Robert L Waldron

48675148, Sep 19, 1989

Nov 12, 1985

6/796957

Robert D. Waldron - Hacienda Heights CA

Hydro Fuels, Inc. - Wilmington DE

G02B 522
G02B 2700
G02B 300
F24J 208

350 11

Such system can include, in the first plane, a first optical device for producing converging radiation from incident, substantially parallel radiation passing through the first optical device and, in a second plane, substantially parallel to the first plane, a second optical device for receiving, as incident radiation, converging radiation from the first optical device and for recollimating or reducing the degree of convergence of this incident, converging radiation as it passes through the second optical device.

50169807, May 21, 1991

Apr 6, 1989

7/334685

Robert D. Waldron - Hacienda Heights CA

G02B 504

350286

Systems for deviating and (optionally) converging radiation include two optical devices preferably in parallel planes with one device producing convergence, and the other divergence. Alternatively, the deviating effect can be produced by an array of pairs of dove prisms with the tips of the prisms in each pair either joined to one another or separated by dielectric of lower refractive index, and with the adjacent contiguous pairs joined periodically at the base of each prism along the contiguous surfaces or separated from one another by dielectric.

52405699, Aug 31, 1993

Sep 30, 1991

7/767438

Robert D. Waldron - Hacienda Heights CA

Rockwell International Corporation - Seal Beach CA

C25B 1500
C25C 300
C25C 700

204 111

The system includes at least one electrolysis cell having a principal direction of current flow. The electrolysis cell has two electrode surfaces whose mean surface planes are substantially parallel, separated by a fluid electrolyte layer. Separate electric current conducting means, energized by an electric power source and independent of the electrolysis circuit elements are so arranged and constructed with respect to the cell to increase the average component of the magnetic field substantially parallel to the mean electrode surfaces within the fluid electrolyte layer. This increase in the magnetic field is relative to the magnetic field due solely to the electrolysis current. A flow return conduit is included for connecting at least one entrance port of the electrolysis cell to a least one exit port of the electrolysis cell. The ports are disposed substantially parallel to the pressure gradient formed by the magnetic forces present during operation.