Systems and methods for generating high pressure discharge
OwnerKrupakar Murali Subramanianinventor
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Abstract
Systems and methods for high pressure plasma discharge, wherein a system comprises at least one electrode which is fragmented into pieces and arranged to form a fragmented electrode system; at least one dielectric material placed between or parallel to the at least one electrode and another second electrode or fragmented pieces of the fragmented electrode systems, wherein the at least one electrode or fragmented pieces of the fragmented electrode system may have same or opposite charge; and at least one power supply unit; wherein the pieces of the electrode which is fragmented can be arranged parallel or divergent or convergent to one another and are at an angle to each other or the central axis passing through the electrode.
Claims21
System for high pressure plasma discharge, wherein a system comprises,
- a) at least one electrode which is fragmented into pieces and arranged to form a fragmented electrode system;
- and
- b) at least one dielectric material placed between or parallel to the at least one electrode and another second electrode or fragmented pieces of the fragmented electrode systems, wherein the at least one electrode or fragmented pieces of the fragmented electrode system may have same or opposite charge;
- wherein the pieces of the electrode which is fragmented can be arranged, parallel or divergent or convergent to one another and are at an angle to each other or the central axis passing through the electrode.
Methods for high pressure plasma discharge, method comprising the steps of,
- a) arranging fragmented pieces of at least one electrode to form a fragmented electrode system;
- and
- b) placing at least one dielectric material between or parallel to the at least one electrode and another second electrode or fragmented pieces of the fragmented electrode systems;
- wherein the pieces of the electrode which is fragmented is arranged parallel or divergent or convergent to one another and are at an angle to each other or the central axis passing through the electrode.
System for high pressure plasma discharge, wherein a system comprises,
- a) at least two electrodes which have a concentric arrangement with respect to one another, wherein the two electrodes form a contraption between the inner and the outer electrode;
- and
- b) at least one dielectric material placed between or parallel to the at least one electrode and another second electrode or fragmented pieces of the fragmented electrode systems, wherein the said electrodes or fragmented electrode systems may have same or opposite charge;
- wherein the inner or outer surface of at least one of the electrodes tapers in at least one direction.
Methods for high pressure plasma discharge, method comprising the steps of,
- a) arranging at least two electrodes in a concentric arrangement with respect to one another such that the at least two electrodes form a contraption between the inner and the outer electrode;
- and
- b) placing at least one dielectric material between or parallel to the at least one electrode and another second electrode or fragmented pieces of the fragmented electrode systems;
- wherein the inner or outer surface of at least one of the electrodes tapers in at least one direction.
Dependencies are inferred from the claim text.