linear energy transfer

lin·e·ar en·er·gy trans·fer (LET),

the amount of energy deposited by radiation per unit length of travel, expressed in keV per micron; protons, neutrons, and α particles have much higher LET than gamma or x-rays. A property of radiation considered in radiation protection. See: relative biologic effectiveness.

mass stopping power

Forensics
See Stopping power.

Nuclear physics
The reduction of kinetic energy of an ionising particle as it passes though a material of a particular density.

lin·e·ar en·er·gy trans·fer

(LET) (lin'ē-ăr en'ĕr-jē trans'fĕr) Rate at which a charged particle deposits energy as it travels through matter.

lin·e·ar en·er·gy trans·fer

(LET) (lin'ē-ăr en'ĕr-jē trans'fĕr) Rate at which a charged particle deposits energy as it advances.

单词	linear energy transfer
释义	DictionarySeelet linear energy transfer linear energy transfer [′lin·ē·ər ′en·ər· jē ‚tranz·fər] (nucleonics) stopping power linear energy transfer lin·e·ar en·er·gy trans·fer (LET), the amount of energy deposited by radiation per unit length of travel, expressed in keV per micron; protons, neutrons, and α particles have much higher LET than gamma or x-rays. A property of radiation considered in radiation protection. See: relative biologic effectiveness. mass stopping power Forensics See Stopping power. Nuclear physics The reduction of kinetic energy of an ionising particle as it passes though a material of a particular density. lin·e·ar en·er·gy trans·fer (LET) (lin'ē-ăr en'ĕr-jē trans'fĕr) Rate at which a charged particle deposits energy as it travels through matter. lin·e·ar en·er·gy trans·fer (LET) (lin'ē-ăr en'ĕr-jē trans'fĕr) Rate at which a charged particle deposits energy as it advances. LegalSeeLetAcronymsSeeLET
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