Model No:AEI-FHATES-LM126
Franck-Hertz experiment was a groundbreaking demonstration in the early 20th century, confirming the quantization of energy in atoms. By using the Argon tube setup, students can directly observe how electrons transfer energy in discrete amounts during collisions with atoms, reinforcing the core principles of quantum mechanics.
The Franck-Hertz experiment is historically important for supporting the Bohr model of the atom and later quantum mechanics. The Argon version of this experiment provides a practical, visual demonstration of how atomic energy levels work, aiding in the understanding of topics like electron behavior, atomic structure, and energy quantization.
Franck-Hertz Argon Tube Experiment Set is a scientific kit designed to demonstrate the principles of quantum mechanics, particularly the quantization of energy levels in atoms. This experiment is based on the famous Franck-Hertz experiment, which involves measuring the energy loss of electrons after collisions with atoms. In the case of the Argon tube version, the set uses argon gas as the medium for these collisions. This Franck-Hertz Apparatus is designed for college students to demonstrate the existence of quantized states. The experiment can be performed in less time because the use of Argon tube eliminates the need for tube heating (as in the case of a Mercury filled tube). The data can be recorded manually, or directed to an oscilloscope or computer for display.UG1K 1.3 5VUG2A (rejecting voltage) 1.3 15VUG2K point- measure observation 0 100VSawtooth wave on oscilloscope: 0 50VUH (filament voltage)AC 3V,3.5V, 4V, 4.5V, 5V, 5.5V, 6.3V. Sawtooth wave parameters0 50V115 20HzVoltage amplitude of scanning output 1VLow-current Measuring range10-6 10-9 A(4 steps)
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