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- Frequency_classification_of_plasmas abstract "Electrical discharges applied in a plasma source for the generation of plasmas can be classified by the frequency of the exciting field. A rough classification is:Direct current discharge (DC) Pulsed DC discharge (kHz)Radio-frequency discharge (MHz) – sustained by two electron heating mechanisms: ohmic heating and stochastic heatingMicrowave discharge (GHz)Laser plasma (PHz)The quality of the coupling of an exciting field of given frequency to acharged particle depends on the position and shape of the plasma resonance.It critically determines the character of the electrical discharge. If themore massive ions cannot follow the oscillating electromagnetic field, the exciting frequency is called high (HF). In this case, the main fraction of the power is transferred to the electrons.".
- Frequency_classification_of_plasmas wikiPageID "486319".
- Frequency_classification_of_plasmas wikiPageRevisionID "518591811".
- Frequency_classification_of_plasmas hasPhotoCollection Frequency_classification_of_plasmas.
- Frequency_classification_of_plasmas subject Category:Plasma_physics.
- Frequency_classification_of_plasmas comment "Electrical discharges applied in a plasma source for the generation of plasmas can be classified by the frequency of the exciting field.".
- Frequency_classification_of_plasmas label "Frequency classification of plasmas".
- Frequency_classification_of_plasmas sameAs m.02g8ng.
- Frequency_classification_of_plasmas sameAs Q5502858.
- Frequency_classification_of_plasmas sameAs Q5502858.
- Frequency_classification_of_plasmas wasDerivedFrom Frequency_classification_of_plasmas?oldid=518591811.
- Frequency_classification_of_plasmas isPrimaryTopicOf Frequency_classification_of_plasmas.