Abstract: Alternating magnetic field (AMF) systems and devices and methods for producing nanobubbles said methods and devices. The AMF systems and devices of the present invention may feature sets of magnets configured to expose a flowing liquid to an alternating magnetic field. The alternating magnetic field destabilizes dissolved gas molecules to produce nanobubbles. The methods, systems, and devices of the present invention may be used to treat solution, for reducing fouling or corrosion in a tube system or pipe system, methods for increasing water porosity of soil, methods for treating thromboembolic disease, etc.

Abstract: Alternating magnetic field (AMF) systems and devices and methods for producing nanobubbles said methods and devices. The AMF systems and devices of the present invention may feature sets of magnets configured to expose a flowing liquid to an alternating magnetic field. The alternating magnetic field destabilizes dissolved gas molecules to produce nanobubbles. The methods, systems, and devices of the present invention may be used to treat solution, for reducing fouling or corrosion in a tube system or pipe system, methods for increasing water porosity of soil, methods for treating thromboembolic disease, etc.

Abstract: Alternating magnetic field (AMF) systems and devices and methods for producing nanobubbles said methods and devices. The AMF systems and devices of the present invention may feature sets of magnets configured to expose a flowing liquid to an alternating magnetic field. The alternating magnetic field destabilizes dissolved gas molecules to produce nanobubbles. The methods, systems, and devices of the present invention may be used to treat solution, for reducing fouling or corrosion in a tube system or pipe system, methods for increasing water porosity of soil, methods for treating thromboembolic disease, etc.

Abstract: A table includes a table top having an underside, a top structure, a base structure, and a control mechanism. The top structure is attached to the table top and includes hollow supports cylinders arranged parallel to each other and a top support bar configured to support a tilt assembly. The support cylinders extend downwardly away from the table top. The base structure includes hollow legs extending upwardly and configured to receive at least a portion of the support cylinders. The control mechanism is operably connected to movement mechanisms disposed within the support cylinders and the legs. The control mechanism is configured to directly and simultaneously control each movement mechanism so as to raise and lower the support cylinders relative to the legs. The tilt assembly is affixed to the underside and to the top support bar and is configured to pivot about a pivot axis.