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Description: Linearly polarizes dichroic sheet polarizer Ideally suited for demonstrations or testing, stress analysis, and for continuously attenuating linearly polarized light at constant clear aperture Strikes a good compromise between high transmittance and high extinction ratio Unmounted and mounted
- Polarizer Type: Linear Polarizer
- Clear Aperture: 0.8425 to 1.18 inch
- Extinction Ratio: 4000 : 1
- Transmittance: 32 %
Supplier: Edmund Optics Inc.
Description: yielding high contrast images and signal-to-noise ratio. Dichroic Plate Beamsplitters are critical components in fluorescence microscopy, genomics, proteomics, gel plate, and microplate readers, as well as in general OEM instrumentation requiring beam separation, beam combination, or multi-spectral
- Beamsplitter Incidence: 45° incidence
- Beamsplitter Shape: Rectangular
- Diameter, Square Side, or Rectangular Length: 0.9921 inch
- Rectangular Width: 1.4 inch
Optical Filters - Fully Assembled TIRF Filter Cubes, Single Band Filter Sets -- TRF49908 ET - 532nm laser bandpass set for TIRF applicationsSupplier: Chroma Technology Corp.
Description: in the filter cube to provide Ultra-High signal/noise ratios. The Ultra-Flat Dichroics in our TIRF sets are 2mm thick for distortion-free reflection of TIRF lasers with surface flatness =/> 0.5 waves/inch P-V, RWD. All catalog TIRF sets are mounted in Chroma’s metal TIRF cubes. For more
- Filter Type: Bandpass / Interference Filters
- Filter Set: Yes
- Application Specific: Visible (VIS)
- Filter Shape: Circular, Rectangular
Supplier: CVI Laser Optics
Description: Dichroic sheet polarizers are used to subject either s- or p-polarization to strong absorption. CVI Melles Griot polarizers are made of a plastic dichroic polarizing sheet sandwiched between selected strain-free glass plates. Dichroic sheet polarizers offer large apertures and acceptance angles
- Polarizer Type: Linear Polarizer
- Polarizer Application: Visible
- Wavelength Range: 380 to 780 nm
- Clear Aperture: 0.3543 to 3.92 inch
Supplier: CVI Laser Optics
Description: High-contrast plate polarizers are thin foil-like dichroic glass polarizers made of prolated silver spheroids embedded in soda-lime glass. These thin polarizers are in turn laminated on a thicker soda-lime substrate with a matching refractive index with the substrate and the foil to ensure
- Polarizer Type: Linear Polarizer, Other
- Polarizer Application: Infrared, Visible, Ultraviolet
- Wavelength Range: 365 to 2000 nm
- Clear Aperture: 0.4449 to 0.8858 inch
Supplier: Paragon Industries, L.P.
Description: across the softened glass or to emboss designs in the surface. Explore small-to-medium sized casting and pâte de verre. Enjoy the glittering beauty of dichroics. Make treasured gifts. Top, Side & Door Elements Use the kiln’s side heat for taller projects such as drop-out vases sagged
- Temperature Range: 2000 F
- Capacity: 35.01 gallons
- Application: Industrial
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Knight Optical (USA) LLC
Quality Filters and Mirrors for Fluorescence
an ion-plated dielectric multilayer coating which provides excellent durability and are not largely affected by temperature changes. Their backs are multilayer AR coated to eliminate the spurious reflection. They are available for use in visible with a 50/50 split ratio. 3. Optical Mirrors. Our optical mirrors are to be found in excitation and emission monochromators to project light on to detectors and LEDs at the optimum angle of incidence. We offer a variety of mirror grades, ranging from... (read more)
Browse Optical Filters Datasheets for Knight Optical (USA) LLC
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Filters can be used to attenuate light either evenly across a certain portion of the spectrum (neutral density, polarizing, retarders, etc.) or unevenly (ie. Interference, dichroic, color). Typical applications for filters involve improving contrast or signal-to-noise ratio (imaging and non-imaging
Filters can be used to attenuate light either evenly across a certain portion of the spectrum (neutral density, polarizing, retarders, etc.) or unevenly (ie. interference, dichroic, color). Typical applications for filters involve improving contrast or signal-to-noise ratio (imaging and non-imaging
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Comparison of the UV flow dichroism spectra of TMV and several of its mutants
Abstract The dichroic ratio spectra of TMV and four of its mutants (YTAMV, GTAMV, HR, and CV4) were determined from 320 to 240 nm.
A Gaussian disorientation model for interpreting linear dichroism measurements of DNA-drug fibres and films
Using this model we have obtained analytical expressions for the dichroic ratio without resorting to computer simulation techniques or numerical integration methods, and used them to interpret the results of experiments using DNA-phenanthridine fibres.
ANALYSIS OF THE COMPLEX BAND SPECTRUM OF P700 BASED ON PHOTOSELECTION STUDIES WITH PHOTOSYSTEM I PARTICLES
The most prominent feature in the spectrum of the dichroic ratio is the symmetrical pole at 687 nm.
OPTICS AND NONLINEAR OPTICS OF LIQUID CRYSTALS
Thus, the dichroic ratio (c*///c*x) of the liquid crystals containing these linking groups is some what lower than those consisting of acetylenes and diacetylenes; here oc/j and a± are the absorption coefficients for the extraordinary and ordinary .
Table 3.1: Calculated dichroic ratios and ensemble-average backbone tilt angles of .
Photoalignment of Liquid Crystalline Materials: Physics and Applications
The dichroic ratio at the wavelength of the maximum = absorption of the dye, λ = 500 nm, was N = D⊥ /D ≥ 4.6, which corresponds to the order parameter S = (1 − N )/(1 + 2N ) = −0.35 (70% of the dye …
High‐Contrast Thin‐Film Polarizers by Photo‐Crosslinking of Smectic Guest–Host Systems
The polarizer performance can also be expressed by a single parameter; the dichroic ratio (N) .
Analysis of molecular orientation and internal stresses in extruded plastic sheets
Measurements of attenuated‐total‐reflectance infrared dichroic ratio for the surface molecular orientation, birefringence for the orientation stress distribution in the thickness direction, and free shrinkage ratio for the overall frozen‐in stresses were carried out to determine the amount of orientation stresses in the …
Molecular organization of DNA in chromosomes
Abstract Metaphase chromosomes of Chinese hamster and lampbrush chromosomes of Triturus viridescens were studied for DNA arrangement by polarized fluorescence microscopy and by linear dichroic ratio measurements.
Infrared dichroism of polynucleotides of repeated sequence. I. Poly(dA)·poly(dT) and poly[d(A‐T)]·poly[d(A‐T)]
The A-to-B-form transition of DNA has been pre- ciselydefined by followingthe change, with hydration, of the dichroic ratio of a band attributed to an in-plane base vibration.6 The particular char- acter of the DNA conformation in the …
Plastic neutron detectors.
Dichroic ratio average and range for 4 samples stretched to 3x...................................36 Figure 26.
Absorption characteristics of oriented photopigments in microvilli
The dichroic ratio ofa singlemicrovillus is a function ofchromophore orientationangle relative to the microvillus axis only.
A theoretical explanation of intensity-independent variation of polarisation sensitivity in Crustacean retinula cells
Theoretical analyses of polarisa- tion sensitivity (PS) in crustacean-type banded rhabdoms indicate that if depths of the orthog- onally orientated layers of microvilli are equal, PS should be equal to the dichroic ratio of the rhabdom material (Shaw 1969; Snyder 1973).
Absorption properties of a photostable pigment (P456) in rhabdomere 7 of the fly
It seems plausible, however, to assume that the dichroic ratio within an absorption band should be constant.