The process at which superheated water in geysers is ejected upwards was first theorized and tested by this scientist. This chemist discovered that ferric oxide can be used to remove arsenic from water. This man's laboratory assistant at the University of Heidelberg, Peter Desaga, was the one who actually built the working prototype of most famous invention. An award for advances in analytical spectroscopy is named for Gustav Kirchhoff and this man, with whom he discovered cesium and rubidium. This scientist also names 
The process at which superheated water in geysers is ejected upwards was first theorized and tested by this scientist. This chemist discovered that ferric oxide can be used to remove arsenic from water. This man's laboratory assistant at the University of Heidelberg, Peter Desaga, was the one who actually built the working prototype of most famous invention. An award for advances in analytical spectroscopy is named for Gustav Kirchhoff and this man, with whom he discovered cesium and rubidium. This scientist also names a piece of lab equipment that has an adjustable valves at the top for air flow and at the bottom for gas flow. For 10 points, name this 19th century German chemist who invented a device used to create an open flame, his namesake "burner."
The process at which superheated water in geysers is ejected upwards was first theorized and tested by this scientist.
Robert Wilhelm Eberhard Bunsen