TUAP offers the whole range of equipment used in controlled fusion experiments.

 Pellet injection: injection of 0.1-1 mm particles into high temperature plasma is used for plasma fueling or diagnostic. Cryogenic pellets of frozen hydrogen isotopes or impurity pellets such as Li, C, Fe, Ti are pneumatically or mechanically accelerated up to 0.1 – 1 km/s.

Pellet injectors

• Fast freezing 10-barrel hydrogen pellet injector (Porous sleeve).

• Fast freezing single-barrel hydrogen pellet injector (Porous sleeve).

• Repetitive pellet injector with screw extruder.

• Tritium compatible pneumatic pellet injector.

• Double stage hydrogen pellet injector.

• 8-barrel injector for HL-1M (China).

• 8-barrel injector for HT-7 (China).

• Impurity pellet injector.

• Four barrel pellet injector.

Vacuum equipment: TUAP offers fast vacuum valves for precise vacuum control.

Vacuum equipment

• Fast flow controlling vacuum gas valve

• Electromagnetic fast valve

• Electromagnetic gate valve

Plasma diagnostic: besides the probe measurements and diagnostics based on laser scattering plasma diagnostics mainly consists of sophisticated detection of particle and radiation fluxes: mass or energy spectroscopy, light spectroscopy (visible to SXR), tomographic reconstruction.

Plasma diagnostics equipment: 

• Multipulse Nd-glass laser.

• Pyroelectric bolometer system.

• Fast framing CCD-camera.

Data acquisition and control electronics is normally supplied by TUAP together with the experimental equipment. However special electronics can be made to work with your existing devices.

Data acquisition and control electronics equipment: 

• Add-on ADC board for tokamak data acquisition.

• Temperature controller.

• Control unit for fast valve and gate valve

• Helium pressure controller.

Cryogenic systems are widely used by TUAP to freeze the hydrogen down to melting point of 14 K in the fueling pellet injectors. Liquid He systems can be also designed as a separate unit upon request.

Cryogenic systems equipment: 

·  Helium flowing cryostats.

Plasma sources

• Inductively coupled plasma source for silicon processing.