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"Modern Physics - NEW"

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Determining the transition temperature of a high-temperature superconductor

Item Number:  (470220-134)
Solid State Physics – Superconductivity

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Franck-Hertz experiment with neon - Recording with the oscilloscope

Item Number:  (470220-116)
Franck Hertz Experiment – Neon

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Measuring the Zeeman splitting

Item Number:  (470220-120)
Measuring the Zeeman splitting of the red cadmium line as a function of the magnetic field - spectroscopy using a Fabry-Perot etalon

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X-ray and Tomography

Item Number:  (470220-124)
X-ray and Tomography, Measurement of a computed tomogram with the computed tomography module Computed tomography of simple geometrical objects, Medical basics Determining absorption coefficients and Hounsfield units Determining absorption coefficients

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Franck-Hertz experiment with mercury - Recording with the oscilloscope

Item Number:  (470220-114)
Franck Hertz Experiment – Mercury

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Electron spin resonance at DPPH

Item Number:  (470220-118)
Electron spin resonance at DPPH-determining the magnetic field as a function of the resonance frequency

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Deflection of electron

Item Number:  (470220-104)
Investigating the deflection of electrons in electrical fields Investigating the deflection of electrons in magnetic fields

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X-rays physics

Item Number:  (470220-122)
Bragg reflection:diffraction of X-rays at a monocrystal Investigating the energy spectrum of an X-ray tube as a function of the high voltage and the emission current Duane-Hunt relation and determination of Planck's constant Moseley's law and determining Rydberg constant

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Diffraction of electrons at a polycrystalline lattice (Debye-Scherrer diffraction)

Item Number:  (470220-112)
Debye–Scherrer Diffraction

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Tube holder

Item Number:  (470162-704)
Tube holder to support all S series (student) electron tubes for easy and safe operation. The five pin sockets for the tube are concealed inside the tube holder. A cathode protection switch is integrated into the tube holder, to protect the heated cathode from excessive voltage.

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Electron Diffraction Tube D

Item Number:  (470162-716)
Electron Diffraction Tube D Specifications: Max. filament voltage: 6.3 V AC Max. anode voltage: 5 kV Anode current: approx. 0.1 mA at 4 kV Focussing voltage: 0 - 50 Lattice constant of graphite: d10 = 0.213 nm; d11 = 0.123 nm

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Mechanical Effect demonstration

Item Number:  (470159-560)
Mechanical Effect demonstration, To demonstrate that cathode ray has kinetic energy that makes the blade wheel rotateCathode Rays exert a pushing effect on objects it falls on, is shown bythe rotation

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