Physics & Energy

Components coated with NEG (Non-Evaporable Getter) play a crucial role in physics and energy applications by providing high pumping and degassing capacity in vacuum systems. These components are coated with getter materials that trap residual gases, ensuring an ultra-clean and stable vacuum environment in devices such as particle accelerators, nuclear fusion reactors, and other high-energy experiments.

Distribution boxes (DBOX) and slits are essential components in physics and energy experiments for controlling and directing the flow of particles and radiation. These devices allow for precise beam manipulation, energy selection, and the delineation of areas of interest in nuclear research experiments, medicine, and other fields related to particle and energy physics.

Cryostats and Dewar vessels are essential cooling systems in physics and energy research that require extremely low temperatures. These devices provide a controlled environment for the operation of superconducting devices, particle detectors, and other equipment that require cryogenic conditions for optimal performance.

Front ends are crucial interfaces between detection systems and particle accelerators in physics and energy experiments. These devices receive and process the particle beam before it enters specific detectors or experiments, ensuring efficient and precise interaction between the beam and the detection systems.

Kickers, tubes, and adapters play a fundamental role in controlling and directing the particle beam in particle accelerators and high-energy physics experiments. These components allow for precise beam manipulation, deflection, and focusing on specific research areas.

Beam dumps are essential components in physics and energy experiments for the safe disposal of the particle beam after its use in specific experiments or applications. These devices absorb and dissipate the energy of the particle beam in a controlled manner, ensuring the safety and continuous performance of detection systems and experiments.

Vacuum chambers and cavities are fundamental components in physics and energy experiments that require extremely high vacuum conditions for the operation of particle accelerators, particle detectors, and other research equipment. These devices provide a clean, contaminant-free environment for the interaction of particles and radiation in high-energy scientific experiments.

Miscellaneous components include a variety of supplementary devices and equipment used in physics and energy experiments for specific applications. These components may include supports, mounting accessories, cooling systems, control systems, and other devices that are essential for the operation and maintenance of experimental physics and energy systems.

Hydrogen plays a key role in the aerospace industry as a fuel and propellant for various applications. Its use in propulsion and power systems represents an innovative solution for reducing emissions and increasing efficiency in air flight.