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  • 具有加速从氢到铀全离子的能力
  • 我国开展重离子物理及交叉学科研究最重要的装置
  • 我国规模最大、世界短寿命核素质量测量精度最高的重离子加速器

NOTICE

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  • National Laboratory of Lanzhou heav..

    On July 11, the 2020 beam review meeting of HIRFL national laboratory was held in Lan..

    2021-04-30 MORE>

  • Notice on beam application of Lanzh..

    In 2021, the National Laboratory of Lanzhou heavy ion accelerator will continue to se..

    2021-01-13 MORE>

  • Notice on recruiting high end users..

    In 2021, the National Laboratory of Lanzhou heavy ion accelerator will continue to se..

    2020-03-12 MORE>

    NEWS & EVENTS

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    • New Study Uncovers Key Mechanism Behind Superior Biological Effects of Heavy-ion Cancer Therapy
      New Study Uncovers Key Mechanism Behind Superior B..

      Heavy-iontherapy,oneofthemostadvancedradiotherapytechniques,hasproventobemoreeffectivethanconve..

      2025-05-12
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    • Researchers Develop Digital Detector Array for Decay Studies of Exotic Nuclei
      Researchers Develop Digital Detector Array for Dec..

      Heavy-iontherapy,oneofthemostadvancedradiotherapytechniques,hasproventobemoreeffectivethanconve..

      2025-05-12
      MORE>
    • Researchers Test High-order QED Effects with Many-electron Highly Charged Ions
      Researchers Test High-order QED Effects with Many-..

      Thetheoryofquantumelectrodynamics(QED)hasachievedgreatsuccessunderweakelectromagneticfieldsinfe..

      2022-12-10
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    • New Study Uncovers Key Mechanism Behind Superior Biologica..

      Heavy-iontherapy,oneofthemostadvancedradiotherapytechniques,hasproventobemoreeffectivethanconvention

      2025-05-12 MORE>
    • Researchers Develop Digital Detector Array for Decay Studi..

      Heavy-iontherapy,oneofthemostadvancedradiotherapytechniques,hasproventobemoreeffectivethanconvention

      2025-05-12 MORE>
    • Researchers Test High-order QED Effects with Many-electron..

      Thetheoryofquantumelectrodynamics(QED)hasachievedgreatsuccessunderweakelectromagneticfieldsinfew-ele

      2022-12-10 MORE>

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