WO 200295368 A UPAB: 20030121 NOVELTY - For adjustment of the method two laser beams use used to illuminate an examination volume in a container. Scattered light from the laser beams are detected using detection optics. The vectors of the scatter geometry are arranged so that they are tilted relative to a plane running through their intersection point and so that the laser beams (k1, k2) are unsymmetrically arranged relative to a plane running through the intersection point. Thus at least parts of the same light spots are recorded by both detection lenses. USE - Suppression of multiple scattering in measurements in turbid media by use of a cross-correlation technique. ADVANTAGE - The inventive cross-correlation method ensures that multiple ...
NOVELTY - The system has an optical detection system (2) and a Coblentz sphere (1). Scattered light ...
The arrangement has a beam splitter (1), on which a laser beam along main optical axis (H) is radiat...
DE 10317826 A UPAB: 20041216 NOVELTY - Reference and measured beams of light split into two sub-beam...
NOVELTY - The multiple scattering prevention method uses a 3-dimensional cross-correlation technique...
DE 10253829 A UPAB: 20040709 NOVELTY - Process comprises illuminating medium (1) to be investigated ...
Previous systems for measuring cross-correlated light scattering by small particles suspended in a l...
Accurate characterization using static light scattering (SLS) and dynamic light scattering (DLS) met...
In very cloudy systems it is often difficult to analyse the light scattering data because of multipl...
Les principes de base et la théorie sont donnés pour une expérience de diffusion dynamique de la lum...
The instant invention provides a method and apparatus for use in laser induced dynamic light scatter...
In very cloudy systems it is often difficult to analyse the light scattering data because of multipl...
DE 19963010 A UPAB: 20010829 NOVELTY - The focusing a light beam via one or two scanning mirrors ont...
Cross-correlation between two detectors was applied to analyze laser light-scattering fluctuations. ...
Résumé- Les principes de base et la théorie sont donnés pour une expérience de diffusion dynamique d...
We describe a new method for characterizing particles in turbid media by cross correlating the scatt...
NOVELTY - The system has an optical detection system (2) and a Coblentz sphere (1). Scattered light ...
The arrangement has a beam splitter (1), on which a laser beam along main optical axis (H) is radiat...
DE 10317826 A UPAB: 20041216 NOVELTY - Reference and measured beams of light split into two sub-beam...
NOVELTY - The multiple scattering prevention method uses a 3-dimensional cross-correlation technique...
DE 10253829 A UPAB: 20040709 NOVELTY - Process comprises illuminating medium (1) to be investigated ...
Previous systems for measuring cross-correlated light scattering by small particles suspended in a l...
Accurate characterization using static light scattering (SLS) and dynamic light scattering (DLS) met...
In very cloudy systems it is often difficult to analyse the light scattering data because of multipl...
Les principes de base et la théorie sont donnés pour une expérience de diffusion dynamique de la lum...
The instant invention provides a method and apparatus for use in laser induced dynamic light scatter...
In very cloudy systems it is often difficult to analyse the light scattering data because of multipl...
DE 19963010 A UPAB: 20010829 NOVELTY - The focusing a light beam via one or two scanning mirrors ont...
Cross-correlation between two detectors was applied to analyze laser light-scattering fluctuations. ...
Résumé- Les principes de base et la théorie sont donnés pour une expérience de diffusion dynamique d...
We describe a new method for characterizing particles in turbid media by cross correlating the scatt...
NOVELTY - The system has an optical detection system (2) and a Coblentz sphere (1). Scattered light ...
The arrangement has a beam splitter (1), on which a laser beam along main optical axis (H) is radiat...
DE 10317826 A UPAB: 20041216 NOVELTY - Reference and measured beams of light split into two sub-beam...