Cold Plasma Drive "Toroid Static Compressor"

The following aerospace engine design system is then intended to assist in asteroid mitigation as the speed that is attainable to then respond within a timely fashion is then present with this design system.

The system uses particle accelerators upon a  "swing arm" to then cause magnetic field to accelerate the cold plasma then laden with random electron to then be directed by toroid electromagnetic who's magnetic field is then compressed by  microwave radio transmitter causing the electron and inert noble gas to excite in velocity causing an effect of high pressure upon one end of the engine system and low pressure upon "within" the aft of the engine.

The electron absorption system then aiding in the low pressure effect. The low inert gas pressure level allows for high engine speed. The system will also work while retaining vacuum. The design system then electrified by fuel less electricity generator. The system uses a "super cooler" refrigeration system to then also chill the interior of the electrically insulated hull.

The design is a radio (microwave) compression system that also uses the injection of electrons as the discharge rate then can keep pace with the required pressure system "feed rate". The venturi acts like a passive compression system increasing pressure and speed of the cold plasma. The "swing arm" containing particle accelerator cylinders then acts like pumps within the helical coil. The act of perpendicular reintroduction or working mass, then off sets the "static" in the force equation. The power source for the system then listed at


The system uses two toroid electromagnetic doughnuts also permanent magnets with the magnetic field then compressed by radio transmitter ( microwave transmitter ) to then peel the field causing a compression bubble that contains loose electrons. The linear particle accelerator then causing directional force to pump the plasma toward the compression venturi. Care must be taken not to cause resonance within the compression sequence as not to weaken the confinement material.

Parts List

1. Electron injector and linear cold plasma accelerator ( particle accelerator / electromagnet field

    compressor ) mounting brace sum of eight about 360 degrees

2. cold plasma  return manifold "insulated" ( thermal and electrically )

3. hydraulic fluid reservoir

4. pressure rated hydraulic fluid reservoir screw threaded pressure cap

5. electric hydraulic fluid pump

6. hydraulic fluid pressure lever ( opens the "swing arm" and by the fluid pressure hinge allows the swing

    arm to then be positioned in the "open" position then to be serviced if required)

7. hydraulic fluid pressure valve gates

8. piston bleed valve

9. hydraulic piston extends the cold plasma return tubes to seal the cold cycle return when the swing arm
    is then compressed into the recess

10. telescoping extending return tubes ( encased in thermal cover that is also electrically non conductive )

11. cold plasma return tubes

12. refrigeration condenser

13. refrigeration flow switch box

14. electric refrigeration compressor

15. electrical ground location point

16. system electronics control panel and system circuit path control electronics ( fault and circuits

      display panel )

17. compound jet (cold plasma pump ) discharge port ( into the return manifold , number 90 and also a

       valve system to then inject  ( at 90 degrees), the helical particle accelerator coils cold temperature via

      the pressure produced from the compound electric jet in the swing arm. This aids in cooling of the

      particle accelerator. This also augments the low pressure effect in the aft of the engine system.

18. pneumatic impeller

19. electric dynamo / electric motor ( brush less )

20. 1:20 ratio gear set high side rotation tandem with number 21 ( pneumatic compressor / Dc ( direct

      current ), generator - dynamo

21. pneumatic compressor / electricity generator brush less

22. Swing arm" - "locking hydraulic compressor" compresses the "swing arm" into the recess piston

      rod end inserts into number 28 - sum of four top and bottom of the swing arm... also hard lock bolts

      upon hinges as part of the system to hard clamp at specified torque setting to then hard lock the

      swing arm into place for operation.

23. cylinder plasma accelerator ( particle accelerator )

24. compression gasket ( high thermal tolerance dynamic temperature range high / low parameter

25. gasket

26. cold plasma return bore

27. "Swing arm" locking "electro-magnetics" ( attractant to the main engine housing casing), - causes the

      swing arm to "lock" . The swing arm pivot hinge then has a sliding tower to allow for correct alignment  

      and "compression" bringing the swing arm parallel before final hydraulic piston compression causing

      the cylinder particle accelerators to become sealed.

        The swing arm pivot then is moved by ratchet compression screw thread bolts, a manual function that

        requires a specific torque setting. The "swing arm"  then also with right angle post particle accelerator

        closes to the pivot hinge to then close correctly ( depicted in the  "opened" position). This allows for

        continuity of the coil helix then able to complete a pressurized flow cycle back to the system intake.

28. "Swing arm" locking hoops

29. maintenance access door hinge

30. access door handle

31. access door

32. gasket

33. engine casing  "locking" electro-magnetics

34. high frequency microwave transmitter

35. cold plasma " return coil ( two pieces top and bottom ) off sets the static return in the force

      equation by perpendicular flow of plasma

36. high low temperature cold plasma gasket

37. cold plasma flow pipe ( causes low pressure / negative pressure effect in the aft venturi, number 45

38. super cooler refrigeration condenser

39. electric pump super cooler refrigeration fluid pump for the cooling exchanger ( heat exchange pump )

40. electric compressor super cooler refrigeration compressor

41. super cooler refrigeration switching ( refrigeration control unit - electric valve )

42. super cooler refrigeration condenser cooler fan and electric drive motor assembly

43. super cooler cold box - insulated

44. super cooler louver slide valve - allows the exchange of temperature at specified interval according to

      the size of port / position of the louver

45. aft venturi "funnel"

46.  electron absorption aft assembly  "ring"

47. aft cooling ring contains cycling cold fluid

48. union plates ( bolt nut , and gasket assembly )

49. cooling exchanger contains temperature transference fluid

50. louver gate valve

51. refrigeration evaporator

52. aft cold ring cycles cold fluid to number 47 keeping the electron absorption collector cool

53.  bolt plates / union plates bolt , nut and gasket assembly

54. electromagnet toroid ( causes  "dough-nut" shaped electromagnetic field that is then

      compressed perpendicular by the adjacent  microwave transmitter, number 55

55. micro wave transmitter

56. union bolt plates - contains nut bolt and gasket assembly

57. magnetic field in the forward electron absorption assembly

58. permanent magnets  coil wound with wire to cause electromagnets that have one pole of the

      electromagnet magnetically sealed to then cause the produced magnetic field by the adjacent

      electromagnet to then direct the cold plasma electron to then be induced into the inductance  "pick up",

      number 100 for redirection into the system.

59. inductance balancer "controls" the stray voltage to "de-energize" electrically any unwanted incurred
      electricity in the electron absorption system between the  "sealed" end of the permanent magnets

60. electromagnet / wound permanent magnet ( one pole sealed)

61. shutter valve "throttle gates" allows for variable "pressure" discharge

62. throttle shutter valve drive gear

63. throttle valve "throttle gates" drive gears

64. "throttle valve" drive electric motors ( may be assisted by hydraulic fluid pressure with hydraulic

       impeller system tandem operating with the armature of the electric motor number 64)

65. radio frequency insulator

66. electrical insulator

67. bolt nut and gasket assembly ( from center point of engine system polar array sum of 24

      bolts and nut  about 360 degrees )

68. electron discharge ports

69. main radio micro wave transmitter doughnut "ring" transmitter

70. force compression venturi "funnel"

71. "throttle valve" drive electric motors ( may be assisted by hydraulic fluid pressure with hydraulic
       impeller system tandem operating with the armature of the electric motor number 64)

72. transfer gear

73. shutter valve plates sum of two counter rotating plates allows for different pressure level discharge

74. electric arc node  ring ( sum of 12 about 360 degrees total sets +/- )

75. bolt , nut and gasket bolt plate assembly

76. electromagnetic  "bottle" electromagnetic confinement - discharge allowed in one direction

77. electron emitter

78. microwave transmitter and particle accelerator control electronics - ( power management  "bay")

79. linear particle accelerator

80. toroid electromagnetic doughnut ( produces doughnut shaped magnetic field that is

      perpendicular compressed by the microwave radio transmitter number 82) - assist in cold plasma focus

81. cold plasma reintroduction - coil return mounting plate

82. micro wave radio transmitter

83. cold plasma return ports ( sum of four each side )

84. electromagnetic bottle insulation ( magnetic fields insulator )

85. electron emitter

86. inductance "pick up" electricity collector - has the ability to "re-direct" induced electrical flow safely

      also keeping the engine casing from induced electricity - encased

87. radio microwave transmitter

88. vent allows  engine room air to traverse across the refrigeration condenser to cool the refrigeration


89. refrigeration condenser blower fan and electric motor assembly

90. lower cold plasma discharge manifold

91. one way fill valves inert noble gas fills the engine or can by electric exhaust valve store the inert noble

      gas to then  "run" the system in "vacuum mode"

92. chilled electron absorption cone multiple electron ribs

93. open center orifice ( center of the throttle valve is an open orifice - in effort to reduce

      accidental venturi over pressurization grants a lag time for the system to automatically

      adjust - information attained by the system electronics sensors.

94. aft venturi pressure sensor

95. temperature sensor

96. temperature sensor

97. temperature sensor - thermostat - actuates the blower fan

98. electron absorption discharge receptacle

99. cold plasma return helix pipe ( temperature insulated - electrically insulated and electrically

      grounded outer casing ) the entire helix return tube is a particle accelerator to then guide the flow of

      electron preventing the inner surface for damaging the interior walls of the tube. The system will

      "guide" the electron toward the center of the tube. The thrust then from the swing arm as

       well, different levels of acceleration.....

100. inductance tube electrical "pick up" causes low pressure effect post high pressure

        discharge - stain less steel composition

101. venturi pressure, electrical current level sensor and temperature sensor

102. taper angle ( for compression fit )

103. gasket

104. compression angle

105. refrigerated chamber

106. refrigeration evaporator

107. plasma box system artificial electrical ground to prevent any unwanted electric shock hazard

* Note - the parts / components are the same on both sides of the mirror line

* Note - The system final encasement ( system cover ) then composed of lead particle ( atomic

             number 82) and titanium particle ( atomic number 22 )  embedded in carbon graphite laminate

             composite  of carbon strand fiber and high temperature epoxy.

            The laminate cured with epoxy in an enclave ( the system control panel the insulated as well and

            system electronic / circuit control will also dock to "ribbon wire" bus clip to then be able to be

            controlled from the ships helm. Where required within the system high temperature ceramics are

            then used for insulators and mounting arc node points. Ceramics then also used in the electron

            emitter guide system.

*Note - The engine system may be used in


**Note - sub atomic "Quark" then being effected at high velocity a critical phenom to observe within the
            engine system as time is a factor / "rate of travel ", also energy in the bond ( strong force weak force )


Geoengineering - Climate Change Mitigation

Design Desk Inc.