Research in Clinical Dermatology

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Short Communication - Research in Clinical Dermatology (2022) Volume 5, Issue 6

Chemical effects of alpha radiation on human cells.

Ionizing radiation is energy communicated by means of X beams, gamma beams, beta particles (rapid electrons), alpha particles (the core of the helium molecule), neutrons, protons, and other weighty particles like the cores of argon, nitrogen, carbon, and different components. X beams and gamma beams are electromagnetic waves like light, however their energy is a lot higher than that of light (their frequencies are a lot more limited). Bright (UV) light is a radiation of moderate energy that can harm cells (the notable sun related burn), yet UV light varies from the types of electromagnetic radiation referenced above in that it doesn't cause ionization (loss of an electron) in iotas or particles, yet rather excitation (change in energy level of an electron). Different types of radiation-particles-are either adversely charged (electrons), emphatically charged (protons, alpha beams, and other weighty particles), or electrically nonpartisan (neutrons).

Author(s): Chunlin Shao*

Abstract Full Text PDF

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