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Electron Spin Resonance
The Electron Spin Resonance determines the magnetic field as a function of resonance frequency.
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X–Ray Physics
This kit includes five different experiments exploring X-rays.
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X–Ray and Tomography
Five different experiments exploring X–rays and tomography.
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Hall Effect Apparatus
The Hall Effect Apparatus explores solid-state physics and conduction phenomena.
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Density and Mobility in N–Germanium/P–Germanium
Solid-state physics – conduction phenomena.
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Solid State Physics – Superconductivity
Determine the transition temperature of a superonductor.
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Determining Planck's Constant, Leybold Products
Leybold chemistry experiments.
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Leybold Products Digital Laue Diagrams: Investigating The Lattice Structure of Monocrystals
The X-ray image sensor allows capturing the Laue pattern in one minute (much faster than conventional film) and the digital evaluation eases the determination of the diffraction angles on the computer.
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Quantitative Determination of Carbon, Leybold Products
Leybold Chemistry Experiments.
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Quantitative Determination of Hydrogen, Leybold Products
Leybold Chemistry Experiments.
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Thermal Analysis of Hydrocarbons, Leybold Products
Leybold Chemistry Experiments.
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Fractionated Petroleum Distillation, Leybold Products
Leybold Chemistry Experiments.
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Recording of Absorption Spectra, Leybold Products
Leybold Chemistry Experiments.
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Reaction of Malachite Green, Leybold Products
Leybold Chemistry Experiments.
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Determination of Relative Atomic Mass, Leybold Products
Leybold Chemistry Experiments.