论文标题
未来热量表的材料
Materials for Future Calorimeters
论文作者
论文摘要
未来的HEP实验在辐射公差，时间响应和项目成本方面对热量计材料提出了严重的挑战。 2019年DOE基础研究需求的2019年报告有关高能物理探测器研发的研究指出了未来量热法的三个优先研究方向。遵循这些研究方向的信函信已提交给美国物理学会的颗粒和田地的雪质。该报告总结了要以无机，液体（油基和水基）以及塑料闪光灯和波长变速杆的形式开发的材料，以提高HEP量热法，以面对辐射硬度，快速时机和成本效益的挑战。这些材料中的一些可能还可以在未来的HEP飞行时间系统中找到应用，以及HEP超越核物理，硬X射线成像和医疗器械的应用。
Future HEP experiments present stringent challenges to calorimeter materials in radiation tolerance, time response and project cost. The 2019 report of the DOE Basic Research Needs Study on High Energy Physics Detector Research and Development points out three priority research directions for future calorimetry. Following these research directions letters of interest were submitted to the Snowmass organized by the Division of Particles and Fields of the American Physics Society. This report summarizes materials to be developed in the form of inorganic, liquid (oil- and water-based), and plastic scintillators and wavelength shifters to advance HEP calorimetry to face the challenges in radiation hardness, fast timing, and cost-effectiveness. Some of these materials may also find applications for future HEP time-of-flight system, and beyond HEP in nuclear physics, hard X-ray imaging and medical instruments.
