The most common man-made discharge is a lamp. Even though lamps are often considered a mature technology, the discharge physics is often poorly understood. Two recent initiatives discussed here show that plasma research can help to make significant improvements. First we discuss color separation in metal halide lamps, which is a problem that prevents these highly efficient lamps from being used in more applications. Secondly a novel lamp concept is presented that may replace the current mercury based fluorescent lamps
Metal halide lamps are very efficient light sources based on a Hg plasma arc with metal halide salt ...
A novel scheme for low pressure discharge lamps is explored. Rather than the commonly used mercury b...
Almost a century has passed since the introduction into the market of gas discharge lamps for genera...
The most common man-made discharge is a lamp. Even though lamps are often considered a mature techno...
paper was received on October ~0, ~.9’l1 and presented at a meeting of the Society on January 12,197...
Metal halide discharge lamps are efficient lighting sources. However their widespread application is...
The COST ref. lamp is a High Intensity Discharge (HID) Metal-Halide (MH) lamp that has been designed...
Nearly all discharge lamps in Lighting applications are based on atomic species. The use of mercury,...
The COST reference lamp is a High Intensity Discharge (HID) Metal-Halide (MH) lamp that has been des...
Metal halide lamps are very efficient light sources based on a Hg plasma arc with metal halide salt ...
A novel scheme for low pressure discharge lamps is explored. Rather than the commonly used mercury b...
Almost a century has passed since the introduction into the market of gas discharge lamps for genera...
The most common man-made discharge is a lamp. Even though lamps are often considered a mature techno...
paper was received on October ~0, ~.9’l1 and presented at a meeting of the Society on January 12,197...
Metal halide discharge lamps are efficient lighting sources. However their widespread application is...
The COST ref. lamp is a High Intensity Discharge (HID) Metal-Halide (MH) lamp that has been designed...
Nearly all discharge lamps in Lighting applications are based on atomic species. The use of mercury,...
The COST reference lamp is a High Intensity Discharge (HID) Metal-Halide (MH) lamp that has been des...
Metal halide lamps are very efficient light sources based on a Hg plasma arc with metal halide salt ...
A novel scheme for low pressure discharge lamps is explored. Rather than the commonly used mercury b...
Almost a century has passed since the introduction into the market of gas discharge lamps for genera...