Wave Properties of Light equipment from the PHYWE Light & Optics range. 16 products, 110V/60Hz adapted for U.S. labs.
For holding optical components (e.g. front surface mirrors). With sensitive adjustment screws for setting the x,y-position of the optical components. With round stem l = 75 mm and d = 10 mm.
semi transparent, non-polarizing glassmirror for separating light beamintensity into 50% transmission and 50%reflection.Designed for wavelength of 633nmPlate dimensions (mm): (50 x 30 x 3,2)
The CCD line camera is used to measure light intensity as a function of position (in pixels or mm) or time. It is used for the investigation and analysis of diffraction and interference patterns.
Fesnel biprism for interference experiments with coherent light.
(no description provided)
To investigate the generation of convergent and divergent light beams with the assistance of Fresnel's zone theory.
For clamping and holding glass plates, beam splitters, etc. Rubber-covered clamping jaws with knurled screws With two round unscrewable stems l = 50 mm and l = 68 mm and d = 10 mm.
Due to internal three-point guide way, stable and highly accurate work holding device for optical components with round stems ( d = 10...13 mm) on the optical base plate.
For measuring light wavelengths and refractive indices of liquids and gases.
Microwave Set, supplied in the U.S. by American Scientific. Contact us for specifications.
The spectrometer can be used as both a grating spectrometer and a prism spectrometer. It enables the investigation of diffraction, refraction, and dispersion as well as the precise determination of...
(no description provided)
Design as 08254.00 however with shortstem l = 50 mm.
Ni-, Fe- and Cu-rod with single-sided M6thread and silicon hose cover for vibration damping. Can be fixed in coil formagnetostriction 08733.00. Eachl = 150 mm, Æ = 8 mm.
For reproducible angle adjustment of optical components about a freely positionable pivot.
Can be used in adjustment holder (08711.00) for experiments with the optical base plate.