Quantum technologySuperfluid helium: a cooling source for quantum computer dilution chillersIsotope separation: a study of topological quantum computing 2. Nuclear fusionUltra-pure tritium/deuterium mixture: fuel for tokamak devices

Hydrogen energy industryHelium leak detection: Fuel cell stack tightness testingLiquid hydrogen precooling: liquid nitrogen is used as the cooling medium before hydrogen liquefaction Space propulsionXenon ion thrusters: Satellite orbit adjustmentRocket fuel system: Liquid oxygen/liquid nitrogen comb

Medical imagingMedical xenon: MRI hyperpolarized contrast agent. 2. Pharmaceutical processSterile grade nitrogen: bioreactor protection gas.Cryogenic freezing: Liquid nitrogen for cell therapy.

Wafer manufacturingUltra-pure argon: monocrystalline silicon growth protection gas Package and testHigh purity helium: chip package heat dissipation

Low temperature physics experiments: liquid nitrogen can be used for quantum computing, and the superconducting quantum specific requires an environment close to absolute zero. In condensed matter experiments, superfluid helium and topological insulators can be studied.Other innovative applicationsF

Superconducting technology: liquid nitrogen cools niobium-titanium superconducting coils in MRI.Material treatment: liquid nitrogen can be used for metal cryogenic treatment, and tools and molds are processed in liquid nitrogen to improve wear resistance. Low temperature stress release of aluminum a

Biomedical: Liquid nitrogen can be used for cell and tissue preservation. Liquid nitrogen can cryogenically preserve cord blood, immune cells, frozen embryos, and sperm. Liquid nitrogen can also be used as a safe cryogenic medium for cryosurgery, liquid nitrogen cryogenic treatment of warts, skin ca

Liquid oxygen is used for hydrogen energy storage, and liquid oxygen is combined with liquid hydrogen for future liquid hydrogen fuel vehicles or spacecraft.

Steel and metal processing: liquid oxygen is injected into the steelmaking furnace after vaporization to improve carbon removal efficiency and shorten smelting time. When cutting metal, liquid oxygen provides a high purity oxygen source.Chemical production: liquid oxygen as an oxidant to improve the