5.1.01-00 Physics of the Electron |
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5.4 X-ray Physics |
5.1.02-00 Specific charge of the electron - e/m |
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5.4.01-00 Characteristic X-rays of copper |
5.1.03-11 Franck - Hertz experiment with Hg-tube |
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5.4.02-00 Chracteristic X-rays of molybdemnum |
5.1.04-01/05 Planck's " quantum of action " from the photoelectric effect ( line separation by interference filters) |
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5.4.03-00 The intensity of charateristic X-rays as a funtion of anode current and anode voltage |
5.1.04-01/05 Plank's "quantum of action" from the photoelectric effect (line separation by defraction grating) |
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5.4.04-00 The intensity of characteristric X-rays as a function of anode current and anode voltage |
5.1.06-00 Fine strcture, one-electron and two-electron spectra |
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5.4.05-00 Monochromatization of molybdenum X-rays |
5.1.07-00 Balmer series / Determination of Rydberg's constant |
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5.4.06-00 Monochromatization of copper X-rays |
5.1.08-00 Atomic spectra of two - electron systems: He, Hg |
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5.4.07-00 doublet splitting of molybdenum X-rays / fine structure |
5.1.10-05 Zeeman effect |
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5.4.08-00 Doublet splitting of iron X-rays /fine structure |
5.1.11-00 Stern - Gerlach Experiment |
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5.4.09-00 Duane - Hunt displacement law and Planck's "quantum of action" |
5.1.12-00 Electron spin resonance |
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5.4.10-00 Characteristic X-ray lines of different anode materials / Moseley's law; Rydberg frequency and screening constant |
5.1.13-00 Electron diffraction |
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5.4.11-00 Absorption of X-rays |
5.2 Radioactivity |
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5.4.12-00 K-and L- absorption edges of X-rays / Moseley's law and the Rydberg constant |
5.2.01-01 Half-life and radioactive equilibrium |
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5.13-00 Examination of the structure of NaCI monocrystals with different orientations |
5.2.0-11 Half - life and radoactive equilibrium with Cobra 3 |
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5.4.14-00 /15-00 X-ray invstigation of diffent crystal structures / Debye-Scherrer powder method |
5.2.03-11 Poision 's distribution and Gaussian distribution of radioactive decay with Cobra 3 Influence of the dead time of the counter tube |
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5.4.16-00 X-ray investigation of crystal structures / Laue method |
5.2.04-00 Visualisation of radioactive particles / Diffusion cloud chamber |
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5.4.17-00 Compton scattering of X-rays |
5.2.20-15 Alpha - Energies of different sources with Multi channel Analyzer |
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5.4.18-00 X-ray dosimetry |
5.2.21-01/11/15 Rutherford experiment |
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5.4.19-00 Contrast medium experiment with a blood vessel model |
5.2.22-01/11/15 Fine structure of the-spectrum of Am |
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5.4.20-00 Determination of the length and position of an object which cannot be seen |
5.2.23-01/11/15 Study of the- energies of Ra |
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5.4.21/22/23/24/25-00 Diffractometric Debye - Scherrer patterns of diffent powdersamples |
5.2.24-01/11/15 Energy loss - particles in gases |
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5.4.26-00 Diffractometric measurements to determine the intensity of Debye-Scherrer reflexes using a cubic lattice powder sample |
5.2.31-00 Electron absorption |
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5.4.27-00 Diffractometric Debye-Scherrer measurements for the examination of the texture of roller sheets |
5.2.32-00 - spectroscopy |
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6.4 Handbooks |
5.2.41-01/11 Law of distance and absorption of gammar or beta rays |
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X-ray Experinents |
5.2.42-01/11/15 Energy dependence of the y-absorption Coefficient |
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Interface- System Cobra3 Physics, chemistry/Biology |
5.2.44-01/11/15 Comton effect |
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5.2.45-01/11/15 Internal conversion in 137 m Ba |
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5.2.46-01/11/15 Photonuclear cross-section / Compton scattering cross-sectin |
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5.2.47-01/11/15 X-ray fluorescence and Moseley's law |
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5.3 Solid - state physics |
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5.3.01-01 Hall effect in p-germanium |
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5.3.01-11 Hall effect in p-germanium with Cobra 3 |
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5.3.02-01/11 Hall effect in n-germanium |
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5.3.03-00 Hall effect in metals |
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5.3.04-00 Band gap of germanium |
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5.3.04-11 Band gap of germanium with Cobra |
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