Grating Diffraction Pattern Guide

K S C O P E

Our Holographic Diffraction Gratings are highly efficient embossed Holographic Optical Elements (H.O.E.). Diffraction Gratings are used for the direct viewing and analysis of spectra from different gas tubes and other light sources. The quality of the spectrum produced from our gratings is the brightest possible with a minimum of distrac
ting visual noise. Our gratings are the principal component in a spectroscope and are used for experiments pertaining to the study of light and color. Project a spectrum using an overhead projector or 35mm slide projector for spectrum demonstration purposes. Use in conjunction with colored film gels for additive and subtractive color demonstrations. Recommended for use with our Power Supply and Spectrum Gas Tubes.Minimum order 10 sheets.Choose From the Drop-Down Menu Above01503 – 13,500 lines per inch – Double Axis 6 x 12 01504 – 1000 lines per m/m – Linear 6 x 12 01505 – 500 lines per m/m – Linear 6 x 12

빠른 저장

Diffraction Grating Kaleidoscope: Kaleidoscopes create impressive visual displays by simply turning a knob. Here is a great design by randofo. Colorful displays can also be created with diffraction gratings. The visuals become even more stunning when you turn one diffraction grating…

Double exposure

This material is the same as used in the prism glasses –13,500 lines per inch, double axis, holographic diffraction grating. Purchase in either 8\

Rainbow

Products

Our Holographic Diffraction Gratings are highly efficient embossed Holographic Optical Elements (H.O.E.). Diffraction Gratings are used for the direct viewing and analysis of spectra from different gas tubes and other light sources. The quality of the spectrum produced from our gratings is the brightest possible with a minimum of distracting visual noise. Our gratings are the principal component in a spectroscope and are used for experiments pertaining to the study of light and color. Project a spectrum using an overhead projector or 35mm slide projector for spectrum demonstration purposes. Use in conjunction with colored film gels for additive and subtractive color demonstrations. Recommended for use with our Power Supply and Spectrum Gas Tubes.Minimum order 10 sheets.Choose From the Drop-Down Menu Above01503 – 13,500 lines per inch – Double Axis 6 x 12 01504 – 1000 lines per m/m – Linear 6 x 12 01505 – 500 lines per m/m – Linear 6 x 12

4차혁명

Shop Our Light Diffraction GlassesUsing the light diffraction glasses at Rainbow Symphony in your classroom makes learning about color and light more fun and exciting than ever before! These handheld glasses separate light from any source into its spectral components to make them easier to see and analyze. Whether your students are staring at a desk lamp, or at one of our neon gas spectrum tubes, they’ll be surprised, mystified, and much more eager to learn.Diffraction Grating GlassesThese light diffraction glasses are highly efficient — with 13,500 lines per inch and double axis holographic diffraction. Our glasses are easily held with one hand by the extended frame area on the right side, and they’re made of durable cardboard to ensure they survive any classroom shenanigans!Enjoy our wholesale pricing when you shop in bulk, and get great discounts when you order over 100 pieces. Just remember, a minimum order of 25 pieces is required! Shop now to discover even more educational tools from Rainbow Symphony today!The DetailsDiffraction Grating Lens – 13,500 line per inchHeavy Cardstock

diffraction grating (회절 격자)

A simple diffraction grating perfect for use in the lab or classroom.  It can be used to demonstrate diffraction of light, or to measure wavelengths of light.  It can also be used in conjunction with a laser pointer for certain experiments.  Features 3 different gratings, measuring 100, 300, and 600 lines/mm respectively, lending versatility to the product.  Essential for optics experiments. Features: Demonstrates diffraction of light Measure light wavelengths 3 different gratings (100/300/600 lines/mm) Great for the classroom and optics experiments