The Current Status of Isotope Gas New Materials
The current situation of isotopic gas new materials shows excellent performance. Isotope gas new materials have shown good development momentum in the current technological and industrial fields, especially in the industrialization of bore-11 isotopes, research on hydrogen isotope separation materials, industrialization of isotope separation technology, and new isotope monitoring technologies.
The development of isotopic gas new materials can be analyzed in depth from the following dimensions:
The Current Status of Isotope Gas New Materials
1. Important breakthrough in technological innovation: Shanghai Institute of Chemical Technology has made significant progress in the industrialization of boron-11 isotopes, successfully achieving stable mass production of high abundance boron-11 isotopes, surpassing international peers in technological level, and breaking through foreign technological monopolies. This not only achieves technological innovation, but also helps meet the demand for special gas materials in high-end chip, panel manufacturing and other fields.
2. Research on efficient separation technology: In the field of hydrogen isotope separation materials and technology, research work focuses on improving separation efficiency and the possibility of large-scale production. New separation materials, such as two-dimensional membranes, organic metal frameworks, and molecular sieves with pore switching effects, provide new directions and possibilities for efficient separation of hydrogen isotopes.
3. The process of technological industrialization: China’s isotope separation technology is transitioning from the reserve stage to comprehensive industrialization, and stable isotope products have achieved small-scale production and successfully entered the international market. This process not only reflects China’s significant progress in the research and development of stable isotope technology, but also highlights the trend of internationalization of China’s isotope industry.
4. Safe and effective monitoring technology: The emergence of new isotope monitoring technology has improved the monitoring and evaluation capabilities of isotope application processes and effects, enhancing the safety and effectiveness of isotope applications.
5. Cooperation in the field of nuclear medicine: The Russian Atomic Energy Corporation has signed a five-year contract with the Brazilian Institute of Nuclear and Energy Research to supply potential medical isotopes lutetium 177 and actinium-225, marking the promising application of isotopes in the field of nuclear medicine through international cooperation.
6. Innovation in Paleoclimate Research: Paleoclimatologists have used cluster isotope methods to reconstruct the hot summer greenhouse climate in which dinosaurs lived on a seasonal scale, providing new perspectives and tools for paleoclimate research.
