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Nuclear Energy Highlights

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South China Regional Office of the National Nuclear Safety Administration Completes Refueling Outage Inspection of Yangjiang Nuclear Power Plant Unit 2

South China Regional Office of the National Nuclear Safety Administration Completes Refueling Outage Inspection of Yangjiang Nuclear Power Plant Unit 2

The South China Regional Office of Nuclear and Radiation Safety Supervision of the Ministry of Ecology and Environment successfully completed the nuclear safety supervision and inspection of the first criticality control point for the eighth refueling outage of Yangjiang Nuclear Power Plant Unit 2 on October 11. After verifying item by item the prerequisites for reactor recriticality and confirming that the primary loop and related systems and equipment were in a controlled and compliant state, the supervisors signed off and released the criticality control point in accordance with the law, marking the successful completion of the on-site nuclear safety supervision task for the Y208 refueling outage of the unit. During the overlapping period of the 2026 Mid-Autumn Festival and National Day holidays, multiple operating units at several nuclear power bases along the South China coast successively entered routine refueling outage cycles, with on-site maintenance activities highly concentrated, and nuclear safety...

2026-10-15

Fusion

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French Nuclear Safety and Radiation Protection Authority Approves Exemption of ITER Vacuum Vessel from Fission Pressurized Equipment Regulation

French Nuclear Safety and Radiation Protection Authority Approves Exemption of ITER Vacuum Vessel from Fission Pressurized Equipment Regulation

2026-10-11

The French Nuclear Safety and Radiation Protection Authority (ASNR) has formally issued a regulatory ruling, approving the application by the International Thermonuclear Experimental Reactor (ITER) Organization to exclude the Vacuum Vessel, a core component of the ITER tokamak device, from the scope of regulation under the French and European Nuclear Pressure Equipment Directive (ESPN). This breakthrough ruling marks the beginning of key fusion reactor components breaking free from the regulatory framework derived from traditional fission reactors. Prior to this decision, the ITER Vacuum Vessel had long been classified as nuclear pressure equipment. This classification originated from the management practices of traditional light-water fission reactors, whose underlying logic presumes internal pressure as the primary engineering load on the structure. However...

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Russia Completes Qualification Tests of ITER First Wall Tungsten Lining, Advancing Development of Key Components for International Thermonuclear Fusion

Russia Completes Qualification Tests of ITER First Wall Tungsten Lining, Advancing Development of Key Components for International Thermonuclear Fusion

2026-10-10

The Efremov Institute of Electrophysical Apparatus (NIIEFA), a subsidiary of Rosatom State Atomic Energy Corporation, recently successfully completed the qualification testing phase of tungsten materials for the first wall lining of the International Thermonuclear Experimental Reactor (ITER). This testing aimed to verify the feasibility of the selected technical solution. The expert team completed vacuum rapid brazing of the tungsten lining, robotic ultrasonic inspection, and rigorous thermal cycling tests, laying a solid foundation for subsequent mass production of key components. As the physical boundary between the scorching plasma and the main reactor equipment in a tokamak device, the first wall lining must protect the equipment from high-energy particle bombardment while...

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Opinions of the Central Committee of the Communist Party of China and the State Council on Developing New Quality Productive Forces

Opinions of the Central Committee of the Communist Party of China and the State Council on Developing New Quality Productive Forces

2026-10-10

Opinions of the Central Committee of the Communist Party of China and the State Council on Developing New Quality Productive Forces. Developing new quality productive forces is an intrinsic requirement and an important focus for promoting high-quality development. To accelerate the development of new quality productive forces, the following opinions are hereby put forward. I. General Requirements. We must adhere to Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era as our guide, thoroughly implement the spirit of the 20th National Congress of the Party and all its plenary sessions, earnestly implement the arrangements of the Fourth Plenary Session, fully, accurately and comprehensively implement the new development philosophy, uphold innovation as the lead, reform as the key, adaptation to local conditions, and establishing the new before abolishing the old, uphold high technology, high efficiency and high quality, and properly handle the relationships between the government and the market, between qualitative state and business forms, between reform and development, and between self-reliance and opening up,...

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ITER Tokamak Plasma Instability Simulation Tool JOREK Released as Open Source

ITER Tokamak Plasma Instability Simulation Tool JOREK Released as Open Source

2026-10-10

JOREK, a key simulation software used for simulating large-scale plasma instabilities in nuclear fusion devices, was officially released as open source on October 8, 2026, and its code has been hosted under the official GitHub account of the International Thermonuclear Experimental Reactor (ITER) Organization. This move aims to promote global nuclear fusion research toward a more open and innovative ecosystem, greatly lowering the threshold for researchers in various countries to obtain, use, and further develop this core algorithm code. Nina Schwarz, a researcher at the French Alternative Energies and Atomic Energy Commission (CEA), pointed out that this open license allows researchers worldwide to contribute code to JOREK and publicly improve the algorithm. A clear open-source license...

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Final Design Review Completed for ITER Neutron Flux Monitor System #7

Final Design Review Completed for ITER Neutron Flux Monitor System #7

2026-10-09

Recently, the Final Design Review (FDR-2) for the ITER Neutron Flux Monitor System #7 (NFM#7), led by the Southwestern Institute of Physics (SWIP), was successfully held, and the system design scheme was fully affirmed by the review expert panel. The successful passage of this review marks an important milestone achievement in China's development of key ITER diagnostic systems, laying a solid foundation for subsequent system manufacturing and overall delivery. At the review meeting, the project team comprehensively reported the overall and component-level design schemes of the NFM#7 system, and responded item by item to the inquiries raised by ITER international review experts. The expert panel unanimously agreed that the final design of the NFM#7 system...

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Startorus Fusion Completes 20 K Cryogenic Rapid Discharge Test of Central Solenoid Model Magnet (CSMC) for Spherical Tokamak Device

Startorus Fusion Completes 20 K Cryogenic Rapid Discharge Test of Central Solenoid Model Magnet (CSMC) for Spherical Tokamak Device

2026-10-09

Startorus Fusion (HTS) recently announced that its independently developed central solenoid (CS) model magnet for a spherical tokamak device (tokamak) successfully completed a 6350 A cryogenic current-carrying and rapid discharge test under harsh cryogenic conditions. Test results showed that the magnet achieved a maximum magnetic field of 10 T and a magnetic field change rate of up to 63 T/s, setting a new record for the magnetic field change rate of known fusion superconducting magnets. This test was conducted at 20 K (-253 °C). The magnet not only successfully reached a maximum magnetic field strength of 10 T, with a central magnetic field of 7.6 T, but also smoothly completed the rapid discharge test required for tokamak ohmic discharge. As a...

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Nuclear Application

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Russian radiation safety instrument manufacturer "Doza" Research and Production Enterprise congratulates Department No. 1 of the Moscow Engineering Physics Institute on the 75th anniversary of its founding

National Research Nuclear University MEPhI held a grand ceremony on October 2 to celebrate the 75th anniversary of its historic Department No. 1—the Department of Radiation Physics and Safety of Nuclear Technologies. Several experts from the renowned Russian radiation safety monitoring system research, development, and manufacturing enterprise NPP Doza, who serve both as key technical personnel of the company and as faculty members at the university, were invited to attend the event. As a major center for training professional and technical personnel for Russia's nuclear industry...

2026-10-14

Iran Signs Memorandum on Nuclear Technology for Medical Applications to Control Dengue Fever Through Radiation-Sterilized Mosquitoes

Recently, the Iranian Ministry of Health and the Atomic Energy Organization of Iran (AEOI) signed a memorandum of understanding to expand the application of nuclear technology in the healthcare sector. Iranian Health Minister Mohammad-Reza Zafarqandi and AEOI Chairman Mohammad Eslami signed the agreement, with the primary goal of controlling the Aedes mosquito population through the sterile insect technique (SIT) to combat dengue fever, chikungunya, and Zika virus. It is understood that SIT is an environmentally friendly pest control method: male mosquitoes are mass-reared, sterilized using radiation, and then released to significantly reduce mosquito populations. Both parties will utilize Iran's scientific, research, and technological capabilities to establish a mass-rearing center for Aedes aegyp...

2026-10-13

The 18th National Symposium on Radiopharmaceuticals and Labeled Compounds Held in Chongqing, Focusing on Alpha Nuclide Targeting and Theranostics

The 18th National Symposium on Radiopharmaceuticals and Labeled Compounds was held on October 10-11 at the Chongqing Science Hall. The conference was co-hosted by the China Isotope & Radiation Corporation Research Institute and the IAEA Collaborating Centre for Radiopharmaceuticals and Radioactive Sources, co-organized by the Nuclear Medicine Branch of the Chinese Medical Association, the Isotope Branch of the Chinese Nuclear Society, the Radiopharmaceuticals Branch of the Chinese Nuclear Society, and the Nuclear Chemistry and Radiochemistry Branch of the Chinese Nuclear Society, and undertaken by China Isotope & Radiation Corporation and the Chongqing Nuclear Society. More than 400 experts, scholars, clinicians and...

2026-10-12

Nuclear Mutation Breeding Technology Helps Increase Rice Yield and Quality in Laos: Excellent New Varieties Combine Early Maturity with Stress Resistance

In the Lao People's Democratic Republic, rice is both the core staple food and main source of income for rural households, and a strategic cornerstone for maintaining national food security. Currently, more than 80% of the country's farming households are engaged in rice cultivation, and paddy fields account for about 60% of the nation's total cultivated land area. The Lao government has set the national paddy production target at 5.5 million tons. Facing multiple challenges such as climate warming, frequent flooding, crop diseases, and tightening agricultural resources, enhancing the climate resilience and scientific research capacity of the rice production system has become an urgent priority. Relying on the International Atomic Energy Agency (IAEA) technical cooperation program and the Joint FAO...

2026-10-12

China's Highest-Latitude High-Speed Railway, the Harbin-Yichun High-Speed Railway, Puts "Robot Doctor" into Service, Boosting Hollow Axle Flaw Detection Efficiency by 30%

China's highest-latitude high-speed railway, the Harbin-Yichun High-Speed Railway, has officially opened for operation. Faced with the dual challenges of opening a new line under extreme cold climate conditions and the high-intensity operation of EMUs, flaw detection of hollow axles—key load-bearing components of the car body—has become a core link in ensuring the safe and smooth operation of trains. Previously, flaw detection operations for EMU hollow axles mainly relied on manual operation, which not only imposed high labor intensity on maintenance personnel but also placed extremely high demands on detection accuracy and standardization. In response to the technical requirements under severe cold environments and the efficiency pain points of traditional manual maintenance, the Harbin EMU Depot of China Railway Harbin Group Co., Ltd., together with a scientific research team, successfully developed an intelligent mobile hollow axle ultrasonic flaw detector, which has already been put into trial use in EMU trial operations and routine maintenance.

2026-10-12

Czech Škoda JS Wins First Polish Nuclear Energy Order, to Invest About CZK 300 Million in Modernizing MARIA Research Reactor

Pilsen-based Škoda JS a.s., part of the Czech ČEZ Group, has recently won its first commercial contract in the Polish market. The company will invest approximately CZK 300 million to carry out a comprehensive modernization of the MARIA research reactor, which belongs to the Polish National Centre for Nuclear Research (NCBJ) and is located in Otwock, near Warsaw. Škoda JS spokesperson Karel Samec confirmed the deal to the Czech News Agency (ČTK), saying the company hopes to use this as an opportunity to further expand into the Polish nuclear power market and to secure a role as a core equipment...

2026-10-12