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Free delivery for orders over $150 except DG chemicals* & Rural areas.

ELECTRON DIFFRACTION TUBE ‘D’: 6.3-Volt AC

$ 2,014.00 excl. GST

Highly evacuated electron tube for demonstrating the wave nature of electrons through the observation of interference caused by passage of electrons through a polycrystalline graphite lattice (Debye-Scherrer diffraction) and rendered visible a fluorescent screen. Also intended for determining the wavelength as a function of the anode voltage from the radii of the diffraction rings and the lattice plane spacing of graphite, as well as confirming de Broglies hypothesis. Specifications: Max. filament voltage: 6.3 V AC, Max. anode voltage: 5 kV, Anode current: approx. 0.1 mA at 4 kV, Lattice constant of graphite: d10 = 0.213 nm; d11 = 0.123 nm. Weight 0.281 kg

OUT OF STOCK. Can be backordered.

SKU: 3B-U191711 Categories: , ,
ELECTRON DIFFRACTION TUBE ‘D’: 6.3-Volt AC

Highly evacuated electron tube for demonstrating the wave nature of electrons through the observation of interference caused by passage of electrons through a polycrystalline graphite lattice (Debye-Scherrer diffraction) and rendered visible a fluorescent screen. Also intended for determining the wavelength as a function of the anode voltage from the radii of the diffraction rings and the lattice plane spacing of graphite, as well as confirming de Broglies hypothesis. Specifications: Max. filament voltage: 6.3 V AC, Max. anode voltage: 5 kV, Anode current: approx. 0.1 mA at 4 kV, Lattice constant of graphite: d10 = 0.213 nm; d11 = 0.123 nm. Weight 0.281 kg

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