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Supplier: Qioptiq
Description: Spectral lamps are discharge lamps that emit the line spectrum of inert gases and metal vapors with high luminous density or radiance. They are utilized wherever a line spectrum or monochromatic radiation is required; primarily in the fields of optics, radiation physics,
- Lamp Bases: Other Lamp Bases
- Lamp Power: 15 to 55 watts
- Spectral Lamp Type: Helium Lamp, Mercury Lamp, Mercury-Cadmium Lamp, Neon Lamp, Sodium Lamp, Thallium Lamp, Zinc Lamp
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Supplier: diaago
Description: Hollow Cathode Lamps from Green Scientific are designed and manufactured to achieve all fundamental requirements for a spectral line source. Cathodes are designed with either a pure element or compound to produce the best sputter rate at the lowest current. To enable a lamp to
- Form / Shape: Socket / Receptacle
- Type: Cathodic Emitters / Filaments
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Description: The principle of the AAS method consists in inspiration of the test solution into an acetylen/air flame. Measurement of the absorption of the selected spectral line emitted by a cadmium hollow-cathode or cadmium discharge lamp, in the region of 228,8 nm. The principle of
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Supplier: CSA Group
Description: The principle of the AAS method consists in inspiration of the test solution into an acetylen/air flame. Measurement of the absorption of the selected spectral line emitted by a cadmium hollow-cathode or cadmium discharge lamp, in the region of 228,8 nm. The principle of
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Conformers of Saturated Chains: Matrix Isolation, Structure, IR and UV Spectra of n ‐Si 4 Me 10
The matrix was irradiated at 12K with either a low-pressure cadmium spectral lamp (Phillips 931078; 43710 cm-I) or a home- built microwave-powered low-pressure iodine lamp (48500 cm- ') with a Suprasil quartz window.
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Dipole polarizability of the pyrazabole molecule in solution
Sodium, mercury and cadmium spectral lamps were employed in the wavelength range 435.8– 643.8 nm.
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Static and dynamic dipole polarizabilities of 2‐ and 3‐methylthiophenes in solution: experimental and theoretical determination
Sodium, mercury and cadmium spectral lamps were employed in the wavelength range 435.8– 643.8 nm.
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Spatial and time-dependent distribution of plasma parameters in the
metal-halide arc lamp
As a light source for this purpose the spectral cadmium lamp was used.
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Characterization of CCDs with enhanced UV response
… 100 A), to reduce monochromator straylight problems and to extend the wavelength region up to 10500 A, a set of suitable lamps specifically a tungsten lamp (used for A > 4000 A), a mercury and a cadmium spectral lamp (for 2000 A < A …
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In-situ marine spectral radiometer using frame-addition techniques and its calibration
Figure 5 shows the low light intensity spectrum of a cadmium spectral lamp acquired at different .
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Use of monochromatic phase data for improved profile measurement in spectrally resolved white light interferometry
For wavelength calibration of the CCD camera pixels, a cadmium spectral lamp is used.19 .
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Thickness–profile measurement of transparent thin-film layers by spectrally resolved phase-shifting interferometry
A cadmium spectral lamp is used for wavelength calibration of the CCD camera pixels.11 .
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Analysis of spectrally resolved white light interferometry by Hilbert Transform method
For wavelength calibration of the CCD camera pixels, a cadmium spectral lamp is used.18 .
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Birefringence dispersion in uniaxial material irradiated by gamma rays: cellulose triacetate
films
The standard lines of a cadmium spectral lamp are superimposed as wavelength markers.