43. Indiana University Snake Solenoid

Everson Tesla worked with Brookhaven National Labs to produce a 7-foot long solenoid with multi layers. A unique winding and insulation process had to be developed due to the tight bend radius. This solenoid was used for a partial Siberian Snake, which is used to maintain the spin alignment of protons.

44. Commercial Positioning Magnet

Everson Tesla developed a positioning magnet with an OEM. The magnet is needed to hold a composite rotor helicopter blade in place during fabrication and curing cycles. Our magnet is a race track construction that is water cooled and vacuum pressure impregnated.

45. Thomas Jefferson Lab Sextupoles

Everson Tesla manufactured a series of unique sextupoles using copper coils and magnetic steel to achieve the required sextupole component. Over 100 magnets were produced in less than six months.

46. Paul Sherer Institute - Quadrupoles

Everson Tesla constructed several pairs of quadrupoles for use in high radiation environments. Litz wire was used for winding the coils. The coils were cast in solder for insulation in a high radiation environment.

47. Magnets for Chemical Vapor Deposition Process

Everson Tesla designed and manufactured a series of focusing solenoid magnets. These magnets were used in the chemical vapor deposition process, which requires a uniform fringe field. Everson Tesla supplied a complete magnet system.

Everson Tesla produced water cooled 316L stainless solenoid coils in order to cool the Lasers used in the processing of Uranium 238. The solenoid was 8-foot long and very tightly packed. The tolerancing had to be very tight since the Quartz tube had to pass down the center of the solenoid coil.

49. Lawrence Berkeley Lab

This is a Lamberson magnet that Everson Tesla Incorporated delivered to the Lawrence Berkeley Lab, used for the Berkeley accelerator program.

50. Separation Magnet

This separation magnet was built for China National Coal in 1998. The magnet¹s strength is in excess of 2,200 gauss at 550 mm from face of the magnet. The first set of magnets were installed at the Qihupagdon Port Facility located in Northern China. These magnets are used for the separation of magnetic contaminants such as blasting caps.

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