a. External gamma/x-ray doses 18. How many years of DIGITAL dose records does your department/organisation hold? b. External neutron doses a. 0–5 years c. Inhalation of radioactive particulates b. 5–10 d. Inhalation of radioactive gas and vapour c. 10–15 years e. Ingestion of radioactive material d. 15–20 f. Doses to the extremities (hands and feet) e. 20–25 g. Internal doses from intakes of f. 25 plus years radioactive material via a wound g. N/A h. Doses to the skin i. Doses to the lens of the eye j. Other (please specify) 19. If your records are held in a digital format, in what file format is the data maintained? personal identifiers are collected a. CSV and stored with radiation dose records for b. XML workers? c. PDF a. Full name d. Excel b. Date of birth e. Word c. Gender f. Other (please specify) d. Employee number (unique identifier) e. Employee work classification 20. How are the records for radiation exposure to workers managed (e.g. centrally or f. Other (please specify) independently at each site)? 16. How does your department/organisation a. All workers’ records are managed in a manage radiation dose records (select more central location within the organisation than one option if applicable)? b. Workers’ records are managed a. Database separately depending on which location b. Spreadsheet the worker is employed (i.e. separate databases or spread sheets per c. Paper records worksite) d. Other (please specify) 21. The responsibility of radiation record 17. How many years of PAPER dose records management sits with (e.g. centrally or does your department/organisation hold? independently at each site): a. 0–5 years a. A central radiation safety officer, or b. 5–10 radiation safety group for the entire c. 10–15 years organisation d. 15–20 years b. One radiation safety officer, or radiation e. 20–25 years safety group for each worksite f. 25 plus years 22. Over the past year, approximately how g. N/A many workers were monitored for radiation
a. External gamma/x-ray doses b. External neutron doses c. Inhalation of radioactive particulates d. Inhalation of radioactive gas and vapour e. Ingestion of radioactive material f. Doses to the extremities (hands and feet) g. Internal doses from intakes of radioactive material via a wound h. Doses to the skin i. Doses to the lens of the eye j. Other (please specify) personal identifiers are collected and stored with radiation dose records for workers? a. Full name b. Date of birth c. Gender d. Employee number (unique identifier) e. Employee work classification f. Other (please specify) 16. How does your department/organisation manage radiation dose records (select more than one option if applicable)? a. Database b. Spreadsheet c. Paper records d. Other (please specify) 17. How many years of PAPER dose records does your department/organisation hold? a. 0–5 years b. 5–10 c. 10–15 years d. 15–20 years e. 20–25 years f. 25 plus years g. N/A 18. How many years of DIGITAL dose records does your department/organisation hold? a. 0–5 years b. 5–10 c. 10–15 years d. 15–20 e. 20–25 f. 25 plus years g. N/A 19. If your records are held in a digital format, in what file format is the data maintained? a. CSV b. XML c. PDF d. Excel e. Word f. Other (please specify) 20. How are the records for radiation exposure to workers managed (e.g. centrally or independently at each site)? a. All workers’ records are managed in a central location within the organisation b. Workers’ records are managed separately depending on which location the worker is employed (i.e. separate databases or spread sheets per worksite) 21. The responsibility of radiation record management sits with (e.g. centrally or independently at each site): a. A central radiation safety officer, or radiation safety group for the entire organisation b. One radiation safety officer, or radiation safety group for each worksite 22. Over the past year, approximately how many workers were monitored for radiation