Optical emission spectroscopy (OES) can be used to map the electron energy distribution of hydrogen plasmas. Using actinometry, a type of OES where trace amounts of noble gases are introduced, the effect of discharge power on the electron temperature of hydrogen plasmas was explored. This was done using argon and krypton as actinometers for low pressure hydrogen plasmas. It was determined that the electron temperature decreased with respect to power supplied to the discharge
Actinometric optical emission spectroscopy was used in the investigation of discharges of mixtures o...
The rovibrationally resolved density distributions of molecular hydrogen are measured in expanding t...
First General Meeting in Prague, May 25 - 29, 2015; http://prague2015astrohistory.vscht.cz/Cold plas...
Optical emission spectroscopy (OES) can be used to map the electron energy distribution of hydrogen ...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
In plasma spraying, hydrogen is widely used as a secondary working gas besides argon. In particular ...
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
Methane based gases are often used to produce thin films of biomaterials, such as diamond-like carbo...
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
The rovibrationally resolved density distributions of molecular hydrogen are measured in expanding t...
In this work we investigate the applicability of several optical emission spectroscopy methods to me...
Actinometric optical emission spectroscopy was used in the investigation of discharges of mixtures o...
The rovibrationally resolved density distributions of molecular hydrogen are measured in expanding t...
First General Meeting in Prague, May 25 - 29, 2015; http://prague2015astrohistory.vscht.cz/Cold plas...
Optical emission spectroscopy (OES) can be used to map the electron energy distribution of hydrogen ...
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
An expanding thermal arc plasma in argon–hydrogen is investigated by means of emission spectroscopy....
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
In plasma spraying, hydrogen is widely used as a secondary working gas besides argon. In particular ...
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
Methane based gases are often used to produce thin films of biomaterials, such as diamond-like carbo...
Summary form only given. A new method of actinometry has developed to characterize the cold afterglo...
The rovibrationally resolved density distributions of molecular hydrogen are measured in expanding t...
In this work we investigate the applicability of several optical emission spectroscopy methods to me...
Actinometric optical emission spectroscopy was used in the investigation of discharges of mixtures o...
The rovibrationally resolved density distributions of molecular hydrogen are measured in expanding t...
First General Meeting in Prague, May 25 - 29, 2015; http://prague2015astrohistory.vscht.cz/Cold plas...
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