Optical Plasma Diagnostics - Versionsgeschichte

Reicherz am 27. März 2012 um 11:52 Uhr

2012-03-27T11:52:43Z

Reicherz am 28. April 2010 um 07:49 Uhr

2010-04-28T07:49:57Z

Reicherz: Die Seite wurde neu angelegt: „Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not y...“

2010-01-11T08:38:03Z

Die Seite wurde neu angelegt: „Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not y...“

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Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not yet fully understood. Plasma diagnostic techniques are required for detailed investigations and monitoring technologically used plasmas. Optical measurements are a powerful diagnostic tool offering high spatial and temporal resolution. Optical emission spectroscopy (OES) provides a non intrusive access, to the physics of the plasma, with comparatively simple experimental requirements. Phase resolved OES (PROES), within the rf cycle, of rf plasmas is a rather new diagnostic technique providing information on various plasma parameters and characteristics. The basic principles of PROES will be discussed. A PROES diagnostic system will be set up and aligned. A typical experiment on a current research plasma will be carried out. A relatively simple analysis of the measured data, applying a collisional radiative model, yields information on the various power coupling mechanisms within the plasma.

← Nächstältere Version		Version vom 27. März 2012, 11:52 Uhr
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	Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not yet fully understood. Plasma diagnostic techniques are required for detailed investigations and monitoring technologically used plasmas. Optical measurements are a powerful diagnostic tool offering high spatial and temporal resolution. Optical emission spectroscopy (OES) provides a non intrusive access, to the physics of the plasma, with comparatively simple experimental requirements. Phase resolved OES (PROES), within the rf cycle, of rf plasmas is a rather new diagnostic technique providing information on various plasma parameters and characteristics. The basic principles of PROES will be discussed. A PROES diagnostic system will be set up and aligned. A typical experiment on a current research plasma will be carried out. A relatively simple analysis of the measured data, applying a collisional radiative model, yields information on the various power coupling mechanisms within the plasma.		Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not yet fully understood. Plasma diagnostic techniques are required for detailed investigations and monitoring technologically used plasmas. Optical measurements are a powerful diagnostic tool offering high spatial and temporal resolution. Optical emission spectroscopy (OES) provides a non intrusive access, to the physics of the plasma, with comparatively simple experimental requirements. Phase resolved OES (PROES), within the rf cycle, of rf plasmas is a rather new diagnostic technique providing information on various plasma parameters and characteristics. The basic principles of PROES will be discussed. A PROES diagnostic system will be set up and aligned. A typical experiment on a current research plasma will be carried out. A relatively simple analysis of the measured data, applying a collisional radiative model, yields information on the various power coupling mechanisms within the plasma.
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		+	'''407 Optische Plasmadiagnostik'''

	[http://f-praktikum.ep1.rub.de/anleitung/Versuch407.pdf Anleitung]		[http://f-praktikum.ep1.rub.de/anleitung/Versuch407.pdf Anleitung]

← Nächstältere Version		Version vom 28. April 2010, 07:49 Uhr
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		+	'''407 Optical Plasma Diagnostics'''
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	Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not yet fully understood. Plasma diagnostic techniques are required for detailed investigations and monitoring technologically used plasmas. Optical measurements are a powerful diagnostic tool offering high spatial and temporal resolution. Optical emission spectroscopy (OES) provides a non intrusive access, to the physics of the plasma, with comparatively simple experimental requirements. Phase resolved OES (PROES), within the rf cycle, of rf plasmas is a rather new diagnostic technique providing information on various plasma parameters and characteristics. The basic principles of PROES will be discussed. A PROES diagnostic system will be set up and aligned. A typical experiment on a current research plasma will be carried out. A relatively simple analysis of the measured data, applying a collisional radiative model, yields information on the various power coupling mechanisms within the plasma.		Low temperature plasmas, in particular radio-frequency (rf) discharges, are widely used for technological applications. Fundamental mechanisms are, however, not yet fully understood. Plasma diagnostic techniques are required for detailed investigations and monitoring technologically used plasmas. Optical measurements are a powerful diagnostic tool offering high spatial and temporal resolution. Optical emission spectroscopy (OES) provides a non intrusive access, to the physics of the plasma, with comparatively simple experimental requirements. Phase resolved OES (PROES), within the rf cycle, of rf plasmas is a rather new diagnostic technique providing information on various plasma parameters and characteristics. The basic principles of PROES will be discussed. A PROES diagnostic system will be set up and aligned. A typical experiment on a current research plasma will be carried out. A relatively simple analysis of the measured data, applying a collisional radiative model, yields information on the various power coupling mechanisms within the plasma.
		+
		+	[http://f-praktikum.ep1.rub.de/anleitung/Versuch407.pdf Anleitung]