![Radiation / Nuclear physics / Radioactivity / Radiobiology / Particle detectors / Ionizing radiation / Neutron / Electron / X-ray / Stopping power / Radiation hardening / Semiconductor detector Radiation / Nuclear physics / Radioactivity / Radiobiology / Particle detectors / Ionizing radiation / Neutron / Electron / X-ray / Stopping power / Radiation hardening / Semiconductor detector](https://www.pdfsearch.io/img/52065bd5bed0529564be1ba17280d77b.jpg) Date: 2012-06-20 19:16:35Radiation Nuclear physics Radioactivity Radiobiology Particle detectors Ionizing radiation Neutron Electron X-ray Stopping power Radiation hardening Semiconductor detector | | VII. Radiation Effects Two basic types of radiation damage 1. Displacement damage Incident particles displace Si atoms from lattice sites Roughly proportional to non-ionizing energy loss However, details in energy deposiAdd to Reading ListSource URL: www-physics.lbl.govDownload Document from Source Website File Size: 349,03 KBShare Document on Facebook
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