1
Thonet C Dauphine: Method for production of organic products from kerogen. The Badger Company, M D Bartlett, J D Pannone, H W Arnold, March 18, 1980: US04193451 (271 worldwide citation)

A method of producing fluid organic products from kerogen in situ in a body of oil shale by the application of alternating electric fields having a frequency between 100 kilohertz and 100 megahertz to heat the kerogen in the oil shale to a temperature in the range of 200.degree. C. to 360.degree. C. ...


2
Raymond S Kasevich, Myer Kolker, Arthur S Dwyer: In situ radio frequency selective heating process. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, February 20, 1979: US04140179 (110 worldwide citation)

The process and apparatus for extracting the products of kerogen in situ from an oil shale body by supplying energy selectively to the kerogen by high frequency electric fields in the frequency range between 100 kilohertz and 1000 megahertz at an intensity which heats the kerogen to a temperature ra ...


3
Robert I Frank, Thomas E Salzer: Platinum film resistor device. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, December 12, 1978: US04129848 (81 worldwide citation)

A platinum film resistor device and method for making the same. A layer of quartz, deposited upon an insulative substrate preferably silicon, is sputter etched at high power levels to produce etch pits in the surface thereof. A layer of platinum is then deposited over the quartz layer by first sputt ...


4
Raymond S Kasevich, Myer Kolker, Arthur S Dwyer: In situ radio frequency selective heating process and system. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, November 24, 1981: US04301865 (63 worldwide citation)

The process and apparatus for extracting the products of kerogen in situ from an oil shale body by supplying energy selectively to the kerogen by high frequency electric fields in the frequency range between 100 kilohertz and 1000 megahertz at an intensity which heats the kerogen to a temperature ra ...


5
Howard J Rowland, Joseph T deBettencourt: Situ processing of organic ore bodies. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, April 1, 1980: US04196329 (60 worldwide citation)

Apparatus for fracturing and/or heating subsurface formations wherein an alternating current electric field is produced in the frequency range between 100 kilohertz and 100 megahertz between electrodes spaced apart in the formation and a radio frequency generator supplying a voltage between said lin ...


6
Howard J Rowland, Joseph T DEBettencourt: In situ processing of organic ore bodies. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, January 23, 1979: US04135579 (49 worldwide citation)

A method and apparatus for fracturing and/or heating subsurface formations wherein an alternating current electric field is produced in the frequency range between 100 kilohertz and 100 meghertz between electrodes spaced apart in the formation and a radio frequency generator supplying a voltage betw ...


7
Salvatore D Morgera: Oceanographic mapping system. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, June 10, 1980: US04207620 (43 worldwide citation)

An underwater mapping system in which a swath of terrain, much wider than a sonar beam width, is observed by means of a sonar beam scanned in the cross track plane of a ship. Filtering and correlation techniques are employed to compensate for distortions in echoes emanating from the ocean bottom by ...


8
Richard A Foerstner: Digitally programmed microwave cooker. Amana Refrigeration, M D Bartlett, J D Pannone, H W Arnold, February 26, 1980: US04190756 (39 worldwide citation)

A microwave cooker digitally programmed in any of a plurality of different cycles whose digital programs are selected from a front panel display. Programs include a cook cycle, a defrost cycle, and/or a defrost and cook cycle, in which a body of refrigerated food to be heated is subjected to microwa ...


9
Frank Sandy, Clarence J Dunnrowicz: Surface wave device having enhanced reflectivity gratings. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, December 19, 1978: US04130813 (30 worldwide citation)

Surface acoustic wave devices are disclosed which have enhanced reflectivity gratings with conductive stripes between grooves in the substrate or conductive stripes within the grooves. For lithium niobate substrates, aluminum stripes coupled together and positioned between grooves or unconnected and ...


10
Terry A Dorschner, Irl W Smith Jr, Hermann Statz: Electromagnetic wave ring resonator. Raytheon Company, M D Bartlett, J D Pannone, H W Arnold, October 21, 1980: US04229106 (29 worldwide citation)

An electromagnetic wave ring resonator is disclosed including means to spatially rotate the electromagnetic field distribution of waves resonant therein about the direction of propagation of such waves to enable such waves to resonate with opposite senses of circular polarization, and means, includi ...