US 20140057512A1 (19) United States (12) Patent Application Publication (10) Pub. No.: US 2014/0057512 A1 Matthews (43) Pub. Date: Feb. 27, 2014

(54) NON IONIC GROUPS OF AMPHOTERIC B22D 5/00 (2006.01) POLYSACCHARIDE LINEAR OR BRANCHED E04H 5/02 (2006.01) ALKYL ORACID AND BASE DISTILLATION B29C 33/38 (2006.01) RESERVOIR LIQUID OR GAS (52) U.S. Cl. MECHANICALLY REFINED AND NANO CPC. B28B 700 (2013.01); E04H 5/02 (2013.01); PARTICLE DISPERSION AND RECOVERY B29C 33/38 (2013.01); B22D 15/00 (2013.01); BASIN IN VACUUMPROCESSING FOR B30B 15/00 (2013.01) BUILDING MATERALS AND HIGH USPC ...... 442/2; 249/1 17:52/173.1; 100/295; WEAR-HEAT RESISTANT PARTS BRUSHES; 4287542.8 WINDINGS: COILS: BATTERY CELLS: BRAKE PADS: BUSHINGS: 2.5 PHASE (57) ABSTRACT EXTRUSIONS DIE CAST MOLDING: Manufacture process scientific formula mechanically refined REFRIGERATION: POLARIZED GLASS: AND and nanoparticle dispersion preform slurry non ionic or elec CENTRAL PROCESSING UNIT trolyte carbon nanofoam CNFs with or without ionic suspen PROCESSORS. sion elements manufactured, Preform slurry high wear-heat resistant parts electronic component composite coils, com (76) Inventor: Robert Richard Matthews, posite windings, drawn, annealing, spun, coils, windings, Washington, DC (US) wire, woven textile mesh, shielding, brushes, inductors, anti node couplers, electric rheostats, starters, motors, alternators, (21) Appl. No.: 13/612,667 generators, ionic Suspension element enhanced composite coils, composite windings, drawn, annealing, spun, coils, (22) Filed: Sep. 12, 2012 windings, wire, woven textile mesh, shielding, brushes, capacitors, battery cells, rheostats, electronic resistors, trans Related U.S. Application Data formers, transducers, rectifiers, power Supplies, or heat sinks, (63) Continuation-in-part of application No. 13/595,610, Preform slurry carbon nanofoam CNFs extrusion high wear filed on Aug. 27, 2012, now abandoned. heat resistant parts aerospace, automotive, and transportation brake calipers, rotors, pads, washers, spacers, and bushings, Publication Classification Preform slurry carbon nanofoam CNFs extrusion high wear heat resistant parts precision casting molds manufacturing (51) Int. C. highly pure metal, Super Alloy, acid-Solid, alkaline, glass, B2SB 700 (2006.01) acrylic, halide, alkalide, or ceramics specializing in 2.5 phase B3OB IS/00 (2006.01) die cast molding.

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Patent Application Publication Feb. 27, 2014 US 2014/0057512 A1

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US 2014/0057512 A1 Feb. 27, 2014

NON ONIC GROUPS OF AMPHOTERC BRIEF SUMMARY OF THE INVENTION POLYSACCHARDE LINEAR OR BRANCHED ALKYL ORACID AND BASE DISTILLATION 0005 Scientific utilization of preform technology the RESERVOIR LIQUID OR GAS Variable hydraulic preform slurry non ionic or electrolyte MECHANCALLY REFINED AND NANO carbon nanofoam CNFs extrusion high wear-heat resistant PARTICLE DISPERSION AND RECOVERY parts press FIG. 1 with manufactured or processed carbon BASIN IN VACUUMPROCESSING FOR nanofoam CNFs available resources enables the manufacture BUILDING MATERALS AND HIGH process of high wear-heat resistant parts electronic compo WEAR-HEAT RESISTANT PARTS BRUSHES; nent composite coils, composite windings, drawn, annealing, WINDINGS: COILS: BATTERY CELLS: spun, coils, windings, wire, woven textile mesh, shielding, BRAKE PADS: BUSHINGS: 2.5 PHASE brushes, inductors, antinode couplers, electric rheostats, EXTRUSIONS DIE CAST MOLDING: starters, motors, alternators, generators, ionic suspension ele REFRIGERATION: POLARIZED GLASS: AND ment enhanced composite coils, composite windings, drawn, CENTRAL PROCESSING UNIT annealing, spun, coils, windings, wire, woven textile mesh, PROCESSORS. shielding, brushes, capacitors, battery cells, rheostats, or electronic parts, electronic resistors, or electronic parts, trans formers, transducers, rectifiers, power Supplies, heat sinks, or DOMESTIC PRIORITY DATA electronic parts, aerospace, automotive, transportation brake 0001. This is an application a continuation in part of pre calipers, rotors, pads, washers, spacers, bushings, and preci liminary amendment to specification Application-number sion casting molds for the manufacturing of highly pure 13595610 Filing Date Aug. 27, 2012. metal, Super Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive Zirconia, carbon nanofoam CNFs, alternate carbon nanofoam CNFs inductor, BACKGROUND OF THE INVENTION or impedance matching load or signal ceramic redbrick clay 0002 Global warming and growing concerns of Green insulator 2.5 phase extrusions for each A and B specification house gas emissions from our dependency on fossil fuels are part. creating real demand and awareness for an electric alternative to gasoline engines and expensive replacement parts. Few DETAILED DESCRIPTION OF THE INVENTION technological developments of collecting and manufacturing 0006. The Variable hydraulic preform slurry non ionic or carbon nanofoam CNFs improve upon our existing techno electrolyte extrusion allotropes of carbon atomic number 6 logical structure. By applying scientific utilization of preform symbol C herein referred to as preform slurry non ionic or technology the Variable hydraulic preform slurry non ionic or electrolyte carbon and carbon nanofoam CNFs high wear electrolyte carbon nanofoam CNFs extrusion high wear-heat heat resistant parts press the center of this utility patent appli resistant parts press with manufactured or processed carbon cation specification manufacture process of specified Scien nanofoam CNFs assembled resources we can now create the tific formula liquid or gas mechanically refined and manufacture process of Preform slurry non ionic or electro nanoparticle dispersion Preform slurry non ionic or electro lyte carbon nanofoam CNFs extrusion high wear-heat resis lyte carbon nanofoam CNFs Solids, liquids, and/or gases, tant parts. heated, chilled, or room temperature Chemical Non ionic Groups of Amphoteric Polysaccharide Linear or Branched BRIEF DESCRIPTION OF FIG. 1 Alkyl Compounds or electrolyte ionic melts, ionic fluids, and/or fused, and/or catalyst acid and bases, actual catalyst, 0003 FIG. 1 the Variable hydraulic preform slurry non and/or catalyst reservoir with or without ionic Suspension ionic or electrolyte carbon nanofoam CNFs extrusion high element specification 48 elements and/or specification 49 wear-heat resistant parts press. alloys manufactured 1. Preform slurry non ionic or electrolyte carbon nanofoam CNFs extrusion high wear-heat resistant DETAILED DESCRIPTION OF FIG. 1 parts electronic component composite coils, composite wind ings, drawn, annealing, spun, coils, windings, wire, woven 0004 Variable hydraulic preform slurry non ionic or elec textile mesh, shielding, brushes, inductors, antinode cou trolyte carbon extrusion high wear-heat resistant parts press plers, electric rheostats, starters, motors, alternators, genera 1-Hydraulic control wheel 2-Electronic servo 3-Hydraulic tors, ionic Suspension element enhanced composite coils, pump 4 Hydraulic pipe 5 Hydraulic actuator 6 Hydraulic composite windings, drawn, annealing, spun, coils, windings, tool steel arm 7 Slurry carbon tool steel press plate wire, woven textile mesh, shielding, brushes, capacitors, bat 8 Slurry carbon tool steel line in 9A Gravity feed tool tery cells, rheostats, or electronic parts, electronic resistors, or steel collector 9B Tool steel release portal control electronic parts, transformers, transducers, rectifiers, power 10 Slurry carbon tool steel reservoir 11—Slurry carbon Supplies, heat sinks, or electronic parts 2. Preform slurry non reservoir regulated tool steel waste filter 12 Slurry carbon ionic or electrolyte carbon nanofoam CNFs extrusion high tool steel reservoir expanded 13 Slurry carbon tool steel wear-heat resistant parts aerospace, automotive, and trans reservoir contracted 14 Slurry carbon reservoir brass—tool portation brake calipers, rotors, pads, washers, spacers, and steel aperture 15 Tool steel extrusion die cast design bushings 3. Preform slurry non ionic or electrolyte carbon brass—tool steel fitting 16 Tool steel electronic servo or nanofoam CNFs extrusion high wear-heat resistant parts pre manual stop control release pull pin 17 Tool steel extrusion cision casting molds for the manufacturing of highly pure die cast design internal cavity 18 Tool steel extrusion die metal, Super Alloy, ceramics, acid-Solid, alkaline, glass, cast design internal cavity regulator waste filter and 18B acrylic, halide, alkalide, nonconductive Zirconia, carbon Tool steel vacuum release portal control. nanofoam CNFs, alternate carbon nanofoam CNFs inductor, US 2014/0057512 A1 Feb. 27, 2014

or impedance matching load or signal ceramic redbrick clay Building Materials trade name Preform Modular alkalines, insulator 2.5 phase extrusions for each A and B specification clays, and sands for fine concrete, mortar, bricks, tiles, and part. High Wear-Heat Resistant Parts Brushes; Windings; Coils; Battery Cells: Electronic Resistors; Capacitors; Brake Pads: 0007 Distillation Reservoir and Recovery Basin Made Washers; Spacers; Bushings; Drawn; Annealing; Spun: From Super Alloy and/or Ceramic with Variable Hydraulic Coils; Windings; Wire; Woven Textile Mesh; Shielding; And Press Plate 1.0 to 2.0 phase extrusions 1.0 polarized extrusion with positively and negatively molten charging distillation 2.5 phase extrusions Die Cast Molding. glass optical, lenses, and mirrors with or without alumina, 0008 Supplemental Super Alloy Super Cooling Refrig Nano alumina, Carbon Nanofoam CNFs. Alternate Carbon eration And Super Alloy Venturi Curvical or Linear Expres Nanofoam CNFs Inductor, gold, or platinum and 2.0 extru sion Comprising a Scientific Aperture, a Divergence Mea sion acrylic. Other distillation processing Mechanically Sured in Angulation, and a Scientific Aperture Diffusion Refined non ionic or electrolyte preform slurry or Molten Carbon Dioxide CO2 Gaseous Particle Accelerator With Highly Pure Metal; Super Alloy including Carbon; Carbon Super Cooling Refrigeration Deceleration temperature to less Nanofoam CNFs. Alternate Carbon Nano Foam CNFs Induc than -109 degrees Fahrenheit or -78.5 degrees Celsius Car tor, Nano alumina; Alumina; Silica mineral; Glass; Acrylic; bon Dioxide CO2 sublimated frozen gas Supercooling Super Polymer Resin; Alumina Silica; Acid Solid; Impedance Alloy or Super Alloy Venturi. Matching Ceramic Red Brick Insulator, Molybdenum; 0009. Self contained Carbon Dioxide CO2 Refrigeration Ceramic Zirconia; Ceramic Silica; Ceramic Clay; Calcium unit commercial, residential, or portable Super Alloy vacuum Carbonate; Alkaline; Minerals; including Ionic Suspension with vacuum pump drawing Carbon Dioxide CO2 gas Elements and Ceramic Silica mineral Insulator for specifica through insulated Super Alloy feeder tubes in a parallel circuit tion 48 elements Highly Pure Metal, and specification 49 to separate Super Alloy Venturi Curvical or Linear Expres alloys. Distillation reservoir Halogen Gas, Ammonia Gas sion Comprising a Scientific Aperture, a Divergence Mea From Nitrogen and Hydrogen, and Antimony Gas Suspended sured in Angulation, and a Scientific Aperture Diffusion Car elements mechanically refined and nanoparticle distillation bon Dioxide CO2 Gaseous Particle Accelerator With Super Carbon Nanofoam CNFs, Alumina, Nano alumina, Nickel, Cooling Refrigeration Deceleration temperature to less than Cadmium, Lithium, Lead, Antimonide, Magnesium, Halide, -109 degrees Fahrenheit or -78.5 degrees Celsius Carbon Acid Solid, and Alkalide distillation processing and/or up to Dioxide CO2 sublimated frozen gas is then passed over Super Four Pours 1.0 to 2.5 phase extrusions or Preform slurry non Alloy and through cooling fan. ionic or electrolyte. Both Processes Molten Pours and Vari (0010 Self contained Carbon Dioxide CO2 Refrigeration able hydraulic preform slurry non ionic or electrolyte Press in unit commercial, residential, or portable Super Alloy vacuum Vacuum Control Room Scientific Distillation Ordinary with vacuum pump rated alternating current AC or direct Atmospheric Pressure less than Ordinary Atmospheric Pres current DC drawing Carbon Dioxide CO2 gas through insu Sure Catalyst Gases. Other specification 48 elements Argon, lated Super Alloy feeder tubes in a parallel circuit to separate Carbon Monoxide, Carbon Dioxide, or Other Gas mechani numeric Super Alloy Venturi Curvical or Linear Expression cally refined or nanoparticle Suspension catalyst Greater or Comprising a Scientific Aperture, a Divergence Measured in Lesser Than Ordinary Atmospheric Pressure. Super Alloy Angulation, and a Scientific Aperture Diffusion Carbon Super Cooling Refrigeration And Super Alloy Venturi Curvi Dioxide CO2 Gaseous Particle Accelerator With Super Cool cal or Linear Expression Comprising a Scientific Aperture, a ing Refrigeration Deceleration temperature to less than -109 Divergence Measured in Angulation, and a Scientific Aper degrees Fahrenheit or -78.5 degrees Celsius Carbon Dioxide ture Diffusion Gaseous Particle Accelerator With SuperCool CO2 sublimated frozen gas passes over Super Alloy and ing Refrigeration Deceleration with or without nanoparticle through cooling fan. An isolated Super alloy cylinder is con synthesizing Laser Ablation and MultiWaveform Ablation X, nected to the Refrigeration unit from Super alloy connecting Y. And Z Fields and Fractional Vacuum Distillation Gaseous rods Super cooling the outside walls. The outer cylinder cools and/or Positive and Negative Ionic Charges Recovery and an electronic air compressor rated alternating current AC or Super Alloy, Ceramic Zirconium, Ceramic Molybdenum, direct current DC is activated filling an inner variable cylinder Ceramic Impedance Matching Red Brick Clay Insulator and/ with compressed air providing diffusive compensation as it or Ceramic Silica Distillation reservoir with Variable Hydrau expands forcing the carbon dioxide CO2 filled outer cylinder lic Press Plate Expanded and Contracted Greater or Lesser through a continuous circuit of Super Alloy Venturi Curvical Than Ordinary Atmospheric Pressure Distillation Recovery or Linear Expression Comprising a Scientific Aperture, a Fractional Vacuum Distillation Gaseous and/or Positive Dis Divergence Measured in Angulation, and a Scientific Aper tillation and Variable Hydraulic Press Plate Expanded and ture Diffusion Carbon Dioxide CO2 Gaseous Particle Accel Contracted Greater or Lesser Than Ordinary Atmospheric erator With Super Cooling Refrigeration Deceleration tem Pressure Distillation Recovery Allotropes of 6 C Carbon, perature to greater than -109 degrees Fahrenheit or -78.5 Solid, Liquid, and Gases Chemical Non ionic Groups of degrees Celsius Carbon Dioxide CO2 forming dry ice in the Amphoteric Polysaccharide Linear or Branched Alkyl Com outer internal cylinder. pounds or Electrolytes and/or Liquid Ions and/or Ionic Melts 0011 Distillation and Recovery Basin Automation Mass and/or Fused and/or Acid and Bases Catalyst and/or Catalyst Production Variable Hydraulic Press Plate Mold and Carbon Slurry Reservoir 6 C Allotropes of Carbon and Liquid and/or Nanofoam CNFs Mold with Pour Aperture located in the Liquid Vapors and/or Gaseous Electrolyte Catalyst Acids and center and hydraulic cylinder located on the right Expanded Solid Materials Carbon; Carbon Nanofoam CNFs. Alternate and Contracted for Molten Pouring Highly Pure Metal Carbon Nano Foam CNFs Inductor; Silica mineral; Silica printed circuit, Super Alloy including Carbon Nanofoam Alumina; Acid Solid; Impedance Matching Ceramic Red CNFs printed circuit Nickel, Cadmium, Lithium, Lead, Anti Brick Insulator; Molybdenum; Ceramic Clay; Calcium Car monide, Halide, Alkalide, Specification 48 elements printed bonate; Ceramic Zirconia; Silica mineral; and Minerals for circuit, or Specification 49 Alloys printed circuit and/or US 2014/0057512 A1 Feb. 27, 2014

Ceramic Insulator for 1.0, and 2.0 phase extrusion Plates, molten metal or ceramic into a cast mold over a process of 2.5 Sheets, Foil, and Leaf Central Processing Unit CPU proces phase extrusions that create six molded casts for each sor, relay, or switch series or parallel circuit and Battery Cell designed master tool steel part that is manually machined and series or parallel circuit rated conductive with Ceramic Silica manufactured named Part X external layer Highly Pure Metal mineral Insulator, or Ceramic Alumina Silica Carbon Nano or Super Alloy including Carbon Nanofoam CNFs and PartZ foam CNFs Insulator. Distillation and Recovery Basin Auto the internal layer other Highly Pure Metal, Super Alloy mation Mass Production Crucible Casted Molten Highly Pure including Carbon Nanofoam CNFs or Ceramic Insulator. Metal printed circuit, Super Carbon Alloy Carbon Nanofoam CNFs printed circuit Nickel, Cadmium, Lithium, Lead, Anti 0014. Manufactured process of 2.5 phase extrusions Die monide, Halide, Alkalide, Specification 48 elements printed Cast Molding for Precision Casting of Super Alloy and circuit, or Specification 49 Alloys printed circuit and/or Ceramic ultimately create a single part identical to the master Ceramic Insulator for 1.0, and 2.0 phase castings Plates, designed and machine manufactured part with the exception Sheets, Foil, and Leaf Central Processing Unit CPU proces to the chemical element is now a Super Alloy or Super Alloy sor, relay, or switch series or parallel circuit and Battery Cell Ceramic that is layered greater than 0% to less than 100% series or parallel circuit rated conductive with Ceramic Silica highly Pure Metal or Super Alloy including Carbon Nano mineral Insulator, or Ceramic Alumina Silica Carbon Nano foam CNFs and greater than 0% to less than 100% Other foam CNFs Insulator. Distillation and Recovery Basin Auto Highly Pure Metal, Super Alloy including Carbon Nanofoam mation Mass Production Variable Hydraulic Press Plate Mold CNFs and/or Ceramic. Processing molded halves sequence 1 and Carbon Nanofoam CNFs Mold with Pour Aperture to 9 of Manufacture process of 2.5 phase extrusions Die Cast located in the center and hydraulic cylinder located on the Molding For Precision Casting of Highly Pure Metal, Super right Expanded and Contracted for Pouring non ionic or elec Alloy including Carbon Nanofoam CNFs, and/or Ceramic trolyte preform slurry with mechanically refined and nano Part X and Part Z side profile not shown here of casting for particle dispersion fine Printing Highly Pure Metal printed Part X two halves sequence 1 side profile not shown here of circuit, Super Alloy including Carbon Nanofoam CNFs casting for part Z two halves sequence 2, side profile not printed circuit, Carbon Nanofoam CNFs printed circuit, shown here of casting for part Zextruded halves sequence 3. Alternate Carbon Nanofoams CNFs printed circuit, Carbon cast 1 half of part X sequence 4, cast 3 half of part Z. sequence Nanofoam CNFs Ionic Suspension Element printed circuit 5, extruded cast 5 half of part Z. sequence 6, side profile not Nickel, Cadmium, Lithium, Lead, Antimonide, Magnesium, shown here of cast 5 on top cast 1 on bottom sequence 7, side Specification 48 elements printed circuit, or Specification 49 profile not shown here of cast 6 on top and cast two on bottom Alloys printed circuit and/or Ceramic Insulator for 1.0, and sequence 8, fill halves joined in cast 1 and 2 and filled with 2.0 phase extrusion Plates, Sheets, Foil, and Leaf Central molten Highly Pure Metal or Super Alloy including Carbon Processing Unit CPU processor, relay, or switch series or Nanofoam CNFs sequence 9. The manufacture process parallel circuit and Battery Cell series or parallel circuit rated begins by a designed and machined manufactured masterpart conductive with Ceramic Silicamineral Insulator, or Ceramic named part X. The masterpart X is used to create two external Alumina Silica Carbon Nanofoam CNFs Insulator. Distilla cast halves. This is accomplished by casting the masterpartX tion and Recovery Basin Automation Mass Production Cru into the center of two ceramic molded halves with newly cible Casted non ionic or electrolyte preform slurry with poured ceramic slip. After the ceramic slip dries the master mechanically refined or nanoparticle dispersion fine Printing part X is removed and the two ceramic molded halves are Highly Pure Metal printed circuit, Super Alloy including ignited and cured in a furnace. Carbon Nanofoam CNFs printed circuit, Carbon Nanofoam 0015 The second master part named part Z is designed CNFs printed circuit, Alternate Carbon Nanofoams CNFs and machined manufactured greater than 0% to less than printed circuit, Carbon Nanofoam CNFs Ionic Suspension 100% less than tolerances that of the master part X or the Element printed circuit Nickel, Cadmium, Lithium, Lead, external cast halves. Again, the masterpart Z is used to create Antimonide, Magnesium, Specification 48 elements printed two internal cast halves. This is accomplished by casting the circuit, or Specification 49 Alloys printed circuit and/or master part Z into the center of two ceramic molded halves Ceramic for 1.0, and 2.0 phase castings Plates. Sheets, Foil, with newly poured ceramic slip. After the ceramic cast dries and Leaf Central Processing Unit CPU processor, relay, or the master part Z is removed and the two ceramic molded switch series or parallel circuit and Battery Cell series or halves are ignited and cured in a furnace. After the two parallel circuit rated conductive with Ceramic Silica mineral ceramic cast halves cool they are used separately to make two Insulator, or Ceramic Alumina Silica Carbon Nanofoam reciprocal extrusion halves by again pouring ceramic slip into CNFs. Distillation resivour interchangeable combinations of the recesses and joining both halves with new cast covers to preform slurry non ionic, electrolyte, or molten ceramic and dry. conductive circuits 2.0 extrusions or castings are accom plished for each specification part. 0016. The external tolerances of all of the four cast covers X and Z are identical opposing so that X and Zhalves can be 0012 Manufacture process of 2.5 phase extrusions Die joined and prepared for two separate halves molten Highly Cast Molding for Precision Casting of Highly Pure Metal, Pure Metal or Super Alloy including Carbon Nanofoam Super Alloy including Carbon Nanofoam CNFs, and/or CNFs fills. After the poured molten Highly Pure Metal or Ceramic. Super Alloy including Carbon Nanofoam CNFs cools then 0013 The Highly Pure Metal, Super Alloy including Car both extruded halves are removed and stored. The remainder bon Nanofoam CNFs, and/or Ceramic is a layered greater halves with Highly Pure Metal or Super Alloy including than 0% to less than 100% highly Pure Metal or Super Alloy Carbon Nanofoam CNFs are then joined and prepared for a including Carbon Nanofoam CNFs and greater than 0% to second molten fill of greater than 0% to less than 100% less than 100% Other Metal, Super Alloy including Carbon Highly Pure Metal, Super Alloy including Carbon Nanofoam Nanofoam CNFs or Ceramic part that is created by pouring CNFs, and/or Ceramic. US 2014/0057512 A1 Feb. 27, 2014

0017. After the fill is cooled the whole part is removed 0024. The 6 Hydraulic arm moves vertically up-and from the cast halves and is inspected, deburred, and/or fin down and forces the 7 Slurry carbon tool steel press plate to ished. expand and contract. 0018. The seams of both halved parts can be Tig or other 0025. The 7 Slurry carbon tool steel press plate is forced welded or filled with micro fine amounts of molten Highly by the 6—Hydraulic arm to expand and contract. Pure Metal or Super Alloy including Carbon Nanofoam 0026. The 8 Slurry carbon tool steel line in receives CNFs and/or Ceramic. Slurry carbon from an external pump and conveys them to the 0019. The variable hydraulic Preform slurry non ionic or 9A Gravity feed tool steel collector. The 8 Slurry carbon electrolyte carbon extrusion high wear-heat resistant parts tool steel line in can be ionic process tool steel interface press FIG. 1 numbers 1 to 18. The 1—Hydraulic control positive or negative electrode electronically charged for wheel is connected to the 2-Electronic servo and allows the enhanced formulation. operator to expand and contract 7 Slurry carbon tool steel (0027. The 9A Gravity feed tool steel collector receives press plate primarily to expand the 10 Slurry carbon tool Slurry carbon from the 8 Slurry carbon tool steel line in and steel reservoir by moving the 1-Hydraulic control wheel in conveys them to the 10 Slurry carbon tool steel reservoir. a fully counter clockwise fashion. This allows the operator to (0028. The 10 Slurry carbon tool steel reservoir receives initiate a separate machine to pump Slurry carbon into the Slurry carbon from the 9A Gravity feed tool steel collector 8 Slurry carbon tool steel line in, subsequently to the line out. 9 Gravity feed collector line out and finally to the (0029. After the 10 Slurry carbon tool steel reservoir is 10 Slurry carbon tool steel reservoir. Slurry carbon is filled the 9B Tool steel control is utilized to close the open defined here as specified Scientific formula liquid or gas ing to prepare for the extrusion and may be provisionally mechanically refined and nanoparticle dispersion Preform locked and stopped at any position. slurry non ionic or electrolyte carbon nanofoam CNFs solids, 0030 The 11—Slurry carbon reservoirregulated tool steel liquids, and/or gases, heated, chilled, or room temperature waste filter removes waste from the 10 Slurry carbon tool Chemical Non ionic Groups of Amphoteric Polysaccharide steel reservoir while it is being filled with Slurry carbon from Linear or Branched Alkyl Compounds or electrolyte ionic common recovery distillation heated interface tool steel and melts, ionic fluids, and/or fused, and/or catalyst acid and thermometer gauge, ordinary atmospheric pressure, vacuum bases, actual catalyst, and/or catalyst reservoir with or with pump barometric pressure measured in millibars Mb, and out ionic Suspension element specification 48 elements and/ fractional distillation all waste gases are processed to flu gas or specification 49 alloys manufactured preform slurry non detoxification system. ionic or electrolyte carbon nanofoam CNFs extrusion high wear-heat resistant parts. After the 10 Slurry carbon tool 0031. The 12 Slurry carbon reservoir expanded. steel reservoir is filled the operator can electronically disen 0032. The 13 Slurry carbon reservoir contracted. gage or manually remove the manual stop control release pull 0033. The 14 Slurry carbon reservoir brass or tool steel pin. The operator then closes the 9B Tool steel control to aperture and 15 Tool steel extrusion die cast design brass or prepare for the extrusion. The operator would proceed by tool steel fitting connects directly and conveys Slurry carbon rotating the 1-Hydraulic control wheel in a clockwise fash to the 17 Tool steel extrusion die cast design internal cavity. ion contracting the 7 Slurry carbon tool steel press plate and The 18 Tool steel extrusion die cast design internal cavity forcing the Slurry carbon comprised of carbon nanofoam regulator waste filter and 18B Tool steel vacuum release CNFs Slurry formula into the 17 Tool steel extrusion die control and portal works in unison with the press plate draw cast design internal cavity. The specified amount of Slurry ing expanding and contracting Slurry carbon removing waste carbon is compressed to preform slurry non ionic or electro from the 17 Tool steel extrusion die cast design internal lyte carbon nanofoam CNFs extrusion specification pressure cavity while it is being filled with Slurry carbon from com measured in millibars Mb until the specified Slurry carbon mon recovery distillation heated interface tool steel and ther required to fill the 17 Tool steel extrusion die cast design mometer gauge, ordinary atmospheric pressure, vacuum internal cavity has been reached. The 1—Hydraulic control pump barometric pressure measured in millibars Mb, and wheel is then locked until the 17 Tool steel extrusion die fractional distillation all waste gases are processed to flu gas cast design internal cavity has been removed. detoxification system. 0020. The 2-Electronic servo sends an electrical signal 0034. The 17 Tool steel extrusion die cast internal cavity to the 3—Hydraulic pump of the 7 Slurry carbon tool steel is designed as a tool steel extrusion die cast mold for each press plate position that is calibrated to the 1—Hydraulic carbon nanofoam CNFs part comprised of two master extru control wheel. sion tool steel halves. This is accomplished by first utilizing engineering drafting and computer aided design with the 0021. The 3—Hydraulic pump receives an electrical sig most advanced tool steel part manufacture process and tool nal from the 2- Electronic servo of the 7 Slurry carbon tool steel part machining techniques and/or by utilizing replace steel press plate position that is calibrated to the 1-Hydrau ment ceramic molds specification number 23 to Supplement lic control wheel. The 3—Hydraulic pump pumps fluids to the development of extrusion die cast master design manu the 4-Hydraulic pipe. facture process with high purity tool steel die cast extrusion 0022. The 4 Hydraulic pipe receives fluids from the molds. 3—Hydraulic pump and conveys the fluids to the 5 Hydrau 0035 Carbon nanofoam CNFs brake pads, electronic lic actuator. brushes and parts require two master extrusion tool steel mold 0023 The 5-Hydraulic actuator receives fluids from the halves for each specification part. Carbon Nanofoam CNFs 4 Hydraulic pipe and the force from the fluids is transferred parts precision casting molds requires a minimum two and a through the actuator as vertical up-and-down movement to an maximum of six master extrusion tool steel mold halves for affixed 6 Hydraulic arm. each specification part. US 2014/0057512 A1 Feb. 27, 2014

0036 Carbon nanofoam CNFs parts precision casting acid-Solid, alkaline, glass, acrylic, halide, alkalide, noncon molds are utilized to manufacture highly pure metal, Super ductive Zirconia, carbon nanofoam CNFs, alternate carbon Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, halide, nanofoam CNFs inductor, or impedance matching load or alkalide, nonconductive Zirconia, carbon nanofoam CNFs, signal ceramic redbrick clay insulator A component part, and alternate carbon nanofoam CNFs inductor, or impedance greater than 0% to less than 100% highly pure metal, Super matching load or signal ceramic red brick clay insulator 2.5 Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, halide, phase extrusions and six master carbon nanofoam CNFs mold alkalide, nonconductive Zirconia, carbon nanofoam CNFs, halves per specification part. alternate carbon nanofoam CNFs inductor, or impedance 0037. The manufacture process of 2.5 phase extrusions matching load or signal ceramic red brick clay insulator B and die cast design for highly pure metal, Super Alloy, ceram component part created in combination of layered fills of six ics, acid-Solid, alkaline, glass, acrylic, halide, alkalide, non master carbon nanofoam CNFs extrusion die cast moldhalves conductive Zirconia, carbon nanofoam CNFs, alternate car equal to 2.5 phase extrusions. bon nanofoam CNFs inductor, or impedance matching load 0041 Super carbon alloy is defined as carbon nanofoam or signal ceramic redbrick clay insulator requires six master CNFs sintered and/or smeltered foundry manufacture process extrusion tool steel halves for each six reciprocal carbon of combined highly pure metal, Super Alloy, and/or element. nanofoam CNFs master precision casting molds parts allow The pre and postpour technological standard is accomplished ing two A and B highly pure metal, Super Alloy, ceramics, with the utility patent application specification concrete con acid-Solid, alkaline, glass, acrylic, halide, alkalide, noncon trol room and monitoring station manufacturing in a complete ductive Zirconia, carbon nanofoam CNFs, alternate carbon vacuum and may supply rich oxygen from capillary feeders at nanofoam CNFs inductor, or impedance matching load or varying points and all waste gases are processed to flu gas signal ceramic red brick clay insulator to be combined. The detoxification system and includes nitrate, nitride, anodize, 0.5 phase extrusion equals two die cast mold halves both and benzotriazole, methyl, tolyltriazole, Sodium chemical pre equal to or less than one half 0.5 phase extrusion molten pour. and post foundry treatment submersion bath flake and pril 0038. The utility patent application specification concrete anticorrosive purification solution washing and Screening control room and monitoring station manufacturing in a com table for the manufacture of copper and metals. Hot Smelters plete vacuum and may supply rich oxygen from capillary prepare iron, manganese, lithium, cadmium, lead, nickel, feeders at varying points to the specified highly pure metal, copper, Zinc, Zirconium, aluminum, titanium, molybdenum, Super Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, tungsten, or metal for die cast pours and are also utilized for halide, alkalide, nonconductive Zirconia, carbon nanofoam layered foundry fills die cast pours of highly pure metal, CNFs, alternate carbon nanofoam CNFs inductor, or imped Super Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, ance matching load or signal ceramic redbrick clay insulator halide, alkalide, nonconductive Zirconia, carbon nanofoam part molten fill A and B fills four pours. The carbon nanofoam CNFs, alternate carbon nanofoam CNFs inductor, or imped CNFs half shell or 0.5 phase extrusion are designed and ance matching load or signal ceramic redbrick clay insulator. utilized for state of the art manufacture process when com All mechanically refined metal ore may be sintered and/or bining highly pure metal, Super Alloy, ceramics, acid-Solid, smeltered element additive alloyed carbon nanofoam CNFs, alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco tolyltriadole, sodium, benzotriadole, methyl, ammoniate, nia, carbon nanofoam CNFs, alternate carbon nanofoam galvanize, anodize, nitrate, molybdenum, chromium, chro CNFs inductor, or impedance matching load or signal moloy, nitride, hydrochloric acid or combined alloyed sin ceramic red brick clay insulator in combination of layered tered and/or Smeltered highly pure metal, Super Alloy, alka foundry fills, parts may be sprayed and dipped non conductive line, nonconductive Zirconia, or impedance matching load or adhesives insulator films, and all waste gases are processed to signal ceramic redbrick clay insulator. All metal ore may be flu gas detoxification system. sintered and/or Smeltered for homogenization and specific 0039. The highly pure metal, Super Alloy, ceramics, acid melting point measured in degrees Celsius. Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive 0042 Finely screened grit size mechanically refined cop Zirconia, carbon nanofoam CNFs, alternate carbon nanofoam per ore may be pre molten metal chemically treated manu CNFs inductor, or impedance matching load or signal facture process with tolyltriazole, sodium and benzotriazole, ceramic red brick clay insulator is a layered greater than 0% methyl, flake, and pril washing and screening table technique to less than 100% alloy component A and greater than 0% to and chemical Submersion bath for highly pure copper, brass, less than 100% alloy component B part that is created in and bronze alloy anticorrosion purification process sequence. combination of layered foundry fills by utilizing six master 0043 Replacement ceramic cast 2.5 phase design extru carbon nanofoam CNFS parts precision casting molds per sion die cast molding for Super Alloy. The Super Alloy is a specification part by pouring molten fill as a layered alloying layered greater than 0% to less than 100% highly pure metal component highly pure metal, Super Alloy, ceramics, acid or Super Alloy and greater than 0% to less than 100% highly Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive pure metal or Super Alloy part that is created by pouring Zirconia, carbon nanofoam CNFs, alternate carbon nanofoam molten metal into a cast mold over a process of 2.5 phase CNFs inductor, or impedance matching load or signal design extrusion that create four molded casts for each ceramic redbrick clay insulator four molten metal or other fill designed master steel part that is manually machined and pours equal to 2.5 phase extrusions. manufactured named part X the external layer highly pure 0040. The highly pure metal, Super Alloy, ceramics, acid metal or Super Alloy and part Z the internal layer highly pure Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive metal or Super Alloy. Zirconia, carbon nanofoam CNFs, alternate carbon nanofoam 0044) This replacement mold application is for the manu CNFs inductor, or impedance matching load or signal factured process of 2.5 phase design extrusion that creates a ceramic red brick clay insulator is a layered greater than 0% single part identical to the master designed and machined to less than 100% highly pure metal, Super Alloy, ceramics, manufactured part. The new part chemical element becomes US 2014/0057512 A1 Feb. 27, 2014

a Super Alloy that is layered greater than 0% to less than 18B Tool steel vacuum release control with processing may 100% highly pure metal, Super Alloy, ceramics, acid-solid, utilize an external vacuum pump for required specifications alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco specified Scientific formula liquid orgas mechanically refined nia, carbon nanofoam CNFs, alternate carbon nanofoam and nanoparticle dispersion preform slurry non ionic or elec CNFs inductor, or impedance matching load or signal trolyte carbon nanofoam CNFS solids, liquids, and/or gases, ceramic red brick clay insulator and greater than 0% to less heated, chilled, or room temperature Chemical Non ionic than 100% highly pure metal, Super Alloy, ceramics, acid Groups of Amphoteric Polysaccharide Linear or Branched Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive Alkyl Compounds or electrolyte ionic melts, ionic fluids, Zirconia, carbon nanofoam CNFs, alternate carbon nanofoam and/or fused, and/or catalyst acid and bases, actual catalyst, CNFs inductor, or impedance matching load or signal and/or catalyst reservoir with or without ionic Suspension ceramic red brick clay insulator. element specification 48 elements and/or specification 49 0045. The manufacture process begins by a designed and alloys. machined manufactured master part named part X. The mas 0.052 The manufacture process of preform slurry non ter part X is used to create two external cast halves. This is ionic or electrolyte carbon nanofoam CNFs extrusion high accomplished by casting the master part X into the center of wear-heat resistant part is to cool it and/or dry it at room two ceramic molded halves with newly poured ceramic slip temperature in degrees Celsius or cure the part in a furnace and then may be placed in a cool damp room and receive typically for 5 to 20 minutes from 1076 degrees Fahrenheit to finish application with a wet sponge. After the ceramic cast 3230 degrees Fahrenheit. dries the master part X is removed and the two ceramic 0053 Preform slurry non ionic or electrolyte making of molded halves are ignited and cured 3 hours in a kiln at 2000 four sections 1. Preform slurry non ionic or electrolyte carbon degrees Fahrenheit or 12 hour interval day at 2000 degrees nanofoam CNFs extrusion high wear-heat resistant part 2. Fahrenheit. Preform slurry non ionic or electrolyte carbon nanofoam 0046. The second master part named part Z is designed CNFs extrusion high wear-heat resistant parts electronic and machined manufactured greater than 0% to less than component composite coils, composite windings, drawn, 100% less than tolerances that of the master part X or the annealing, spun, coils, windings, wire, woven textile mesh, external cast halves. The master part Z is used to create two shielding, brushes, inductors, antinode couplers, electric internal cast halves. This is accomplished by casting the mas rheostats, starters, motors, alternators, generators, ionic Sus ter part Z into the center of two ceramic molded halves with pension element enhanced composite coils, composite wind newly poured ceramic slip and then may be placed in a cool ings, drawn, annealing, spun, coils, windings, wire, Woven damp room and receive finish application with a wet sponge. textile mesh, shielding, brushes, capacitors, battery cells, After the ceramic cast dries the master part Z is removed and rheostats, or electronic parts, electronic resistors, or elec the two ceramic molded halves are ignited and cured 3 hours tronic parts, transformers, transducers, rectifiers, power Sup in a kiln at 2000 degrees Fahrenheit or 12 hour interval day at plies, heat sinks, or electronic parts 3. Preform slurry non 2000 degrees Fahrenheit. After the two ceramic cast halves ionic or electrolyte carbon nanofoam CNFs extrusion high cool they are used separately to make two reciprocal extru wear-heat resistant parts aerospace, automotive, and trans sion halves by pouring ceramic slip into the recesses and portation brake calipers, rotors, pads, washers, spacers, and joining both halves with new cast covers to dry. bushings 4. Preform slurry non ionic or electrolyte carbon 0047. The external tolerances of all of the four cast covers nanofoam CNFs extrusion high wear-heat resistant parts pre X and Z are identical opposing so that X and Zhalves can be cision casting molds for the manufacturing of highly pure joined and prepared for two separate halves molten highly metal, Super Alloy, ceramics, acid-Solid, alkaline, glass, pure metal or Super Alloy fills. After the poured molten acrylic, halide, alkalide, nonconductive Zirconia, carbon highly pure metal or Super Alloy cools both extruded halves nanofoam CNFs, alternate carbon nanofoam CNFs inductor, are removed and stored. The remainder halves with highly or impedance matching load or signal ceramic redbrick clay pure metal or Super Alloy fills are then joined and prepared insulator 2.5 phase extrusions six master preform slurry non for a second molten fill of greater than 0% to less than 100% ionic or electrolyte carbon nanofoam CNFs extrusion high highly pure metal or Super Alloy. wear-heat resistant parts precision casting molds. All 2.5 0048. After the highly pure metal or Super Alloy is cooled phase extrusions and half shell castings are processed utility the whole part is removed from the cast halves and is patent application specification concrete control room and inspected, deburred, and finished. monitoring station manufacturing in a complete vacuum and 0049. The 14 Slurry carbon reservoir brass or tool steel may supply rich oxygen from capillary feeders at varying aperture conveys Slurry carbon Nanofoam CNFs to the points to molten elements in crucibles, and extrusion molds 17 Tool steel extrusion die cast design internal cavity. Car parts may be sprayed and dipped non conductive adhesives bon nanofoam CNFs Slurry carbon particle samples are taken insulator films and all waste gases are processed to flu gas and photo spectrometry analyzed measured in nanometers detoxification system. Nm to enhance slurry formula. 0054 Preform slurry non ionic or electrolyte carbon nano 0050. The 16 Tool steel electronic servo or manual stop foam CNFs made by the Variable hydraulic preform slurry control release pull pin can be electronically disengaged or non ionic or electrolyte carbon nanofoam CNFs extrusion manually removed after the 10 Slurry carbon tool steel res high wear-heat resistant parts press FIG. 1 numbers 1 to 18. ervoir is filled to begin the Slurry carbon extrusion. Number 5. The Variable hydraulic preform slurry non ionic or 0051. The 18 Tool steel extrusion die cast design inter electrolyte carbon nanofoam CNFs extrusion high wear-heat nal cavity regulator waste filter removes waste from the resistant parts press with FIG. 1 numbers 1 to 18 specific 17 Tool steel extrusion die cast design internal cavity while components that conform to specified requirements to unique it is being filled with Slurry carbon. The 18 Tool steel extru American Society for Testing and Materials International sion die cast design internal cavity regulator waste filter and Standards Worldwide Identifiers. The Variable hydraulic pre US 2014/0057512 A1 Feb. 27, 2014 form slurry non ionic or electrolyte carbon nanofoam CNFs plete vacuum and may supply rich oxygen from capillary extrusion high wear-heat resistant parts press, the center of feeders at varying points to highly pure metal copper pre and this utility patent application specification Slurry formula in post foundry mechanically refined copper ore anticorrosive three scientific forms of Solids 6, Liquids 7 and Gases 8 treatment chemical Submersion bath sodium, tolyltriazole, Noble gas argon or element in a gaseous state specified sci and methyl, benziotriole flake and pril washing and screen entific formula liquid or gas mechanically refined and nano ing tables and chemical Submersion bath techniques are uti particle dispersion preform slurry non ionic or electrolyte lized and in manufacturing of highly pure other metals carbon nanofoam CNFS solids, liquids, and/or gases, heated, mechanically refined ore iron, molybdenum, aluminum, Zinc, chilled, or room temperature Chemical Non ionic Groups of Zirconium, titanium, tungsten, or metal pre and post foundry Amphoteric Polysaccharide Linear or Branched Alkyl Com anticorrosive treatment chemical submersion bath hydro pounds or electrolyte ionic melts, ionic fluids, and/or fused, chloric acid, ammonia from nitrogen, and hydrogen anticor and/or catalyst acid and bases, actual catalyst, and/or catalyst rosive purification treatment and all waste gases are pro reservoir with or without ionic suspension element specifica cessed to flu gas detoxification system. tion 48 elements and/or specification 49 alloys manufactured 0059) Utility patent application specification concrete preform slurry non ionic or electrolyte carbon nanofoam control room and monitoring station manufacturing in a com CNFs extrusion high wear-heat resistant parts. plete vacuum and may supply rich oxygen from capillary 0055 Utility patent application specification concrete feeders at varying points to mechanically refined metal ore control room and monitoring station manufacturing in a com sintered and Smeltered non metallic additive carbon nano plete vacuum and may supply rich oxygen from capillary foam CNFs alloyed trade name Super Carbon Alloy, steel feeders at varying points to utility patent application specifi trade name Super Carbon Steel, tungsten trade name Super cation for with die cast mold extrusion or printing hot Smelt Carbon Tungsten, or additive sintered and smeltered molyb ers casting manufacturing of specified highly pure metal, denum for homogenization steel trade name Molybdenum Super Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, Steel, or tungsten trade name Molybdenum Tungsten and all halide, alkalide, nonconductive Zirconia, carbon nanofoam waste gases are processed to flu gas detoxification system. CNFs, alternate carbon nanofoam CNFs inductor, or imped ance matching load or signal ceramic redbrick clay insulator 0060 Utility patent application specification manufactur including six master extrusion halves 2.5 phase extrusions per ing of highly pure metal, Super Alloy, ceramics, acid-Solid, specification part molten foundry fill four pours and the alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco manufacture process or assembly for each specification com nia, carbon nanofoam CNFs, alternate carbon nanofoam ponent or part thereof and all waste gases are processed to flu CNFs inductor, or impedance matching load or signal gas detoxification system. ceramic red brick clay insulator 2.5 phase extrusions or half 0056. Utility patent application specification concrete shell casted composite coils, composite windings, drawn, control room and monitoring station manufacturing in a com annealing, spun, coils, windings, wire, woven textile mesh, plete vacuum and may supply rich oxygen from capillary shielding, brushes, inductors, antinode couplers, electric feeders at varying points to utility patent application specifi rheostats, starters, motors, alternators, generators, ionic Sus cation manufacturing of highly pure metal, Super Alloy, pension element enhanced composite coils, composite wind ceramics, acid-Solid, alkaline, glass, acrylic, halide, alkalide, ings, drawn, annealing, spun, coils, windings, wire, woven nonconductive Zirconia, carbon nanofoam CNFs, alternate textile mesh, shielding, brushes, capacitors, battery cells, carbon nanofoam CNFs inductor, or impedance matching rheostats, or electronic parts, electronic resistors, or elec load or signal ceramic red brick clay insulator hot pouring tronic parts, transformers, transducers, rectifiers, power Sup casting printing with molten foundry fill of die cast mold plies, heat sinks, or electronic parts highly pure metal, Super precision casting of bars, rods, plates, sheets, foil, leaf copper Alloy, acid-Solid, alkaline, glass, acrylic, halide, alkalide, wire, drawing, annealing, and spun coils and windings for nonconductive Zirconia, impedance matching load or signal electronic component, or other metal drawing and annealing ceramic red brick clay insulator, carbon nanofoam CNFs, or process for Wire, spun Cable, Rebar textile Mesh, with or alternate carbon nanofoam CNFs inductor six sides rectangle, without woven textile synthetic resin or natural fibers unit of or square, or three sides continuous rod or cylinder highly measurement in gage trade name Rebar Cable or Manufac pure metal, Super Alloy, acid-Solid, alkaline, glass, acrylic, ture Process Connector System, cable connectors, powders, halide, alkalide, nonconductive Zirconia, impedance match nitrate hardened or non hardened trade name Nitride Steel ing load or signal ceramic red brick clay insulator, carbon Grit unit of measurement in mesh or grit size and manufac nanofoam CNFs, or alternate carbon nanofoam CNFs induc turing of carbon nanofoam CNFs Super Alloy trade name tor, or three sides Zircon cutting tools, or two sides continuous Super Carbon Alloy. for drill bits half shell casted tools measured in gage. 0057 Utility patent application specification concrete 0061 Utility patent application specification manufactur control room and monitoring station manufacturing in a com ing of highly pure metal or Super Alloy tool steel tungsten plete vacuum and may supply rich oxygen from capillary forge die cast tool, crimping tool for trade name Rebar Cable feeders at varying points to utility patent application specifi or Manufacture Process Connector System, specific tool steel cation 2.5 phase extrusions manufacturing of highly pure parts that conform to specified requirements to unique Ameri metal or Super Alloy precision casting of airframe, bearings, can Society for Testing and Materials International Standards and assemblies, motor casings, aircraft landing gear, turbine Worldwide Identifiers the Variable hydraulic preform slurry blades, assemblies, and housings parts may be sprayed and non ionic or electrolyte carbon nanofoam CNFs extrusion dipped non conductive adhesives insulator films and all waste high wear-heat resistant parts press FIG. 1 numbers 1 to 18 gases are processed to flu gas detoxification system. and tool steel tungsten die cast extrusion molds for with 0058. Utility patent application specification concrete manufacturing highly pure metal, Super Alloy, acid-Solid, control room and monitoring station manufacturing in a com alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco US 2014/0057512 A1 Feb. 27, 2014 nia, impedance matching load or signal ceramic redbrick clay bon nanofoam CNFs battery cell outstanding one or two sides insulator, carbon nanofoam CNFs, or alternate carbon nano plate, sheet, foil, or leaf casted conductive highly pure metal, foam CNFs inductor. Super Alloy, or alkalide architecture in series or parallel cir 0062 Utility patent application specification manufacture cuit and two positive and negative terminals measured in Volts process of replacement ceramic precision casting molds or two negative terminals measured in Ohms to antinode specification number 23 for with manufacturing highly pure coupler or electronic parts requires one, or two, or more metal, Super Alloy, acid-Solid, alkaline, glass, acrylic, halide, brushes in even intervals and two or more inductors and alkalide, nonconductive Zirconia, impedance matching load antinode couplers with one or two sides conductive plate, or signal ceramic red brick clay insulator, carbon nanofoam sheet, foil, or leaf casted highly pure metal, Super Alloy, or CNFs, or alternate carbon nanofoam CNFs inductor. alkalide architecture in series or parallel circuit and two posi 0063. Utility patent application specification manufacture tive and negative terminals measured in Volts or two negative process of preform slurry non ionic or electrolyte carbon terminals measured in Ohms to antinode coupler. nanofoam CNFs with or without ionic suspension element 0064 Super Battery crucible casted or 2.5 phase extru specification 48 elements or specification 49 alloys extrusion sions highly pure metal or Super Alloy battery cells layered, or casted highly pure metal, Super Alloy, carbon nanofoam spaced and casted conductive in series or parallel circuit CNFs with or without ionic suspension element specification architecture even or odd interval number combinations vary 48 elements or specification 49 alloys, and alkaline, glass, ing complex, battery cells highly pure acid-Solid chemical acrylic, halide, alkalide, nonconductive Zirconia, or imped and/or highly pure chemical alkali solid complex, crucible ance matching load or signal ceramic redbrick clay insulator casted conductive or 2.5 phase extrusions highly pure metal casted electronic part equivalent to one composite coil, com or Super Alloy layered and interval spaced conductive in posite winding, battery cell, capacitor, and brush one, or more series or parallel circuit architecture. Super Battery with or gradated in even intervals of electric rheostat, battery, starter, without lightweight Super impregnated Suspension element motor, alternator, generator, transformer, transducer, rectifier, Halogen, Antimony, or Chemical Element gases ammonia, power Supply, junction box, or heat sink all architecture in from nitrogen, and hydrogen, hydrochloric acid with or with series or parallel circuit two positive and negative terminals out ionic Suspension element carbon nanofoam CNFs, Nano measured in Volts, or of preform slurry non ionic or electro alumina, and ionic Suspension element specification 48 lyte alternate carbon nanofoam CNFs inductor extrusion, or highly pure metals or ionic Suspension element specification casted highly pure metal, Super Alloy, alternate carbon nano 49 Super Alloys and/or Alumina, crucible casted conductive foam CNFs inductor, nonconductive zirconia, and impedance or 2.5 phase extrusions highly pure metal or Super Alloy matching load or signal ceramic redbrick clay insulator elec layered, and interval spaced series or parallel circuit architec tronic part equivalent to one resistor, Switch, relay, or elec ture and/or complex, crucible casted conductive or 2.5 phase tronic part inductor, antinode coupler, and ground architec extrusions Variable hydraulic preform slurry non ionic silica ture in series or parallel circuit two negative terminals alumina carbon nanofoam CNFs extrusion high wear-heat measure in Ohms of inductor, antinode coupler, and ground or compression resistant light weight battery cells. Highly pure two positive and negative terminals measured in Volts. All alkali silica, alumina, Nano alumina, or elements lithium, electronic parts two sides casted conductive plate, sheet, foil, cadmium, nickel, lead, copper, specification 48 elements or or leaf highly pure metal, Super Alloy, or alkalide rectangle, specification 49 alloys. One by one Super Battery Each bat square, continuous rod or cylinder. Rectangle or square six tery cell crucible casted non conductive or submersion bath sides, five sides nonconductive Zirconia, impedance match sealed Thermoplastic resin composition and its synthetic ing load or signal ceramic red brick clay insulator, carbon resin composite polymer insulation control room vacuum nanofoam CNFs, or alternate carbon nanofoam CNFs induc protocol manufacture process. Motor frame protected by tor, plate, sheet, foil, or leaf casted insulated, and one side woven synthetic resin fiber textile mesh, silica resin fiber heat layered or non layered conductive highly pure metal, Super resistant textile mesh, variable hydraulic preform slurry non Alloy, and/or alkaline, glass, acrylic, halide, oralkalide, plate, ionic silica alumina carbon nanofoam CNFs extrusion high sheet, foil, or leaf casted conductive, or four sides noncon wear-heat compression resistant light weight insulator, and/ ductive Zirconia, impedance matching load or signal ceramic or high tensile strength Super Carbon Alloy woven textile redbrick clay insulator, carbon nanofoam CNFs, or alternate mesh. One by one Super Battery. Each battery cell crucible carbon nanofoam CNFs inductor casted plate, sheet, foil, or casted or Submersion bath sealed Thermoplastic resin com leaf insulated, and two conductive highly pure metal, Super position and its synthetic resin composite polymer insulator Alloy, and/or alkaline, glass, acrylic, halide, oralkalide, plate, control room vacuum protocol manufacture process. All four sheet, foil, or leaf casted architecture in series or parallel conductive or non conductive heat-wear high tensile strength circuit and two positive and negative terminals measured in and compression resistant insulators are designed and built in Volts or two negative terminals measured in Ohms to antinode Monocomb and corrugated compartmented composite com coupler, or continuous rod or cylinder three sides, one con binations Thermoplastic sealed, layered or woven shielded. tinuous side nonconductive Zirconia, impedance matching 0065 Super Motor crucible casted or 2.5 phase extrusions load or signal ceramic redbrick clay insulator, carbon nano highly pure metal or Super Alloy composite coils, composite foam CNFs, or alternate carbon nanofoam CNFs inductor, windings, and copper wire drawing, annealing, and spun coils plate, sheet, foil, or leaf casted insulated, and two sides con or other highly pure metal including highly pure metal or ductive highly pure metal, Super Alloy, and/or alkaline, glass, Super Alloy drawing and annealing process for wire. Super acrylic, halide, or alkalide, plate, sheet, foil, or leaf casted Motors composite coils, composite windings usually copper architecture in series or parallel circuit and two positive and or Super Alloy includes continuous or numeric interval spools negative terminals measured in Volts or two negative termi shapes of rod, cylinder, sphere, rectangle, or square crucible nals measured in Ohms to antinode coupler preform slurry casted or 2.5 phase extrusions. Super Motor electronic com non ionic or electrolyte casted ionic Suspension element car ponents brushes Carbon Nanofoam CNFs with or without US 2014/0057512 A1 Feb. 27, 2014

ionic Suspension elements each brush alternate carbon nano dium, 78—Pt Platinum, 79 Au-Gold, 80 Hg Mer foam inductors, and antinode coupler continuous or numeric cury, 81—T1 Thallium, 82—Pb Lead, 83 Bi ramps positive and negative terminal measured in Volts and Bismuth, 84—Po—Polonium, 85—At Astatine, 87 Fr— monitors positive and negative terminal measured in Volts Francium, 88—Ra—Radium, 89—Ac—Actinium, and negative and negative terminals measure in Ohms of 90 Th Thorium, 91—Pa—Protactinium, 92—U Ura inductor, antinode coupler, and ground series or parallel cir nium, 93—Np Neptunium, 94—Pu—Plutonium, cuit. Spun numeric wrapped copper or Super Carbon Copper 95—Am—Americium, 96 Cm—Curium, 97 Bk—Ber Alloy wire are Thermoplastic dipped or woven protected kelium, 98—Cf Californium, 99—Es—Einsteinium, synthetic resin fibers, silica woven resin fibers, or high tensile 100 Fm Fermium, 101—Md Mendelevium, 102— strength Super Alloy carbon nanofoam CNFs shielding. No Nobelium, 103—Lr Lawrencium, 104—Rf Ruth Motor frame protected by woven synthetic resin fiber textile erfordium, 105—Db Dubnium, 106—Sg Seaborgium, shielding, silica resin fiber high heat-resistant insulator 107 Bh-Bohrium, 108 HS Hassium, 109 Mt Meit shielding, or high tensile strength textile Super Carbon Alloy nerium, 110 Ds Darmstadtium, 111—R9— Roentge Tungsten Shielding. One by one all composite or wire Super nium, 112 Cn Copernicium, 113—Uut Ununtrium, Motor coils and windings are crucible casted or Submersion 114-Uud Ununquadium, 115—Uup—Ununpentium, bath sealed Thermoplastic resin composition and its synthetic 116 Uuh. Ununhexium, 117 Uus Ununseptium, and/ resin composite polymer insulator control room vacuum pro or 118 Uuo Ununoctium. tocol manufacture process. Three heat-wear high tensile strength and Variable hydraulic preform slurry non ionic 0068 Specification Alloys metallurgy substances that are silica alumina carbon nanofoam CNFs extrusion high wear a mixture of two or more metals, or of a metal with a nonme heat compression resistant light weight insulators are tallic material not limited to Aluminum Alloys AA-8000 used designed and built in Monocomb and corrugated compart for building wire; Al-Li aluminum, lithium, sometimes mented composite combinations Thermoplastic sealed, lay mercury, Alnico aluminum, nickel, copper; Duralumin cop ered or woven shielded. Crucible casted or 2.5 phase extru per, aluminum; Magnalium aluminum, 5% magnesium; sions motor casings, rods, bearings, housings, and assemblies Magnox magnesium oxide, aluminum; Nambe aluminum are manufactured and assembled. plus seven other unspecified metals; Silumin aluminum, sili con; and Zamak Zinc, aluminum, magnesium, copper, Alu 0066 Spectrometry processor comprises scientific 10 minum forms other complex alloys with magnesium, manga inch camera spectrometry lens conveying light to specialized nese, and platinum. Bismuth Alloys Wood's metal bismuth, mirror and/or active chemical film and reflected onto red, lead, tin, cadmium; Rose metal bismuth, lead, tin; Field's green, and blue RGB or 256 colors Scale lenses conveying metal; and Cerrobend. Cobalt Alloys Megallium; and Stellite light to fiber optic cables conveying light to Central Process cobalt, chromium, tungsten or molybdenum, carbon Talonite ing Unit CPU processors electronic photo receptors fre cobalt, chromium. Ultimet cobalt, chromium, nickel, molyb quency counters of red, green, or blue RGB or 256 colors denum, iron, tungsten; and Vitallium. Copper Alloys Arseni recognition Scale signals output and/or Central Processing cal copper, Beryllium copper, beryllium; and Billon copper, Unit CPU processors or red, green, and blue RGB or 256 silver. Brass copper, Zinc, Calamine brass copper, Zinc, Chi colors Scale signals output to Central Processing Unit CPU nese silver copper, Zinc, Dutch metal copper, Zinc, Gilding processors monitor and/or Central Processing Unit CPU pro metal copper, Zinc, Muntz metal copper, Zinc, Pinchbeck cessors Super Alloy red, green, and blue RGB or 256 colors copper, Zinc, Prince's metal copper, Zinc, and Tombac copper, Scale ink composite printed film. Zinc. Bronze copper, tin, aluminum or other element; Alumi 0067 Specification Periodic Table Element Groups Alkali num bronze copper, aluminum; Arsenical bronze copper, Metals, Alkalide Earth Metals, Transition Metals, Other Met arsenic; Bell metal copper, tin; Florentine bronze copper, als, Metalloids, Non-Metals, Halogens, Noble Gases, and aluminum or tin; Glucydur beryllium, copper, iron; Guanin Rare Earth Element here in atomic number, element symbols, likely a manganese bronze of copper, manganese, with iron and names 3-Li-Lithium, 4—Be—Beryllium, 5—B- sulfides and other sulfides; Gunmetal copper, tin, zinc: Phos Boron, 12-Mg-Magnesium, 13—Al-Aluminum, phor bronze copper, tin and phosphorus: Ormolu Gilt Bronze 21—Sc—Scandium, 22 Ti Titanium, 23—V Vana copper, Zinc, and Speculum metal copper, tin. Constantan dium, 24 Cr—Chromium, 25—Mn-Manganese, copper, nickel; Copper-tungsten copper, tungsten; Corinthian 26—Fe Iron, 27—Co—Cobalt, 28 Ni Nickel, bronze copper, gold, silver; Cunife copper, nickel, iron; 29 Cu—Copper, 30 Zn Zinc, 31—Ga Gallium, Cupronickel copper, nickel, Cymbal alloys Bell metal copper, 32—Ge—Germanium, 33—As—Arsenic, 37 Rb-Ru tin: Devarda's alloy copper, aluminum, Zinc, Electrum cop bidium, 38—Sr—Strontium, 39—Y Yttrium, 40–Zr— per, gold, silver; Hepatizon copper, gold, silver, Heusler alloy Zirconium, 41—Nb Niobium, 42 Mo Molybdenum, copper, manganese, tin; Manganin copper, manganese, 43—Tc—Technetium, 44 Ru—Ruthenium, 45—Rh— nickel; Nickel silver copper, nickel, Nordic gold copper, alu Rhodium, 46—Pd Palladium, 47—Ag Silver, 48 Cd— minum, zinc, tin; Shakudo copper, gold; and Tumbaga cop Cadmium, 49. In Indium, 50—Sn Tin, 51—Sb-Anti per, gold. Gallium Alloys Galinstan gallium, indium, tin. mony, 52 Te Tellurium, 55 Cs—Cesium, 56—Ba— Gold Alloys Electrum gold, silver, copper; Tumbaga gold, Barium, 57—La Lanthanum, 58—Ce—Cerium, 59—Pr— copper; Rose gold, copper, and White gold, nickel, palla Praseodymium, 60 Nd Neodymium, 61—Pm dium, or platinum. Indium Alloys Field's metal indium, bis Promethium, 62—Sm—Samarium, 63—Eu—Europium, muth, tin. Iron or Ferrous Alloys Steel carbon Stainless steel 64 Gd Gadolinium, 65. Th—Terbium, 66—Dy—Dys chromium, nickel: AL-6XN; Alloy 20; Celestrium; Marine prosium, 67 Ho Holmium, 68 Er—Erbium, 69 Tm— grade stainless; Martensitic stainless steel; and Surgical stain Thulium, 70 Yb Ytterbium, 71—Lu—Lutetium, less steel chromium, molybdenum, nickel. Silicon steel sili 72—Hf Hafnium, 73 Ta Tantalum, 74 W Tung con: Tool steel tungsten or manganese; Bulat steel; Chromoly sten, 75—Re-Rhenium, 76—Os–Osmium, 77—Ir—Iri chromium, molybdenum; Crucible steel; Damascus steel; US 2014/0057512 A1 Feb. 27, 2014

HSLA steel; High speed steel; Maraging steel; Reynolds 531; resistant parts. Slurry carbon tool steel line in can be ionic and Wootz, steel. Iron Anthracite iron carbon; Cast iron car process tool steel interface positive or negative electrode elec bon; Pig iron carbon; and Wrought iron carbon. Fernico tronically charged for enhanced formulation. Specified nickel, cobalt, Elinvar nickel, chromium; Invar nickel; Kovar amount of Slurry carbon is compressed to preform slurry non cobalt; and Spiegeleisen manganese, carbon, silicon. Ferroal ionic or electrolyte carbon nanofoam CNFs extrusion speci loys Ferroboron; Ferrochrome chromium; Ferromagnesium; fication pressure measured in millibars Mb. Slurry carbon Ferromanganese: Ferromolybdenum; Ferronickel; Ferro reservoir regulated tool steel waste filter removes waste from phosphorus: Ferrotitanium; Ferrovanadium; and Ferrosili the Slurry carbon tool steel reservoir while it is being filled con. Lead Alloys Antimoniallead, antimony; Molybdochal with Slurry carbon from common recovery distillation heated kos lead, copper, Solder lead, tin; Terne lead, tin; and Type interface tool steel and thermometer gauge, ordinary atmo metal lead, tin, antimony. Magnesium Alloys Magnox mag spheric pressure, vacuum pump barometric pressure mea nesium, aluminum T-Mg Al-Zn Bergman phase; and Ele sured in millibars Mb, and fractional distillation all waste ktron. Mercury Alloys Amalgam mercury and other metal gases are processed to flugas detoxification system. Tool steel except platinum. Nickel Alloys Alumel nickel, manganese, extrusion die cast design internal cavity regulator waste filter aluminum, silicon; Chromel nickel, chromium; Cupronickel and tool steel vacuum release control and portal works in nickel, bronze, copper, German silver nickel, copper, Zinc; unison with the press plate drawing expanding and contract Hastelloy nickel, molybdenum, chromium, sometimes tung ing Slurry carbon removing waste from the tool steel extru sten; Inconel nickel, chromium, iron; Monel metal copper, sion die cast design internal cavity while it is being filled with nickel, iron, manganese; Mu-metal nickel, iron; Ni-C Slurry carbon from common recovery distillation heated nickel, carbon; Nichrome chromium, iron, nickel; Nicrosil interface tool steel and thermometer gauge, ordinary atmo nickel, chromium, silicon, magnesium; Nisil nickel, silicon; spheric pressure, vacuum pump barometric pressure mea and Nitinol nickel, titanium, shape memory alloy. Potassium sured in millibars Mb, and fractional distillation all waste Alloys KLipotassium, lithium; and NaK Sodium, potassium. gases are processed to flu gas detoxification system. Rare Earth Alloys Mischmetal various rare earths. Silver Alloys Argentium Sterling silver, copper, germanium; Billon Preform slurry non ionic or electrolyte making of four copper or copper bronze, sometimes with silver, Britannia sections 1. Preform slurry non ionic or electrolyte car silver, copper, Electrum silver, gold; Goloid silver, copper, bon nanofoam CNFs extrusion high wear-heat resistant gold; Platinum sterling silver, platinum; Shibuichi silver, cop part 2. Preform slurry non ionic or electrolyte carbon per; and Sterling silver, copper. Tin Alloys Britannium tin, nanofoam CNFs extrusion high wear-heat resistant parts copper, antimony; Pewter tin, lead, copper, and Solder tin, electronic component composite coils, composite wind lead, antimony. Titanium Alloys Beta C titanium, Vanadium, ings, drawn, annealing, spun, coils, windings, wire, chromium, other metals; and 6al-4V titanium, aluminum, woven textile mesh, shielding, brushes, inductors, anti vanadium. Uranium Alloys Staballoy depleted uranium with node couplers, electric rheostats, starters, motors, alter titanium or molybdenum; and Uranium may also be alloyed nators, generators, ionic Suspension element enhanced with plutonium. Zinc Alloys Brass Zinc, copper; and Zamak composite coils, composite windings, drawn, annealing, spun, coils, windings, wire, woven textile mesh, shield Zinc, aluminum, magnesium, copper. Zirconium Alloys Zir ing, brushes, capacitors, battery cells, rheostats, or elec caloy Zirconium and tin, sometimes with niobium, chro tronic parts, electronic resistors, or electronic parts, mium, iron, nickel. transformers, transducers, rectifiers, power Supplies, 1. Preform slurry non ionic or electrolyte carbon nanofoam heatsinks, or electronic parts 3. Preform slurry nonionic CNFs made by the Variable hydraulic preform slurry non or electrolyte carbon nanofoam CNFs extrusion high ionic or electrolyte carbon nanofoam CNFs extrusion high wear-heat resistant parts aerospace, automotive, and wear-heat resistant parts press FIG. 1 numbers 1 to 18. Num transportation brake calipers, rotors, pads, washers, ber 5. The variable hydraulic preform slurry non ionic or spacers, and bushings 4. Preform slurry non ionic or electrolyte carbon nanofoam CNFs extrusion high wear-heat electrolyte carbon nanofoam CNFs extrusion high wear resistant parts Press with FIG. 1 numbers 1 to 18 specific heat resistant parts precision casting molds for the components that conform to specified requirements to unique manufacturing of highly pure metal, Super Alloy, American Society for Testing and Materials International ceramics, acid-Solid, alkaline, glass, acrylic, halide, Standards Worldwide Identifiers. The variable hydraulic pre alkalide, nonconductive Zirconia, carbon nanofoam form slurry non ionic or electrolyte carbon nanofoam CNFs CNFs, alternate carbon nanofoam CNFs inductor, or extrusion high wear-heat resistant parts press, the center of impedance matching load or signal ceramic red brick this utility patent application specification Slurry formula in clay insulator 2.5 phase extrusions six master preform three scientific forms of 6 Solids, 7 Liquids and 8 Gases slurry non ionic or electrolyte carbon nanofoam CNFs Noble gas argon or element in a gaseous state specified sci extrusion high wear-heat resistant parts precision cast entific formula liquid or gas mechanically refined and nano ing molds. Number 1. Distillation Reservoir and Recov particle dispersion preform slurry non ionic or electrolyte ery Basin Made From Super Alloy and/or Ceramic with carbon nanofoam CNFs extrusion Solids, liquids, and/or Variable Hydraulic Press Plate 1.0 to 2.0 phase extru gases, heated, chilled, or room temperature Chemical Non sions 1.0 polarized extrusion with positively and nega ionic Groups of Amphoteric Polysaccharide Linear or tively molten charging distillation glass optical, lenses, Branched Alkyl Compounds or electrolyte ionic melts, ionic and mirrors with or without alumina, Nano alumina, fluids, and/or fused, and/or catalyst acid and bases, actual Carbon Nanofoam CNFs. Alternate Carbon Nanofoam catalyst, and/or catalyst reservoir with or without ionic sus CNFs Inductor, gold, or platinum and 2.0 extrusion pension element specification 48 elements and/or specifica acrylic. Other distillation processing Mechanically tion 49 alloys manufactured preform slurry non ionic or elec Refined non ionic or electrolyte preform slurry or Mol trolyte carbon nanofoam CNFs extrusion high wear-heat ten Highly Pure Metal; Super Alloy including Carbon; US 2014/0057512 A1 Feb. 27, 2014 11

Carbon Nanofoam CNFs. Alternate Carbon Nano Foam Alloy Super Cooling Refrigeration And Super Alloy CNFs Inductor; Nanoalumina; Alumina; Silica mineral; Venturi Curvical or Linear Expression Comprising a Glass; Acrylic: Polymer Resin; Alumina Silica; Acid Scientific Aperture, a Divergence Measured in Angula Solid; Impedance Matching Ceramic Red Brick Insula tion, and a Scientific Aperture Diffusion Carbon Dioxide tor; Molybdenum; Ceramic Zirconia; Ceramic Silica; CO2 Gaseous Particle Accelerator With Super Cooling Ceramic Clay; Calcium Carbonate; Alkaline; Minerals: Refrigeration Deceleration temperature to less than including Ionic Suspension Elements and Ceramic -109 degrees Fahrenheit or -78.5 degrees Celsius Car Silica mineral Insulator for specification 48 elements bon Dioxide CO2 sublimated frozen gas Supercooling Highly Pure Metal, and specification 49 alloys. Distilla Super Alloy or Super Alloy Venturi. Number 3. Self tion reservoir Halogen Gas, Ammonia Gas From Nitro contained Carbon Dioxide CO2 Refrigeration unit com gen and Hydrogen, and Antimony Gas Suspended ele mercial, residential, or portable Super Alloy vacuum ments mechanically refined and nanoparticle distillation with vacuum pump drawing Carbon Dioxide CO2 gas Carbon Nanofoam CNFs, Alumina, Nano alumina, through Insulated Super Alloy feeder tubes in a parallel Nickel, Cadmium, Lithium, Lead, Antimonide, Magne circuit to separate Super Alloy Venturi Curvical or Lin sium, Halide, Acid Solid, and Alkalide distillation pro ear Expression Comprising a Scientific Aperture, a cessing and/or up to Four Pours 1.0 to 2.5 phase extru Divergence Measured in Angulation, and a Scientific sions or Preform slurry non ionic or electrolyte. Both Aperture Diffusion Carbon Dioxide CO2 Gaseous Par Processes Molten Pours and Variable hydraulic preform ticle Accelerator With Super Cooling Refrigeration slurry non ionic or electrolyte Press in Vacuum Control Deceleration temperature to less than -109 degrees Room Scientific Distillation Ordinary Atmospheric Fahrenheit or -78.5 degrees Celsius Carbon Dioxide Pressure less than Ordinary Atmospheric Pressure Cata CO2 sublimated frozen gas is then passed over Super lyst Gases Other specification 48 elements Argon, Car Alloy and through cooling fan. Number 4. Self con bon Monoxide, Carbon Dioxide, or Other Gas mechani tained Carbon Dioxide CO2 Refrigeration unit commer cally refined or nanoparticle Suspension catalyst Greater cial, residential, or portable Super Alloy vacuum with or Lesser Than Ordinary Atmospheric Pressure. Super vacuum pump rated alternating current AC or direct Alloy Super Cooling Refrigeration And Super Alloy current DC drawing Carbon Dioxide CO2 gas through Venturi Curvical or Linear Expression Comprising a insulated Super Alloy feeder tubes in a parallel circuit to Scientific Aperture, a Divergence Measured in Angula separate numeric Super Alloy Venturi Curvical or Linear tion, and a Scientific Aperture Diffusion Gaseous Par Expression Comprising a Scientific Aperture, a Diver ticle Accelerator With Super Cooling Refrigeration gence Measured in Angulation, and a Scientific Aperture Deceleration with or without nanoparticle synthesizing Diffusion Carbon Dioxide CO2 Gaseous Particle Accel Laser Ablation and Multi Waveform Ablation X, Y, And erator With Super Cooling Refrigeration Deceleration Z Fields and Fractional Vacuum Distillation Gaseous temperature to less than -109 degrees Fahrenheit or and/or Positive and Negative Ionic Charges Recovery -78.5 degrees Celsius Carbon Dioxide CO2 sublimated and Super Alloy, Ceramic Zirconium, Ceramic Molyb frozen gas passes over Super Alloy and through cooling denum, Ceramic Impedance Matching Red Brick Clay fan. An isolated Super alloy cylinder is connected to the Insulator and/or Ceramic Silica Distillation reservoir Refrigeration unit from Super alloy connecting rods with Variable Hydraulic Press Plate Expanded and Con Super cooling the outside walls. The outer cylinder cools tracted Greater or Lesser Than Ordinary Atmospheric an electronic air compressor rated alternating current AC Pressure Distillation Recovery Fractional Vacuum Dis or direct current DC is activated filling an inner variable tillation Gaseous and/or Positive Distillation and Vari cylinder with compressed air providing diffusive com able Hydraulic Press Plate Expanded and Contracted pensation as it expands forcing the carbon dioxide CO2 Greater or Lesser Than Ordinary Atmospheric Pressure filled outer cylinder through a continuous circuit of Distillation Recovery Allotropes of 6 C Carbon, Solid, Super Alloy Venturi Curvical or Linear Expression Liquid, and Gases Chemical Non ionic Groups of Comprising a Scientific Aperture, a Divergence Mea Amphoteric Polysaccharide Linear or Branched Alkyl Sured in Angulation, and a Scientific Aperture Diffusion Compounds or Electrolytes and/or Liquid Ions and/or Carbon Dioxide CO2 Gaseous Particle Accelerator With Ionic Melts and/or Fused and/or Acid and Bases Catalyst Super Cooling Refrigeration Deceleration temperature and/or Catalyst Slurry Reservoir 6 C Allotropes of Car to greater than-109 degrees Fahrenheit or -78.5 degrees bon and Liquid and/or Liquid Vapors and/or Gaseous Celsius Carbon Dioxide CO2 forming dry ice in the Electrolyte Catalyst Acids and Solid Materials Carbon; outer internal cylinder. Number 5. Distillation and Carbon Nanofoam CNFs. Alternate Carbon Nano Foam Recovery Basin Automation Mass Production Variable CNFs Inductor; Silica mineral; Silica Alumina; Acid Hydraulic Press Plate Mold and Carbon Nanofoam Solid; Impedance Matching Ceramic Red Brick Insula CNFs Mold with Pour Aperture located in the center and tor; Molybdenum; Ceramic Clay; Calcium Carbonate; hydraulic cylinder located on the right Expanded and Ceramic Zirconia; Silica mineral; and Minerals for Contracted for Molten Pouring Highly Pure Metal Building Materials trade name Preform Modular alka printed circuit, Super Alloy including Carbon Nano lines, clays, and sands for fine concrete, mortar, bricks, foam CNFs printed circuit Nickel, Cadmium, Lithium, tiles, and High Wear-Heat Resistant Parts Brushes: Lead, Antimonide, Halide, Alkalide, Specification 48 Windings: Coils; Battery Cells: Electronic Resistors; elements printed circuit, or Specification 49 Alloys Capacitors; Brake Pads; Washers; Spacers; Bushings: printed circuit and/or Ceramic Insulator for 1.0, and 2.0 Drawn; Annealing; Spun: Coils; Windings; Wire; phase extrusion Plates, Sheets, Foil, and Leaf Central Woven Textile Mesh; Shielding; And 2.5 phase extru Processing Unit CPU processor, relay, or switch series sions Die Cast Molding. Number 2. Supplemental Super or parallel circuit and Battery Cell series or parallel US 2014/0057512 A1 Feb. 27, 2014 12

circuit rated conductive with Ceramic Silica mineral including Carbon Nanofoam CNFs or Ceramic part that Insulator, or Ceramic Alumina Silica Carbon Nanofoam is created by pouring molten metal or ceramic into a cast CNFs Insulator. Distillation and Recovery Basin Auto mold over a process of 2.5 phase extrusions that create mation Mass Production Crucible Casted Molten six molded casts for each designed master tool steel part Highly Pure Metal printed circuit, Super Carbon Alloy that is manually machined and manufactured named Carbon Nanofoam CNFs printed circuit Nickel, Cad Part X external layer Highly Pure Metal or Super Alloy mium, Lithium, Lead, Antimonide, Halide, Alkalide, including Carbon Nanofoam CNFs and Part Z the inter Specification 48 elements printed circuit, or Specifica nal layer other Highly PureMetal, Super Alloy including tion 49 Alloys printed circuit and/or Ceramic Insulator Carbon Nanofoam CNFs or Ceramic Insulator. for 1.0, and 2.0 phase castings Plates, Sheets, Foil, and Manufactured process of 2.5 phase extrusions Die Cast Leaf Central Processing Unit CPU processor, relay, or Molding for Precision Casting of Super Alloy and switch series or parallel circuit and Battery Cell series or Ceramic ultimately create a single part identical to the parallel circuit rated conductive with Ceramic Silica master designed and machine manufactured part with mineral Insulator, or Ceramic Alumina Silica Carbon the exception to the chemical element is now a Super Nanofoam CNFs Insulator. Distillation and Recovery Alloy or Super Alloy Ceramic that is layered greater than Basin Automation Mass Production Variable Hydraulic 0% to less than 100% Highly Pure Metal or Super Alloy Press Plate Mold and Carbon Nanofoam CNFs Mold including Carbon Nanofoam CNFs and greater than 0% with Pour Aperture located in the center and hydraulic to less than 100% Other Highly Pure Metal, Super Alloy cylinder located on the right Expanded and Contracted including Carbon Nanofoam CNFs and/or Ceramic. for Pouring non ionic or electrolyte preform slurry with Processing molded halves sequence 1 to 9 of Manufac mechanically refined and nanoparticle dispersion fine ture process of 2.5 phase extrusions Die Cast Molding Printing Highly Pure Metal printed circuit, Super Alloy For Precision Casting of Highly PureMetal, Super Alloy including Carbon Nanofoam CNFs printed circuit, Car including Carbon Nanofoam CNFs, and/or Ceramic Part bon Nanofoam CNFs printed circuit. Alternate Carbon X and Part Z. side profile not shown here of casting for Nanofoams CNFs printed circuit, Carbon Nanofoam Part X two halves sequence 1 side profile not shown CNFs Ionic Suspension Element printed circuit Nickel, here of casting for part Z two halves sequence 2, side Cadmium, Lithium, Lead, Antimonide, Magnesium, profile not shown here of casting for part Z extruded Specification 48 elements printed circuit, or Specifica halves sequence 3, cast 1 half of part X sequence 4, cast tion 49 Alloys printed circuit and/or Ceramic Insulator 3 half of part Z. sequence 5, extruded cast 5 half of part Z for 1.0, and 2.0 phase extrusion Plates, Sheets, Foil, and sequence 6, side profile not shown here of cast 5 on top Leaf Central Processing Unit CPU processor, relay, or cast 1 on bottom sequence 7, side profile not shown here switch series or parallel circuit and Battery Cell series or of cast 6 on top and cast two on bottom sequence 8, fill parallel circuit rated conductive with Ceramic Silica halves joined in cast 1 and 2 and filled with molten mineral Insulator, or Ceramic Alumina Silica Carbon Highly Pure Metal or Super Alloy including Carbon Nanofoam CNFs Insulator. Distillation and Recovery Nanofoam CNFs sequence 9. Basin Automation Mass Production Crucible Casted The manufacture process begins by a designed and non ionic or electrolyte preform slurry with mechani machined manufactured master part named part X. The cally refined or nanoparticle dispersion fine Printing master part X is used to create two external cast halves. Highly PureMetal printed circuit, Super Alloy including This is accomplished by casting the master part X into Carbon Nanofoam CNFs printed circuit, Carbon Nano the center of two ceramic molded halves with newly foam CNFs printed circuit, Alternate Carbon Nano poured ceramic slip. After the ceramic slip dries the foams CNFs printed circuit, Carbon Nanofoam CNFs master part X is removed and the two ceramic molded Ionic Suspension Element printed circuit Nickel, Cad halves are ignited and cured in a furnace. mium, Lithium, Lead, Antimonide, Magnesium, Speci The second master part named part Z is designed and fication 48 elements printed circuit, or Specification 49 machined manufactured greater than 0% to less than Alloys printed circuit and/or Ceramic for 1.0, and 2.0 100% less than tolerances that of the masterpart X or the phase castings Plates. Sheets. Foil, and Leaf Central external cast halves. Again, the master part Z is used to Processing Unit CPU processor, relay, or switch series create two internal cast halves. This is accomplished by or parallel circuit and Battery Cell series or parallel casting the master part Z into the center of two ceramic circuit rated conductive with Ceramic Silica mineral molded halves with newly poured ceramic slip. After the Insulator, or Ceramic Alumina Silica Carbon Nanofoam ceramic cast dries the master part Z is removed and the CNFs. Distillation resivour interchangeable combina two ceramic molded halves are ignited and cured in a tions of preform slurry non ionic, electrolyte, or molten furnace. After the two ceramic cast halves cool they are ceramic and conductive circuits 2.0 extrusions or cast used separately to make two reciprocal extrusion halves ings are accomplished for each specification part. Num by again pouring ceramic slip into the recesses and join ber 6. Manufacture process of 2.5 phase extrusions Die ing both halves with new cast covers to dry. Cast Molding for Precision Casting of Highly Pure The external tolerances of all of the four cast covers X and Metal, Super Alloy including Carbon Nanofoam CNFs, Z are identical opposing so that X and Z halves can be and/or Ceramic. joined and prepared for two separate halves molten The Highly Pure Metal, Super Alloy including Carbon Highly Pure Metal or Super Alloy including Carbon Nanofoam CNFs, and/or Ceramic is a layered greater Nanofoam CNFs fills. After the poured molten Highly than 0% to less than 100% Highly Pure Metal or Super Pure Metal or Super Alloy including Carbon Nanofoam Alloy including Carbon Nanofoam CNFs and greater CNFs cools then both extruded halves are removed and than 0% to less than 100% Other Metal, Super Alloy stored. The remainder halves with Highly Pure Metal or US 2014/0057512 A1 Feb. 27, 2014

Super Alloy including Carbon Nanofoam CNFs are then The external tolerances of all of the four cast covers X and joined and prepared for a second molten fill of greater Zare identical opposing so that X and Zhalves can be than 0% to less than 100% Highly Pure Metal, Super joined and prepared for two separate halves molten Alloy including Carbon Nanofoam CNFs, and/or highly pure metal or Super Alloy fills. After the poured Ceramic. molten highly pure metal or Super Alloy cools both After the fill is cooled the whole part is removed from the extruded halves are removed and stored. The remainder cast halves and is inspected, deburred, and/or finished. halves with highly pure metal or Super Alloy fills are then joined and prepared for a second molten fill of Number 7. Replacement ceramic cast 2.5 phase design greater than 0% to less than 100% highly pure metal or extrusion die cast molding for Super Alloy. Super Alloy. The Super Alloy is a layered greater than 0% to less than 100% highly pure metal or Super Alloy and greater than After the highly pure metal or Super Alloy is cooled the 0% to less than 100% highly pure metal or Super Alloy whole part is removed from the cast halves and is part that is created by pouring molten metal into a cast inspected, deburred, and finished. mold over a process of 2.5 phase design extrusion that 2. Utility patent application specification concrete control create four molded casts for each designed master steel room and monitoring station manufacturing in a complete part that is manually machined and manufactured named vacuum and may supply rich oxygen from capillary feeders at part X the external layer highly pure metal or Super varying points to utility patent application specification for Alloy and part Z the internal layer highly pure metal or with die cast mold extrusion or printing hot Smelters, cru Super Alloy. cibles casting, and 2.5 phase die mold extrusion manufactur This replacement mold application is for the manufactured ing of specified highly pure metal, Super Alloy, ceramics, process of 2.5 phase design extrusion that creates a acid-Solid, alkaline, glass, acrylic, halide, alkalide, noncon single part identical to the master designed and ductive Zirconia, carbon nanofoam CNFs, alternate carbon machined manufactured part. The new part chemical nanofoam CNFs inductor, or impedance matching load or element becomes a Super Alloy that is layered greater signal ceramic red brick clay insulator six master extrusion than 0% to less than 100% highly pure metal, Super halves 2.5 phase extrusions per specification part molten Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, foundry fill four pours, and the manufacture process or halide, alkalide, nonconductive Zirconia, carbon nano assembly for each specification component or part thereof foam CNFs, alternate carbon nanofoam CNFs inductor, parts may be sprayed and dipped non conductive adhesives or impedance matching load or signal ceramic redbrick insulator films and all waste gases are processed to flu gas clay insulator and greater than 0% to less than 100% detoxification system. Number 8. Utility patent application highly pure metal, Super Alloy, ceramics, acid-solid, specification concrete control room and monitoring station alkaline, glass, acrylic, halide, alkalide, nonconductive manufacturing in a complete vacuum and may supply rich Zirconia, carbon nanofoam CNFs, alternate carbon oxygen from capillary feeders at varying points to utility nanofoam CNFs inductor, or impedance matching load patent application specification manufacturing of highly pure or signal ceramic redbrick clay insulator. metal, Super Alloy, ceramics, acid-Solid, alkaline, glass, acrylic, halide, alkalide, nonconductive Zirconia, carbon The manufacture process begins by a designed and nanofoam CNFs, alternate carbon nanofoam CNFs inductor, machined manufactured master part named part X. The or impedance matching load or signal ceramic redbrick clay master part X is used to create two external cast halves. insulator hotpouring casting printing with molten foundry fill This is accomplished by casting the master part X into of die cast mold precision casting of bars, rods, plates, sheets, the center of two ceramic molded halves with newly foil, leaf, copper wire, drawing, annealing, and spun coils and poured ceramic slip and then may be placed in a cool windings for electronic component, or other metal drawing damp room and receive finish application with a wet and annealing process for Wire, spun Cable, Rebar textile sponge. After the ceramic cast dries the master part X is Mesh, with or without woven textile synthetic resin or natural removed and the two ceramic molded halves are ignited fibers unit of measurement in gage trade name Rebar Cable or and cured 3 hours in a kiln at 2000 degrees Fahrenheit or Manufacture Process Connector System, cable connectors, 12 hour interval day at 2000 degrees Fahrenheit. powders, nitrate hardened or non hardened trade name The second master part named part Z is designed and Nitride Steel Grit unit of measurement in mesh orgrit size and machined manufactured greater than 0% to less than manufacturing of carbon nanofoam CNFs Super Alloy trade 100% less than tolerances that of the masterpart X or the name Super Carbon Alloy. Number 9. Utility patent applica external cast halves. The master part Z is used to create tion specification concrete control room and monitoring sta two internal cast halves. This is accomplished by casting tion manufacturing in a complete vacuum and may supply the master part Z into the center of two ceramic molded rich oxygen from capillary feeders at varying points to utility halves with newly poured ceramic slip and then may be patent application specification 2.5 phase extrusions manu placed in a cool damp room and receive finish applica facturing of highly pure metal or Super Alloy precision cast tion with a wet sponge. After the ceramic cast dries the ing of airframe, bearings, and assemblies, motor casings, master part Z is removed and the two ceramic molded aircraft landing gear, turbine blades, assemblies, and hous halves are ignited and cured 3 hours in a kiln at 2000 ings parts may be sprayed and dipped non conductive adhe degrees Fahrenheit or 12 hour interval day at 2000 sives insulator films and all waste gases are processed to flu degrees Fahrenheit. After the two ceramic cast halves gas detoxification system. Number 10. Utility patent applica cool they are used separately to make two reciprocal tion specification concrete control room and monitoring sta extrusion halves by pouring ceramic slip into the tion manufacturing in a complete vacuum and may supply recesses and joining both halves with new cast covers to rich oxygen from capillary feeders at varying points to highly dry. pure metal copper pre and post foundry mechanically refined US 2014/0057512 A1 Feb. 27, 2014

copper ore anticorrosive treatment chemical Submersion bath nector System, cable connectors, powders, nitrate hardened sodium, tolyltriazole, and methyl, benziotriole flake and pril or non hardened trade name Nitride Steel Grit unit of mea washing and screening tables and chemical Submersion bath Surement in mesh or grit size and manufacturing of carbon techniques are utilized and in manufacturing of highly pure nanofoam CNFs Super Alloy trade name Super Carbon Alloy. other metals mechanically refined ore iron, molybdenum, Number 14. Utility patent application specification manufac aluminum, zinc, Zirconium, titanium, tungsten, or metal pre ture process of replacement ceramic precision casting molds and post foundry anticorrosive treatment chemical Submer specification number 23 for with manufacturing highly pure sion bath hydrochloric acid, ammonia from nitrogen, and metal, Super Alloy, acid-Solid, alkaline, glass, acrylic, halide, hydrogen anticorrosive purification treatment and all waste alkalide, nonconductive Zirconia, impedance matching load gases are processed to flu gas detoxification system. Number or signal ceramic red brick clay insulator, carbon nanofoam 11. Utility patent application specification concrete control CNFs, or alternate carbon nanofoam CNFs inductor. Number room and monitoring station manufacturing in a complete 15. Utility patent application specification manufacture pro vacuum and may supply rich oxygen from capillary feeders at cess of preform slurry non ionic or electrolyte carbon nano varying points to mechanically refined metal ore sintered and foam CNFs with or without ionic suspension element speci smeltered nonmetallic additive carbon nanofoam CNFs fication 48 elements or specification 49 alloys extrusion or alloyed trade name Super Carbon Alloy, steel trade name casted highly pure metal, Super Alloy, carbon nanofoam Super Carbon Steel, tungsten trade name Super Carbon Tung CNFs with or without ionic suspension element specification sten, or additive sintered and smeltered molybdenum for 48 elements or specification 49 alloys, and alkaline, glass, homogenization steel trade name Molybdenum Steel, or acrylic, halide, alkalide, nonconductive Zirconia, or imped tungsten trade name Molybdenum Tungsten and all waste ance matching load or signal ceramic redbrick clay insulator gases are processed to flu gas detoxification system. Number casted electronic part equivalent to one composite coil, com 12. Utility patent application specification manufacturing of posite winding, battery cell, capacitor, and brush one, or more highly pure metal, Super Alloy, ceramics, acid-Solid, alkaline, gradated in even intervals of electric rheostat, battery, starter, glass, acrylic, halide, alkalide, nonconductive Zirconia, car motor, alternator, generator, transformer, transducer, rectifier, bon nanofoam CNFs, alternate carbon nanofoam CNFs power Supply, junction box, or heat sink all architecture in inductor, or impedance matching load or signal ceramic red series or parallel circuit two positive and negative terminals brick clay insulator 2.5 phase extrusions or half shell casted measured in Volts, or of preform slurry non ionic or electro composite coils, composite windings, drawn, annealing, lyte alternate carbon nanofoam CNFs inductor extrusion, or spun, coils, windings, wire, woven textile mesh, shielding, casted highly pure metal, Super Alloy, alternate carbon nano brushes, inductors, antinode couplers, electric rheostats, foam CNFs inductor, nonconductive Zirconia, and impedance starters, motors, alternators, generators, ionic suspension ele matching load or signal ceramic redbrick clay insulator elec ment enhanced composite coils, composite windings, drawn, tronic part equivalent to one resistor, Switch, relay, or elec annealing, spun, coils, windings, wire, woven textile mesh, tronic part inductor, antinode coupler, and ground architec shielding, brushes, capacitors, battery cells, rheostats, or ture in series or parallel circuit two negative terminals electronic parts, electronic resistors, or electronic parts, trans measure in Ohms of inductor, antinode coupler, and ground or formers, transducers, rectifiers, power Supplies, heat sinks, or two positive and negative terminals measured in Volts. All electronic parts highly pure metal, Super Alloy, acid-Solid, electronic parts two sides casted conductive plate, sheet, foil, alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco or leaf highly pure metal, Super Alloy, or alkalide rectangle, nia, impedance matching load or signal ceramic redbrick clay square, continuous rod or cylinder. Rectangle or square six insulator, carbon nanofoam CNFs, or alternate carbon nano sides, five sides nonconductive Zirconia, impedance match foam CNFs inductor six sides rectangle, or square, or three ing load or signal ceramic red brick clay insulator, carbon sides continuous rod or cylinder highly pure metal, Super nanofoam CNFs, or alternate carbon nanofoam CNFs induc Alloy, acid-Solid, alkaline, glass, acrylic, halide, alkalide, non tor, plate, sheet, foil, or leaf casted insulated, and one side conductive Zirconia, impedance matching load or signal layered or non layered conductive highly pure metal, Super ceramic red brick clay insulator, carbon nanofoam CNFs, or Alloy, and/or alkaline, glass, acrylic, halide, or alkalide, plate, alternate carbon nanofoam CNFs inductor, or three sides sheet, foil, or leaf casted conductive, or four sides noncon zircon cutting tools, or two sides continuous for drill bits half ductive Zirconia, impedance matching load or signal ceramic shell casted tools measured in gage. Number 13. Utility redbrick clay insulator, carbon nanofoam CNFs, or alternate patent application specification concrete control room and carbon nanofoam CNFs inductor casted plate, sheet, foil, or monitoring station manufacturing in a complete vacuum and leaf insulated, and two conductive highly pure metal, Super may supply rich oxygen from capillary feeders at varying Alloy, and/or alkaline, glass, acrylic, halide, or alkalide, plate, points to utility patent application specification manufactur sheet, foil, or leaf casted architecture in series or parallel ing of highly pure metal, Super Alloy, ceramics, acid-Solid, circuit and two positive and negative terminals measured in alkaline, glass, acrylic, halide, alkalide, nonconductive Zirco Volts or two negative terminals measured in Ohms to antinode nia, carbon nanofoam CNFs, alternate carbon nanofoam coupler, or continuous rod or cylinder three sides, one con CNFs inductor, or impedance matching load or signal tinuous side nonconductive Zirconia, impedance matching ceramic red brick clay insulator hot pouring casting printing load or signal ceramic redbrick clay insulator, carbon nano with molten foundry fill of die cast mold precision casting of foam CNFs, or alternate carbon nanofoam CNFs inductor, bars, rods, plates, sheets, foil, leaf copper wire, drawing, plate, sheet, foil, or leaf casted insulated, and two sides con annealing, and spun coils and windings for electronic com ductive highly pure metal, Super Alloy, and/or alkaline, glass, ponent, or other metal drawing and annealing process for acrylic, halide, or alkalide, plate, sheet, foil, or leaf casted Wire, spun Cable, Rebar textile Mesh, with or without woven architecture in series or parallel circuit and two positive and textile synthetic resin or natural fibers unit of measurement in negative terminals measured in Volts or two negative termi gage trade name Rebar Cable or Manufacture Process Con nals measured in Ohms to antinode coupler preform slurry US 2014/0057512 A1 Feb. 27, 2014 non ionic or electrolyte casted ionic Suspension element car corrugated compartmented composite combinations Ther bon nanofoam CNFs battery cell outstanding one or two sides moplastic sealed, layered or woven shielded. Number 17. plate, sheet, foil, or leaf casted conductive highly pure metal, Super Motor crucible casted or 2.5 phase extrusions highly Super Alloy, or alkalide architecture in series or parallel cir pure metal or Super Alloy composite coils, composite wind cuit and two positive and negative terminals measured in Volts ings, and copper wire drawing, annealing, and spun coils or or two negative terminals measured in Ohms to antinode other highly pure metal including highly pure metal or Super coupler or electronic parts requires one, or two, or more Alloy drawing and annealing process for wire. Super Motors brushes in even intervals and two or more inductors and composite coils, composite windings usually copper or Super antinode couplers with one or two sides conductive plate, Alloy includes continuous or numeric interval spools shapes sheet, foil, or leaf casted highly pure metal, Super Alloy, or of rod, cylinder, sphere, rectangle, or square crucible casted alkalide architecture in series or parallel circuit and two posi or 2.5 phase extrusions. Super Motor electronic components tive and negative terminals measured in Volts or two negative brushes Carbon Nanofoam CNFs with or without ionic sus terminals measured in Ohms to antinode coupler. Number 16. pension elements each brush alternate carbon nanofoam Super Battery crucible casted or 2.5 phase extrusions highly inductors, and antinode coupler continuous or numeric ramps pure metal or Super Alloy battery cells layered, spaced and positive and negative terminal measured in Volts and moni casted conductive in series or parallel circuit architecture tors positive and negative terminal measured in Volts and even or odd interval number combinations varying complex, negative and negative terminals measure in Ohms of inductor, battery cells highly pure acid-Solid chemical and/or highly antinode coupler, and ground series or parallel circuit. Spun pure chemical alkali solid complex, crucible casted conduc numeric wrapped copper or Super Carbon Copper Alloy wire tive or 2.5 phase extrusions highly pure metal or Super Alloy are Thermoplastic dipped or woven protected synthetic resin layered and interval spaced conductive in series or parallel fibers, silica woven resin fibers, or high tensile strength Super circuit architecture. Super Battery with or without light Alloy carbon nanofoam CNFs Super Alloy shielding. Motor weight Super impregnated Suspension element Halogen, or frame protected by woven synthetic resin fiber textile shield Antimony, or Chemical Element gases ammonia, nitrogen, ing, silica resin fiber high heat-resistant insulator textile hydrogen, hydrochloric acid with or without ionic Suspension shielding, or high tensile strength textile Super Carbon Alloy element carbon nanofoam CNFs, Nano alumina, and ionic Shielding. One by one all composite or wire Super Motor Suspension element specification 48 highly pure metals or coils and windings are crucible casted or Submersion bath ionic Suspension element specification 49 Super Alloys and/ sealed Thermoplastic resin composition and its synthetic or Alumina, crucible casted conductive or 2.5 phase extru resin composite polymer insulator control room vacuum pro sions highly pure metal or Super Alloy layered, and interval tocol manufacture process. Three heat-wear high tensile spaced series or parallel circuit architecture and/or complex, strength and Variable hydraulic preform slurry non ionic crucible casted conductive or 2.5 phase extrusions Variable silica alumina carbon nanofoam CNFs extrusion high wear hydraulic preform slurry non ionic silica alumina carbon heat compression resistant light weight insulators are nanofoam CNFs extrusion high wear-heat compression resis designed and built in Monocomb and corrugated compart tant light weight battery cells. Highly pure alkali silica, alu mented composite combinations Thermoplastic sealed, lay mina, Nano alumina, or elements lithium, cadmium, nickel, ered or woven shielded. Crucible casted or 2.5 phase extru lead, copper, specification 48 elements or specification 49 sions motor casings, rods, bearings, housings, and assemblies alloys. One by one Super Battery. Each battery cell crucible are manufactured and assembled. casted non conductive or submersion bath sealed Thermo plastic resin composition and its synthetic resin composite 3. Spectrometry processor comprises scientific 10 inch polymer insulation control room vacuum protocol manufac camera spectrometry lens conveying light to specialized mir ture process. Motor frame protected by woven synthetic resin ror and/or active chemical film and reflected onto red, green, fibertextile mesh, silica resin fiber heat resistant textile mesh, and blue RGB or 256 colors Scale lenses conveying light to variable hydraulic preform slurry non ionic silica alumina fiber optic cables conveying light to Central Processing Unit carbon nanofoam CNFs extrusion high wear-heat compres CPU processors electronic photo receptors frequency sion resistant light weight insulator, and/or high tensile counters of red, green, or blue RGB or 256 colors recognition strength Super Carbon Alloy woven textile mesh. One by one Scale signals output and/or Central Processing Unit CPU Super Battery. Each battery cell crucible casted or submersion processors or red, green, and blue RGB or 256 colors Scale bath sealed Thermoplastic resin composition and its synthetic signals output to Central Processing Unit CPU processors resin composite polymer insulator control room vacuum pro monitor and/or Central Processing Unit CPU processors tocol manufacture process. All four conductive or noncon Super Alloy red, green, and blue RGB or 256 colors Scale ink ductive heat-wear high tensile strength and compression composite printed film. resistant insulators are designed and built in Monocomb and k k k k k