3HeIsotope applications: Used in neutron detectors, nuclear magnetic resonance tracing, low-temperature physics, and laboratory research, as well as in superconducting electromagnetic cooling, military industry, healthcare, semiconductors, petrochemicals, optoelectronics, and laser gyroscopes.
Applications of D isotope: Used in special bulbs, nuclear research, as bombarding particles in deuteron accelerators, tracers, and low water peak fiber processing; in memory production as passivation thin layers for silicon nitride and silicon oxynitride; applied in nuclear physics, organic synthesis, atomic absorption spectroscopy,Standard gas, calibration gas, etc.; serves as tracers in scientific research fields such as chemistry, biology, agriculture, and geology, and as diagnostic reagents in nuclear medicine PET; NMR deuterated reagents are used in solid-state nuclear magnetic resonance, kinetic studies, integrating technologies like isotope-coded affinity tagging (ICATTM), stable isotope labeling by amino acids in cell culture (SILAC), and ***quantitative analysis methods for target proteins (AQUATM).
Applications of 13C isotope: Used in calorific value testing standard fuels for nuclear physics, biology, medicine, etc.,Standard gas, rectifying gas, solar cells, amorphous silicon films, raw materials for the production of synthetic ammonia, carbon black, methyl compounds, etc.; applied in plant physiology and biochemistry research, soil and plant nutrition studies, plant protection research, improvement studies of crops such as rice, flowers, and agricultural products, and nitrogen cycle research in grasslands, among other areas.
Uses of 18O Isotope: Acts as a tracer in scientific research fields such as chemistry, biology, agriculture, and geology, as well as a PET diagnostic reagent in nuclear medicine; assesses human energy expenditure, applied in laboratory and field studies within sports science;
15NIsotope applications: Biological marker compounds for labeling peptide synthesis, serving as biomedical tracers, primarily used in life sciences, agricultural sciences, and other research fields; in monitoring ecosystem pollution, measured N values serve as indicators of water environmental pollution levels.
Applications of Kr isotopes: Primarily used in physics research, counting tubes, lasers, ultraviolet sources,Standard gas, special gas mixtures, etc.; capable of absorbing X-rays, serving as shielding material during X-ray operations; employed in the fabrication of atomic lamps that do not require electrical energy;
Uses of Ne Isotopes: Serves as the working gas for laser gyroscopes in satellites; employed in navigation, positioning, and orientation systems for various models and specifications of satellites, aircraft, and ships.
Xenon IsotopesApplications: Xenon can induce cellular anesthesia and expansion, temporarily halting the function of nerve endings, making it suitable as an anesthetic without side effects; in the nuclear energy industry,Xenon GasIt can be used to detect the presence of high-speed particles, particles, mesons, and so on.