IHP Chapter 6

12345678910111213141516
Across
  1. 4. sum of dose delivered to organ or tissue from both internal (over 50 years) and external sources
  2. 6. kinetic energy released in material
  3. 9. that amount of any type of radiation that deposits 100 ergs of energy per gram of any material
  4. 10. this unit will produce 2.58E^-4 C of charge per kg of air at STP
  5. 12. the product of the absorbed dose in tissue and the quality (or radiation weighting) factor for the radiation type that delivered the dose
  6. 13. that amount of radiation that will cause damage to human tissue equivalent to the damage caused by absorbing 1 Joule of gamma energy per kilogram (1 Gray)
  7. 14. the amount of energy absorbed per unit mass of any material from any type of ionizing radiation
  8. 16. sum of dose delivered to whole body from both internal (over 50 years) and external sources
Down
  1. 1. dose term that relates partial body irradiations from internal sources to whole body irradiations
  2. 2. that amount of any type of radiation that deposits 1 Joule of energy per kilogram of any material
  3. 3. dose delivered over 50 years to an organ or tissue
  4. 5. dose equivalent delivered between 0.007 and 1 cm from external sources
  5. 7. the ionization potential of x-ray and gamma photons in air
  6. 8. dose term that relates partial body irradiations to whole body irradiations
  7. 11. that amount of radiation that will cause damage to human tissue equivalent to the damage caused by absorbing 100 ergs of gamma energy per gram (1 rad)
  8. 15. dose equivalent delivered anywhere below 1 cm depth from external sources only