The following topics can be discussed with this highly evacuated tube:
• Quantitative analysis of inelastic collisions between electrons and Helium atoms
• Determination of the ionization energy ...
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The tube holder accommodates the entire range of tubes model S designed for practical experiments, along with their accessories such as Helmholtz coils S (1000611) and an auxiliary coil (1000645), and can also serve as the base for the discharge ...
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The Helmholtz coils are used to create magnetic fields for deflecting electron beams and are attached to the tube holder S (1014525). The tube holder allows the coils to be set up in Helmholtz configuration or at varying distances. The ...
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The following topics can be discussed with this highly evacuated tube:
• Edison-Richardson-Effect, thermionic emission
• Diode characteristics, space charge region, Schottky-Langmuir law
•  ...
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The following topics can be discussed with this highly evacuated tube:
• Edison-Richardson-Effect, thermionic emission
• Determining the negative charge of electrons
• Recording triode characteristics ...
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The following topics can be discussed with this highly evacuated tube:
• Luminescence of different phosphors when excited by electrons (cathodoluminescence)
• Luminescence of different phosphors when excited ...
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The following topics can be discussed with this highly evacuated tube:
• Linear propagation of cathode rays / of electron beams
• Electrostatic charging effects
• Electron deflection by ...
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The following topics can be discussed with this highly evacuated tube:
• Evidence of the particle nature of cathode beam
• Establishment of the polarity of cathode beam
• Estimation of the ...
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The following topics can be discussed with this highly evacuated tube:
• Investigate the deflection of an electron beam by a magnetic field
• Investigate the deflection of an electron beam by an electric field ...
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The following topics can be discussed with this helium-filled, partial-vacuum electron tube:
• Discharge, evidence of positive charge carriers
• The IA – UA characteristic of a thyratron
&bull ...
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The following topics can be discussed with this Neon-filled, partial-vacuum electron tube:
• Discharge, evidence of positive charge carriers
• The IA – UA characteristic of a thyratron
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The following topics can be discussed with this Neon-gas filled, partial-vacuum electron tube:
• Determination of the specific charge e/m for tangential injection and perpendicular magnetic field
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The following topics can be discussed with this highly evacuated tube:
• Illustration of the wave nature of electrons
• Determination of the wavelength of electrons depending on the anode voltage
&bull ...
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For observing phenomena (for example cathode glow, positive column, canal rays) that occur during electrical discharge in a variety of gases at various pressures. Either end of the discharge tube is equipped with a fluorescent screen, and ...
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