(a) When radiation from radioactive materials collides with neutral atoms or molecules these may become charged or absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly.

(b) When radiation ionises molecules in living cells it can cause damage, including absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly damage and ultimately absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly. The lower the dose of radiation the absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly the risk of cancer.

(c) Higher absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly of radiation can kill absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly, so radiation is used to kill cancer cells and harmful absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly in packaged absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly.

(d) As radiation passes through a material it can be absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly. The greater the thickness of a material the absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly the absorption. The absorption of absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly radiation can be used to monitor and absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly the thickness of materials on a fast moving production line of paper, absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly or sheet steel.

(e) When sources of radiation are outside the body beta and absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly radiation are the absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly dangerous because they can reach the cells of absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly and may be absorbed by them. However, absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly radiation is the absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly dangerous because it is unlikely to reach living cells.

(f) Workers who are at risk from radiation often wear a radiation absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly to monitor the amount of radiation they have been absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly to over a period of time. This is a small packet containing absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly film and the more radiation a worker has been in contact with, the absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly the photographic film is when it has been developed.

(g) When sources of radiation are absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly the body, alpha radiation is the most dangerous because it is so absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly absorbed by cells. Beta and gamma radiation are less absorbedalphabadgebetacancercellscontroldangerousdarkerdosesexposedfoodgammageneticgreaterinsideionisedleastlowermicroorganismsmostorgansphotographicplasticstrongly because cells are not as likely to absorb these radiations.