One important advance in the development of an industrial version of this machine was William Brown's  crossfield amplifier. Michael Mingos designed some of the vessels used with these devices and gave theoretical  explanations of their mechanism. Alterman modified the procedure of Buchwald–Hartwig to utilize this  device. Good solvents to use in conjunction with these machines have a high tan delta value. A 1986 paper by  Gedye saw the birth of the field of organic chemistry based on these machines. Percy Spenser invented this device  while visiting Raytheon. The first commercial produced version of this device was the Radarange. The key  component of these machines is a magnetron. These devices can induce the superheating effect and their
One important advance in the development of an industrial version of this machine was William Brown's  crossfield amplifier. Michael Mingos designed some of the vessels used with these devices and gave theoretical  explanations of their mechanism. Alterman modified the procedure of Buchwald–Hartwig to utilize this  device. Good solvents to use in conjunction with these machines have a high tan delta value. A 1986 paper by  Gedye saw the birth of the field of organic chemistry based on these machines. Percy Spenser invented this device  while visiting Raytheon. The first commercial produced version of this device was the Radarange. The key  component of these machines is a magnetron. These devices can induce the superheating effect and their action is  based on dielectric heating. For 10 points, name these machines that use a particular type of radiation to cook food.
One important advance in the development of an industrial version of this machine was William Brown's  crossfield amplifier.
microwave oven