chemically etched InP surfaces is studied in the present paper. A
model is developed to describe the randomly rough surfaces produced by chemical etching …

We have recently developed a scatterometer for bi-dimensional rough surfaces which uses
an elliptical mirror to direct the light toward the rough surface and to collect the scattered …

We present a scatterometer to estimate the correlation distance (CD) of a one-dimensional
random rough surface from polarization sensitive bistatic measurements. The system, which …