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Gas Discharge Plasma Experimental Instrument

Instrument Composition:

 

The instrument consists of a Curie temperature tester and a mechanical structure. The mechanical structure includes a heating device, temperature control and measurement devices, magnetization and detection devices, and air cooling devices.

 

 

Product Features

 

The instrument's integrated design eliminates the need for complex wiring.

The discharge tube is enclosed in an insulating casing for high safety.

 

 

Experimental Details


The dual-probe method is used to measure the volt-ampere characteristic curves of the probes at different discharge voltages.

 

 

Experimental Objectives


1. To understand the generation of plasma and the physical significance of related parameters.
2. To use the dual-probe method to measure the electron temperature and electron density of a gas discharge plasma.

 

 

Specifications of Gas Discharge Plasma Experimental Apparatus

 

High voltage: 0-2000V continuously adjustable
Probe voltage: 0-170V continuously adjustable

 

The Gas Discharge Plasma Experimental Instrument uses high voltage to induce a glow discharge in a low-pressure gas, generating and observing plasma. By adjusting the voltage and gas pressure, discharge characteristics (such as breakdown voltage and discharge current), plasma luminescence phenomena, and spectra can be studied. This instrument is used for teaching and demonstrating basic plasma physics.
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