Add to ORKGThe temperature profiles of electrodes in discharge lamps are important as they radically affect the fundamental chemical and physical transport processes within the lamp which have a direct influence on many important factors of lamp performance such as life, efficiency and lumen maintenance. In the past a number of investigations have been made into various aspects of electrode performance and, in particular, their temperature profiles but none have looked specifically at single ended discharge lamps. [Continues.
In order to improve our understanding of plasma processes in metal halide (MH) lamps, numerical mode...
In the present research, both of correlated color temperature and total luminous flux are determined...
Die vorliegende Arbeit entstand im Rahmen von Untersuchungen, die ein grundsätzlich besseres Verstän...
Electrode temperature diagnostics and a two-dimensional electrode model have been developed to impro...
Worldwide about 20% of all electricity is used for lighting. It is therefore of great interest to de...
A diagnostic technique is presented to determine the electrode work function in ac-operated metal ha...
Almost fifteen years have passed since the electrode-less lamp was put on the market. Some kinds of ...
The lifetime of HID lamps is limited by thermal stress of their electrodes. The cathode temperature ...
Worldwide, 20% of all electricity is used for lighting. For this reason, efficient lamps are economi...
In 1912 Charles Steinmetz was granted a patent for a new light source. By adding small amounts of so...
Tungsten halogen lamps are widely used as sources of radiant intensity because of their compactness ...
The first practical tungsten–halogen lamp was made in 1959, based upon a principle patented in 1882....
We ran some tests on the effect of dimming of metal halide (MH) lamps upon the stability and the spe...
Rare earth halides are important components in metal halide discharge lamps. Due to the high tempera...
There is an increasing interest in electrodeless lamps since reactions between the electrodes and th...
In order to improve our understanding of plasma processes in metal halide (MH) lamps, numerical mode...
In the present research, both of correlated color temperature and total luminous flux are determined...
Die vorliegende Arbeit entstand im Rahmen von Untersuchungen, die ein grundsätzlich besseres Verstän...
Electrode temperature diagnostics and a two-dimensional electrode model have been developed to impro...
Worldwide about 20% of all electricity is used for lighting. It is therefore of great interest to de...
A diagnostic technique is presented to determine the electrode work function in ac-operated metal ha...
Almost fifteen years have passed since the electrode-less lamp was put on the market. Some kinds of ...
The lifetime of HID lamps is limited by thermal stress of their electrodes. The cathode temperature ...
Worldwide, 20% of all electricity is used for lighting. For this reason, efficient lamps are economi...
In 1912 Charles Steinmetz was granted a patent for a new light source. By adding small amounts of so...
Tungsten halogen lamps are widely used as sources of radiant intensity because of their compactness ...
The first practical tungsten–halogen lamp was made in 1959, based upon a principle patented in 1882....
We ran some tests on the effect of dimming of metal halide (MH) lamps upon the stability and the spe...
Rare earth halides are important components in metal halide discharge lamps. Due to the high tempera...
There is an increasing interest in electrodeless lamps since reactions between the electrodes and th...
In order to improve our understanding of plasma processes in metal halide (MH) lamps, numerical mode...
In the present research, both of correlated color temperature and total luminous flux are determined...
Die vorliegende Arbeit entstand im Rahmen von Untersuchungen, die ein grundsätzlich besseres Verstän...