Regulation on detailed safety requirements for work involving ionising radiation sources

§ 1. This regulation shall set out: 1) technical requirements and radiation protection requirements for laboratories applying radioactive sources or devices containing such sources, and requirements for devices generating ionising radiation and for laboratories applying such devices; 2) regulations for work involving radioactive sources, devices containing such sources and devices generating ionising radiation, applied outside of laboratories referred to in point 1 above; 3) method of controlling ionising radiation sources s and radioactive sources registration; 4) sample of registration card for radioactive sources registration.

§ 2. This regulation shall not apply to X-ray units with radiation energy of up to 300 keV applied for medical purposes and laboratories applying the said machines.

§ 3. The following terms shall be assigned the following meanings under this regulation: 1) 1) "accelerator" – shall mean a device generating ionising radiation by charged particle acceleration, in particular: linear accelerator, betatron, cyclotron, neutron generator; 2) 2) "X-ray unit" – shall mean a machine or set of devices for the generation and application of X-ray radiation where the source of ionising radiation is an X-ray tube; 3) 3) "isotope groups" – shall mean radioactive isotopes divided into groups subject to the effective committed dose during unitary isotope absorption in the body; 4) 4) "open radioactive source" – shall mean radioactive source which does not constitute a sealed radioactive source; 5) 5) "irradiation compartment" – shall mean a compartment where a radiation beam is released from an installed accelerator, X-ray unit or device containing a sealed radioactive source for the purpose of irradiation, and a compartment where a radioactive source is released from a device containing a sealed radioactive source for the purpose of irradiation; 6) 6) "therapeutic compartment" – shall mean a compartment for irradiation where the released radiation beam or released radioactive source are applied for ionising radiation therapy; 7) 7) "laboratory" – shall mean an X-ray laboratory, accelerator laboratory and isotope laboratory; 8) 8) "accelerator laboratory" – shall mean a complex of compartments with an installed accelerator, including at least one irradiation compartment; 9) 9) "isotope laboratory" – shall mean a compartment or a complex of compartments for work with open or sealed radioactive sources and devices containing sealed radioactive sources; 10) 10) "X-ray laboratory" – shall mean a compartment for the operation of an X- ray unit or a complex of compartments comprising at least one compartment for the operation of an X-ray unit or an irradiation compartment; 11) 11) "control room" – shall mean a compartment from which the operation of an accelerator, X-ray unit or device containing a sealed radioactive source is remotely controlled; 12) 12) "sanitary and dosimetry lock" – shall mean an isolated area on the premises of an isotope laboratory with open radioactive sources, equipped with stationary dosimetry devices and sanitary facilities (wash-stand and, if required by the type of conducted works, a shower), adapted for the removal of external radioactive contamination from the surface of the body, individual means of radiation protection, and for changing protective clothing and shoes; 13) 13) "source certificate" – shall mean radioactive source documentation prepared by the producer of the source; 14) 14) "certificate of source radioactive material" - shall mean documentation of source radioactive material prepared by the producer of the material; 15) 15) "type of sealed radioactive source" – shall mean the set of structural characteristics and physical properties of point, surface and linear radioactive source, including the type of applied ionising radiation; 16) 16) "source radioactive material" – shall mean target material obtained from a nuclear reactor or another material applied for the manufacture of radioactive sources; 17) 17) "sealed radioactive source" - shall mean a radioactive source whose structure prevents the radioactive substance from leaking to the environment under conditions set for its application; 18) 18) "license" – shall mean the license for conducting operations which involve exposure to ionising radiation.

§ 4. Work safety requirements involving ionising radiation sources shall involve the principle of limiting exposure by shortening the time of exposure, increasing the distance from the source of ionising radiation, restricting radiation area and eliminating radioactive contamination, in particular by: 1) applying equipment and devices in accordance with their purposes and manufacturer guidelines; 2) applying individual means of radiation protection; 3) employing personnel adequately trained and qualified for the performance of duties involved in a specific work position; 4) regularly monitoring the parameters of the applied procedures, controlling and providing technical support for the applied devices. Chapter 2 Technical Requirements and Radiation Protection Requirements for Laboratories Applying Radioactive Sources or Devices Containing such Sources, and Requirements for Devices Generating Ionising Radiation and for Laboratories Applying such Devices

§ 5. 1. Accelerator, isotope and X-ray laboratories applying X-ray units with radiation energy exceeding 300 keV shall be situated in: 1) non-residential buildings, or 2) non-residential part of a building, provided that laboratory premises are not adjacent to residential premises or premises designed for permanent accommodation, subject to provisions of §16. 2. Isotope laboratories shall be sited in premises protected from flooding in buildings classified into fire resistance category D in accordance with the provisions of the construction law, and the sites where radioactive sources and radioactive waste is stored – in premises classified into at least fire category B. 3. The laboratory entrance shall be marked with sign boards according to the samples presented in Annex no. 1 to this Regulation. 4. The degree of attenuation of ionising radiation through external walls and ceilings of the laboratory shall prevent the members of the general public from receiving in the course of 12 subsequent months an effective dose of ionising radiation resulting from laboratory operations involving ionising radiation, not exceeding 0.1 mSv, taking into account the time of exposure, type of operations conducted in the laboratory and the type of applied shields. 5. Subject to the type of conducted operations, the laboratory shall be equipped with: 1) dosimetry equipment appropriate for the applied ionising radiation sources; 2) permanent or mobile ionising radiation shields; 3) containers for the storage of radioactive sources and radioactive waste; 4) individual means of protection against radioactive contamination and irradiation; 5) gravitational ventilation, unless mechanical ventilation is required for the given laboratory type or class, as well as air-conditioning if required by the manufacturer of the installed devices; 6) water supply and sewage disposal system. 6. Radioactive sources and radioactive waste shall be stored in a manner which prevents the leakage of radioactive contamination. 7. The location of radioactive source storage shall be marked with sign boards according to the sample in Annex no. 2. 8. The premises where radioactive sources or radioactive waste are stored shall not be used for the storage of flammable materials, explosives, materials producing caustic and corrosive vapours, or compressed gases. 9. Laboratory documentation shall comprise: 1) license; 2) work regulations; 3) work instructions for handling ionising radiation sources, containing detailed procedures relating to radiation protection for each type of performed operations; 4) company emergency response plan; 5) register of dosimetric measurement results in the work environment; 6) list of employees working in the laboratory, divided into categories A and B; a. subject to the type of operations conducted in the laboratory, also: 7) specification and operating instructions for accelerators, X-ray units or devices containing radioactive sources; 8) instructions for patients who are administered radioactive substances for the purpose of medical treatment or diagnosis; 9) operating instructions and calibration certificates of dosimetry equipment; 10) register of radioactive sources and radioactive waste; 11) register of individual ionising radiation doses received by employees.

§ 6. In the case of isotope laboratories with sealed radioactive sources and isotope laboratories with devices containing radioactive sources (class Z laboratories): 1) the area of the premises where operations involving radioactive sources are conducted, shall be not less than 10 m2, and the area of the therapeutic compartment in a class Z laboratory shall be not less than 20 m2; 2) the size of unoccupied area in premises where operations involving radioactive sources are conducted shall be not less than 5 m2 per one employee working in the laboratory.

§ 7. 1. The area of an X-ray laboratory where an X-ray radiography unit or another X-ray unit with radiation energy exceeding 300 keV is installed shall be not less than 20 m2. 2. The area of an X-ray laboratory where an X-ray unit with radiation energy of up to 300 keV is installed shall be not less than 10 m2, subject to the provisions in §8, unless the license states otherwise . 3. The height of a veterinary X-ray laboratory where an X-ray unit is installed shall be not less than 2.5 m, and if the total time spent by an employee in the laboratory does not exceed four hours per day, it shall be not less than 2.2 m. 4. The area of an irradiation compartment in an accelerator laboratory shall be not less than 20 m2, unless the license states otherwise. 5. In the case of accelerator and X-ray laboratories, excluding veterinary X-ray laboratories and class Z laboratories with a separate control room: 1) the laboratory entrance shall be equipped with a light signalling device indicating that the unit or accelerator high voltage supply is on, or that a radioactive source is in the operating mode; 2) the geometry of permanent shields settings shall ensure that the angle of incidence of the primary ionising radiation beam is not directed at the door leading to the irradiation compartment; 3) therapeutic compartments shall be equipped with mechanical supply and exhaust ventilation which guarantees minimum 6 exchanges of air per hour, unless the manufacturer of the installed ionising radiation source requires more frequent air exchange; 4) door structure shall ensure that doors can be opened from both inside and outside of the irradiation compartment; 6. In addition to the requirements set out in point 5 above: 1) voice and visual communication systems between the control room and the therapeutic compartment shall be installed in accelerator and X-ray laboratories, except for veterinary X- ray laboratories, and in Z class laboratories with separate control rooms; 2) system disabling the supply of high voltage to an X-ray unit or an accelerator when the door to the irradiation compartment is open shall be installed in accelerator and X-ray laboratories, except for veterinary X-ray laboratories, with separate control rooms; 3) system ensuring that sources are set in the protective mode when doors to the irradiation compartment are opened shall be installed in class Z laboratories with separate control rooms.

§ 8. 1. The area of a veterinary X-ray laboratory where small animals are diagnosed and where an X- ray unit is installed shall ensure that during a standard diagnostic procedure, involving a portable unit or a suspended head with beam directed downwards, the radiation source is positioned at least 1 m from the nearest wall. 2. The area of a veterinary X-ray laboratory where larger animals are diagnosed and where an X-ray unit is installed shall ensure that the radiation source is positioned at least 1.5 m from the nearest wall.

§ 9. In devices which generate ionising radiation – not applied for diagnostic, therapeutic, scientific or technical purposes – emitted by vacuum tubes induced by current not exceeding 5 kV, the radiation dose rate at the distance of 0.05 m from any available surface of the device shall not exceed 5 micrograys per hour (µGy/h).

§ 10. 1. X-ray units and accelerators: 1) shall be operated in accordance with environmental requirements and the terms of power supply defined in the specification and the operating manual; 2) shall be maintained in accordance with the recommendations of the operating manual; 3) shall be regularly inspected in accordance with the quality assurance and calibration control programme. 2. The structure of X-ray machines and accelerators shall guarantee electrical and mechanical safety, including: 1) protection against injury resulting from direct contact with the X-ray machine or accelerator; 2) protection against temperature or electric arc which are a potential source of danger.

§ 11. 1. The structure of an X-ray unit shall: 1) enable the assembly of radiation delimiters as appropriate for the purpose of the X-ray unit; 2) limit radiation dose rate when the radiation beam window is closed and at the highest operating parameters specified by the manufacturer which shall not exceed: a) a) 25 µGy/h at the distance of 0.5 m from tube focus – in the case of X-ray units applied for X-ray diffraction, microradiograpy and X-ray spectroanalysis, b) b) 2.5 mGy/h for the voltage of up to 200 kV, or 10 mGy/h for the voltage exceeding 200 kV, at the distance of 1 m from tube focus – in the case of other X-ray unit types; 3) in the case of X-ray units where protective casing shields the X-ray tube and the irradiated object, the dose rate at the distance of 0.1 m from the available shield surface shall not exceed: a) 7.5 µGy/h (fully shielded X-ray units), b) 25 µGy/h (X-ray units of high shielding standard). 2. Fully shielded X-ray units and X-ray units of high shielding standard shall be equipped with two independent protective devices which shall prevent unit operation when protective casing is open. 3. Fully shielded X-ray units shall not be equipped with protective devices referred to in point 2 above if the X-ray unit can not be operated with the casing closed, and the dose rate at the accessible point of open casing does not exceed 7.5 µGy/h. 4. X-ray units of high shielding standards shall not be equipped with protective devices referred to in point 2 above if the dose rate in the inner space of the X-ray unit, operating at maximum parameters, does not exceed 0.25 mGy/h at any point, or if the X-ray unit may not be operated with the casing closed, and the dose rate at the accessible point of open casing does not exceed 25 µGy/h. 5. X-ray units applied for veterinary diagnostics shall be equipped with: 1) filters to enable filtration of at least the equivalent of 1.5 mm aluminium (Al); 2) push-button for the remote release of the exposure dose which ensures that the operator is situated at least 2 m from tube focus; 3) acoustic or optical signalling device to indicate the completion of exposure; the emitted signal shall be visible and audible at the place of release activation; 4) current intensity and X-ray tube voltage indicators; 5) light indicator of radiation field to ensure that the mean field lighting intensity is not less than 100 lx in the plane perpendicular to the beam axis at the distance of 1 m from the focal point, if the above distance is less than 1 m under normal operating conditions.

§ 12. 1. The therapeutic accelerator shall: 1) ensure patient safety during treatment; 2) indicate the presence of the radiation beam in the therapeutic compartment and the control room; 3) control the radiation dose and the radiation dose rate with the application of two independent dosimetry lines; 4) register radiation dose indications after the completion of irradiation. 2. The structure of the accelerator shall ensure that irradiation is terminated or interrupted if: 1) in the course of correct ionising radiation therapy, the radiation dose measurement system has indicated that the radiation dose rate set prior to the commencement of radiation has been achieved; 2) the indications of independent dosimetry lines differ by over 5% of respective indications; 3) radiation time has reached the limit defined prior to the commencement of radiation.

§ 13. 1. Subject to the activity of simultaneously applied radioisotopes and their classification into radioisotope groups, isotope laboratories with open radioactive sources shall be classified into class III, II and I as provided for in Annex no. 3. 2. Radioisotope groups referred to in section 1 above are defined in Annex no. 4 . 3. Sealed radioactive sources may be applied in isotope laboratories with open radioactive sources.

§ 14. 1. In addition to the requirements set out in §6, in class III isotope laboratories: 1) work stations shall be equipped with radiochemical exhausts and, if required, glove boxes and other devices which prevent the leakage of radioactive contamination; 2) work surfaces shall be built in a manner which prevents the leakage of radioactive contamination and facilitates its removal; 3) the structure of flooring, walls and systems shall facilitate the removal of radioactive contamination from their surface; 4) compartments shall be equipped with a separate mechanical ventilation system which guarantees at least 3 exchanges of air per hour; 5) subject to the type of operations involving open radioactive sources: a) the content of radioactive substances in air and sewage discharged from the laboratory shall be measured, b) solid and liquid radioactive waste shall be gathered and stored in special containers or reservoirs, c) air discharged from the laboratory shall be treated, d) in leak-tight work chambers a negative pressure of at least 200 Pa in relation to the environment shall be maintained. 2. In class III isotope laboratories the activities which could contribute to the entering of radioactive substances into the body, , in particular consumption of food and smoking, shall not be permitted. 3. Work organisation standards in class III isotope laboratories shall ensure efficient communication between compartments, excluding the storage of radioactive sources and radioactive waste, without the need to leave the laboratory, if the class III isotope laboratory is equipped with an external storage facility.

§ 15. In addition to the requirements for class III isotope laboratories, class II laboratories shall comprise: 1) area of at least 15 m2, excluding the sanitary and dosimetry lock and the radioactive source and radioactive waste storage facility; 2) entrance and exit through the sanitary and dosimetry lock; 3) mechanical supply and exhaust ventilation which guarantees: a) air flow in the direction of compartments with higher risk of radioactive contamination, b) air movement or pressure distribution which prevents the leakage of radioactive contamination occurring in work stations, c) discharge of the air at the height of at least1 m above the roof ridge of the building of class II isotope laboratory and that of the adjacent building; 4) permanent and visible identification of the means of individual protection, protective clothing and shoes; 5) separate storage facility for radioactive sources and radioactive waste, equipped with mechanical supply and exhaust ventilation which guarantees at least 6 exchanges of air per hour during the time of occupancy, where the ventilation system is activated at least 10 minutes prior to the employees' entry into the storage facility.

§ 16. In addition to the requirements for class II isotope laboratories, class I isotope laboratories shall be situated in a non-residential building, and radioactive sources and radioactive waste shall be stored separately and in separate storage facilities equipped with mechanical supply and exhaust ventilation which guarantees at least 6 exchanges of air during an hour, where the ventilation system is activated at least 10 minutes prior to the employees' entry into the storage facility.

§ 17. Laboratories which apply ionising radiation sources for medical purposes shall also meet respective general requirements laid down in the regulations for health care facilities and devices. Chapter 3 Regulations For Work with Radioactive sources, Devices Containing Such Sources and Devices Generating Ionising Radiation, Applied outside of Laboratories Which Apply Radioactive sources, Devices Containing Such Sources Or Devices Generating Ionising Radiation

§ 18. 1. Radioactive sources, devices containing such sources and devices generating ionising radiation may be applied outside of the laboratory if: 1) ionising radiation sources are installed on the premises of an organisation in a manner which prevents uncontrolled exposure of people and environment, or 2) field works are required, and the application of permanent ionising radiation shields and the environmental isolation of locations where ionising radiation source are applied is not required in the light of radiation protection standards. 2. In the conditions referred to in section 1 point 2 above: 1) in the case of works requiring the application of open radioactive sources, the consent of the owner or administrator of the site where the said works are planned shall be acquired and the respective sanitary inspector shall be notified; 2) if the authorised dose limit set forth in the license may be exceeded, persons involved in the operations shall be equipped with individual acoustic signalling devices indicating the level of ionising radiation; 3) all operations involving the application of open radioactive sources shall be conducted under the supervision of the radiological protection inspector; 4) in the event of the need to store radioactive sources and radioactive waste outside the laboratory - the sources and waste shall be stored in supervised premises in a location protected against fire, flooding and unauthorised access in accordance with the requirements laid down in §5 sections 6-8 hereof; Chapter 4 Method of Controlling Ionising Radiation Sources and Radioactive Sources Registration

§ 19. 1. The control of radioactive sources shall involve the verification of the following at least once per calendar year: 1) conformity of the radioactive sources inventory with source registration documents; 2) air-tightness-of sealed radioactive sources. 2. The results of air-tightness tests of sealed radioactive sources shall be registered in the inspection report which shall comprise: 1) date of inspection; 2) type and number of sealed radioactive source or device containing such source; 3) type of radioisotope, its activity and date of activity determination; 4) type and number of measuring device; 5) measurement results; 6) inspection results; 7) name and address of the institution and the full name of the person performing the inspection. 3. Inspections referred to in section 1 above shall be performed continuously in organisations which manufacture, process and install radioactive sources or devices containing such sources and trade in such sources and devices.

§ 20. 1. Inspection of devices containing radioactive sources or generating ionising radiation prior to their commissioning shall involve the verification of device parameters for compliance with technical documentation, in particular the determination of the ionising radiation dose rate at the distance of 0.1 m and 1 m from device casing in a direction other than the direction of the radiation beam released from the device. 2. The results of inspection referred to in section 1 above shall be indicated in the release and acceptance report of the device. 3. The manager of an organisation performing the inspection shall forward a copy of the release and acceptance report referred to in section 2 above to the licensing authority.

§ 21. 1. In organisations which manufacture and process radioactive sources, the registration procedure shall cover source radioactive materials and manufactured radioactive sources using registration card shown in the sample presented in Annex no. 5. 2. In organisations which trade in radioactive sources, manufacture devices containing radioactive sources or trade in such devices, the registration procedure shall cover incoming and outgoing radioactive sources using registration card shown in the sample presented in Annex no. 6. 3. In organisations which apply or store radioactive sources or devices containing such sources, the registration procedure shall cover respectively applied or stored radioactive sources using registration card shown in the samples presented in Annexes no. 7-10. 4. In organisations which transport radioactive sources or devices containing such sources, excluding internal transport on the premises of the organisation, the registration procedure shall involve shipping documents set forth in regulations on the transport of hazardous cargo.

§ 22. 1. The manager of an organisation shall store registration cards referred to in §21 sections 1-3 above for a period of 5 years from the termination of operations involving radioactive sources. 2. The manager of an organisational entity shall store shipping documents referred to in §21 section 4 for a period of 3 years from the completion of the transport of radioactive sources. 3. The manager of an organisational entity referred to in §21 section 3 whose operations are subject to the licensing requirement shall register the held sealed radioactive sources as of 31 December of given year on the registration card shown in the sample presented in Annex no. 11 , and shall forward the said card to the President of the National Atomic Energy Agency by 31 January of the following year. 4. The President of the National Atomic Energy Agency shall store registration cards referred to in section 3 above for a period of 30 years from the date of receipt.

§ 23. This Regulation shall enter into force on 1 January 2003. President of the Council of Ministers: L. Miller Annexes to the Regulation of the Council of Ministers of 17 December 2002 (item 2029) Annex no. 1 SAMPLE SIGN BOARDS FOR THE IDENTIFICATION OF LABORATORY ENTRANCES 1. 1. Sample sign board for the identification of class Z isotope laboratory* CLASS Z LABORATORY * Dimensions are indicated in millimeters; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – red. 2. 2. Sample sign board for the identification of accelerator laboratory* ACCELERATOR LABORATORY * Dimensions as per sample sign board no. 1; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – black. 3. 3. Sample sign board for the identification of X-ray laboratory* X-RAY LABORATORY * Dimensions as per sample sign board no. 1; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – black. 4. 4. Sample sign board for the identification of isotope laboratories with open radioactive sources* a. a. CLASS III LABORATORY * Dimensions as per sample sign board no. 1; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – red. b. b. CLASS II LABORATORY * Dimensions as per sample sign board no. 1; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – red. c. c. CLASS I LABORATORY * Dimensions as per sample sign board no. 1; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – red. Annex no. 2 SAMPLE SIGN BOARD FOR THE IDENTIFICATION OF RADIOACTIVE SOURCE STORAGE FACILITY* * Dimensions are indicated in millimeters; background colour of the ionising radiation symbol – yellow, colour of the ionising radiation symbol – red. Annex no. 3 CLASS OF ISOTOPE LABORATORIES WITH OPEN RADIOACTIVE SOURCES, SUBJECT TO THE ACTIVITY OF RADIOISOTOPES SIMULTANEOUSLY APPLIED IN THE LABORATORY AND THEIR CLASSIFICATION INTO RADIOISOTOPE GROUPS Laboratory class I II III Radioisotope group Activity of radioisotopes applied simultaneously in laboratory MBq MBq MBq 1 above 1000 above 1 to 1000 up to 1 2 above 10000 above 10 to 10000 up to 10 3 above 100000 above 100 to 100000 up to 100 up to 4 above 1000000 above 1000 to 1000000 1000 Explanations: 1. In relation to laboratories which apply radioisotopes of various isotope groups, the laboratory class shall be determined based on the comparison of activity calculated in accordance with the below formula: A = A1+ 0.1 A2+ 0.01 A3+ 0.001 A4 where A1, A2, A3, A4 – simultaneously applied maximum activity of isotopes of 1, 2, 3 or 4 isotope groups respectively with the activity of group l isotopes set for the respective laboratory class. 2. Subject to the type of operations involving radioactive substances, the activity of radioisotopes simultaneously applied in the laboratory may be increased or decreased as a result of multiplication by the following index: Operation Index Storage 100 Medical diagnostics 100 Very simple wet operations 10 Standard chemical operations 1 Complex wet operations with the risk of spillage and simple dry operations 0.1 with the risk of dusting Complex dry operations with the risk of dusting 0.01 Annex no. 4 RADIOACTIVE ISOTOPE GROUPS Isotope Radioactive isotope group Sm- Sm- Gd- Gd- Bi- Pb-210 Po-210 Ra-223 Ra-224 Ra-225 146 147 148 152 210m Ra-226 Ra-228 Ac-225 Ac-226 Ac-227 Th-227 Th-228 Th-229 Th-230 Th-232 Np- Pa-231 U-230 U-232 U-233 U-234 U-235 U-236 U-238 Np-236 237 1 Am- Am- Am- Cra- Pu-236 Pu-238 Pu-239 Pu-240 Pu-242 Pu-244 241 242m 243 240 Cm- Cm- Cm- Cm- Cm- Cm- Cm- Cm- Bk-247 Cf-248 242 243 244 245 246 247 248 250 Md- Cf-249 Cf-250 Cf-251 Cf-252 Cf-253 Cf-254 Es-253 Es-254 Fm-257 258 Be-10 Al-26 Si-32 Ti-44 Fe-60 Co-60 Ge-68 Sr-82 Sr-90 Zr-93 Ag- Ag- Cd- In- Nb-94 Ru-106 Rh-102 Cd-113 In-115 Sn-126 108m 110m 113m 114m 2 I-126 I-129 I-131 La-137 La-138 Ce-144 Pm-146 Eu-150 Eu-152 Eu-154 Ho- Lu- Hf- Ir- Tb-158 Lu-176 Hf-172 Hf-182 Ta-180 Os-194 166m 177m 178m 192m Hg-194 Pb-202 Pb-212 Bi-210 Bi-212 Bi-213 Bi-214 At-211 Fr-222 Ac-224 Am- Cm- Ac-228 Th-226 Pa-227 Pa-228 Pa-230 Pu-234 Pu-241 Bk-249 242 241 Es- Fm- Fm- Fm- Md- Cf-244 Cf-246 Fm-255 254m 252 253 254 257 C-14 Na-22 Na-24 Mg-28 Si-31 P-32 P-33 S-35 Cl-36 K-40 K-42 K-43 Ca-41 Ca-45 Ca-47 Sc-43 Sc-44 Sc-44m Sc-46 Sc-47 Sc-48 Ti-45 V-48 Cr-48 Mn-52 Mn-54 Mn-56 Fe-52 Fe-55 Fe-59 Co-55 Co-56 Co-57 Co-58 Ni-56 Ni-57 Ni-59 Ni-63 Ni-65 Ni-66 Zn- Zn- Cu-61 Cu-64 Cu-67 Zn-62 Zn-65 Zn-72 Ga-66 Ga-67 69m 71m Ga-72 Ga-73 Ge-66 Ge-69 Ge-77 Ge-78 As-70 As-71 As-72 As-73 As-74 As-76 As-77 As-78 Se-70 Se-73 Se-75 Se-79 Br-74m Br-76 Br- Rb- Br-77 Br-82 Rb-83 Rb-84 Rb-86 Rb-87 Sr-80 Sr-83 80m 82m Sr-85 Sr-89 Sr-91 Sr-92 Y-86 Y-87 Y-88 Y-90 Y-90m Y-91 Nb- Y-92 Y-93 Zr-86 Zr-88 Zr-89 Zr-95 Zr-97 Nb-89 Nb-90 93m Nb- Mo- Tc- 3 Nb-95 Nb-96 Mo-90 Mo-93 Mo-99 Tc-94 Tc-99 95m 93m 95m Tc- Tc-96 Tc-97 Tc-98 Tc-99 Ru-97 Ru-103 Ru-105 Rh-99 Rh-100 97m Rh- Rh- Rh- Rh-101 Rh-105 Pd-100 Pd-101 Pd-103 Pd-107 Pd-109 101m 102m 106m Ag- Ag- Ag- Cd- Cd- Ag-105 Cd-107 Cd-109 Cd-115 Cd-117 106m 111 112 115m 117m In- Sn- Sn- Sn- In-110 In-111 Sn-110 Sn-113 Sn-121 Sn-123 117m 117m 119m 121m Sb- Sn-125 Sn-127 Sn-128 Sb-120 Sb-122 Sb-124 Sb-125 Sb-126 Sb-127 118m Te- Te- Te- Te- Sb-128 Sb-129 Te-116 Te-121 Te-123 Te-127 121m 123m 125m 127m Te- Te- Te- Te-132 Te-134 I-120 I-120m I-123 I-124 I-125 129m 131m 133m I-130 I-132 I-132m I-133 I-135 Cs-132 Cs-134 Cs-135 Cs-136 Cs-137 Ba- Ba- Ba-126 Ba-128 Ba-131 Ba-133 Ba-140 La-132 La-140 La-141 133m 135m Ce- Pr- La-142 Ce-134 Ce-135 Ce-139 Ce-141 Ce-143 Pr-142 Pr-143 137m 138m Nd- Nd- Nd- Nd- Pm- Pm- Pr-145 Pm-144 Pra-145 Pm-147 138 139m 147 149 143 148 Pm- Pm- Pm- Pm- Sm- Sm- Sm-151 Sm-153 Sm-156 Eu-145 148m 149 150 151 142 145 Eu- Gd- Eu-146 Eu-147 Eu-148 Eu-149 Eu-155 Eu-156 Eu-157 Gd-146 152ra 147 Gd- Gd- Gd- Gd-149 Tb-147 Tb-149 Tb-150 Tb-151 Tb-153 Tb-154 151 153 159 Tb- Ho- Tb-155 Tb-156 Tb-157 Tb-160 Tb-161 Dy-155 Dy-159 Dy-166 156m 166 Tm- Tm- Tm- Tm- Tm- Tm- Ho-167 Er-169 Er-171 Er-172 166 167 170 171 172 173 Yb- Yb- Yb- Yb-166 Lu-169 Lu-170 Lu-171 Lu-172 Lu-173 Lu-174 169 175 178 Lu- Lu- Hf- Hf- Hf- Lu-177 Lu-179 Hf-170 Hf-173 Hf-175 174m 176m 177m 179m 180m Hf-181 Hf-184 Ta-173 Ta-175 Ta-176 Ta-177 Ta-178 Ta-179 Ta-182 Ta-183 Re- Ta-184 W-178 W-185 W-187 W-188 Re-181 Re-182 Re-184 Re-186 184m Re- Os- Re-188 Re-189 Os-181 Os-182 Os-185 Os-191 Os-193 Ir-184 186m 191m lr- lr- Ir-185 Ir-186 Ir-187 Ir-188 Ir-189 Ir-190 Ir-192 Ir-194 190m 193m Ir- Ir- Pt- Pt- Au- lr-195 Pt-188 Pt-191 Pt-197 Pt-200 194m 195m 193m 195m 193 Au- Au- Au- Au- Au- Hg- Hg- Hg- Au-194 Hg-193 195 198 198m 199 200m 193m 195m 197 Hg- Hg- Pb- Tl-198 Tl-200 Tl-202 Tl-204 Pb-200 Pb-201 Pb-203 197m 203 202m Pb-205 Pb-211 Pb-214 Bi-201 Bi-202 Bi-203 Bi-205 Bi-206 Bi-207 Po-207 At-207 Fr-223 Ra-227 Th-231 Th-234 Pa-232 Pa-233 Pa-234 U-231 U-237 Np- Np- Np- Np- U-240 Np-240 Pu-237 Pu-243 Pu-245 Pu-246 234 235 238 239 Am- Am- Am- Am- Cm- Bk-245 Bk-246 Bk-250 Es-250 Es-251 239 240 244 246 238 H-3 Be-7 C-11 F-18 Cl-38 Cl-39 K-44 K-45 Sc-49 V-47 Mn- Co- Co- Co- V-49 Cr-49 Cr-51 Mn-51 Mn-53 Co-ćl 52m 58m 60m 62m Cu-60 Zn-63 Zn-69 Ga-65 Ga-68 Ga-70 Ge-67 Ge-71 Ge-75 As-69 Se- Se- Se-81 Se-83 Br-74 Br-75 Br-80 Br-83 Br-84 Rb-79 73m 81m Rb-81 Rb-81 Rb-88 Rb-89 Sr-81 Sr-85m Sr-87m Y-86m Y-91m Y-94 m Mo- Tc- Y-95 Nb-88 Nb-97 Nb-98 Tc-93 Tc-93m Tc-94m Tc-96m 101 99m Rh- Rh- Ag- Tc-101 Te-104 Ru-94 Rh-107 Ag-102 Ag-103 Ag-104 99m 103m 104m Ag- In- In- In- In- Ag-106 Cd-104 In-109 In-112 In-117 115 113m 115m 116m 119m Sn- Sb- Sb- Sb- Sn-111 Sb-115 Sb-116 Sb-117 Sb-119 Sb-130 4 123m 116m 124m 126m Sb-131 Te-129 Te-131 Te-133 l-121 l-128 l-134 Cs-125 Cs-127 Cs-129 Cs- Cs- Ba- Cs-130 Cs-131 Cs-138 Ba-139 Ba-141 Ba-142 La-131 134m 135m 131m Pr- Nd- La-135 La-143 Ce-137 Pr-136 Pr-137 Pr-139 Pr-144 Pr-147 142m 136 Nd- Nd- Pm- Sm- Sm- Dy- Nd-139 Sm-155 Eu-158 Gd-145 141 151 141 141 141m 157 Ho- Ho- Ho- Ho- Ho- Ho- Dy-165 Ho-162 Ho-164 Er-161 155 157 159 161 162m 164m Tm- Tm- Yb- Yb- Lu- Hf- Er-165 Yb-177 Lu-178 Hf-183 162 175 162 167 178m 182m Ta- Ta- Ta-172 Ta-174 Ta-185 Ta-186 W-176 W-177 W-179 W-181 180m 182m Re- Os- Re-177 Re-178 Re-187 Os-180 Ir-182 Pt-186 Pt-189 Pt-193 188m 189m Pt- Au- Au- Hg- Hg- Tl- Pt-199 Tl-194 Tl-195 Tl-197 197m 200 201 195 199m 194m Tl- Pb- Tl-199 TI-201 Pb-198 Pb-199 Pb-209 Bi-200 Po-203 Po-205 198m 195m Np- Np- Am- Am- Am- Am- Am- Cm- U-239 Pu-235 232 233 237 238 244m 245 246m 249 Annex no. 5 SAMPLE (name and address of organisation) REGISTRATION CARD OF INPUT RADIOACTIVE MATERIAL AND RADIOACTIVE SOURCES PRODUCED BASED THEREON Source radioactive material: − − radioisotope − − description of source radioactive material − − activity − − date of activity definition − − number of certificate of source radioactive material − − producer’s name and address − − chemical form − − physical form − − weight, volume or quantity − − parameters − − type, kind and number of container of source radioactive material Sources produced based on source radioactive material No. Date of Used Date of Remaining Date of Source Source Source Date of Number No. of production activity used activity remaining code number activity source of source activity activity activity sources certificat definition definition definition 1 2 3 4 5 6 7 8 9 10 11 12 (full name, signature and stamp of person filling out card) Annex no. 6 SAMPLE (name and address of organisation) REGISTRATION CARD OF INCOMING AND OUTGOING RADIOACTIVE SOURCES No. Radioisotope Activity Date of Date Name Name and Type Type of Source code Source according activity of and specification of sealed and number to source definition source address of delivery source radioactive producer's of no. of certificate receipt of document source or identification source supplier chemical mark certifica and physical form of open radioactive source 1 2 3 4 5 6 7 8 9 10 11 * x – sealed radioactive source o – open radioactive source Annex no. 7 SAMPLE (name and address of organisation) REGISTRATION CARD OF OPEN RADIOACTIVE SOURCE Radioisotope Chemical Activity Date of Quantity, Certificate Date of Type and Storage and activity volume, number, receipt number location physical definition weight number of of storage form units container (full name and signature of person filling out card) Annex no. 8 SAMPLE (name and address of organisation) REGISTRATION CARD OF OPEN RADIOACTIVE SOURCE MOVEMENT (name of radioisotope) No. Date Issued Collected by Remaining Remarks activity quantity, place of full signature activity quantity, and date weight, application name as of weight, of volume volume definition 1 2 3 4 5 6 7 8 9 10 Annex no. 9 SAMPLE (name and address of organisation) REGISTRATION CARD OF SEALED RADIOACTIVE SOURCE Date of receipt Radioisotope Activity and date of definition Type of source Number of source certificate and number of source License no. Name and address of producer Name and address of supplier Place of storage or installation Type and number of storage or work container Tightness date measurement result report no. Taken off name and address registration record of consignee number and date of delivery document Full name and signature of person filling out card and date of entry Annex no. 10 SAMPLE (name and address of organisation) REGISTRATION CARD OF SEALED RADIOACTIVE SOURCE MOVEMENT (radioisotope, activity and source number) No. Date Collected Returned Remarks type of factory place of full signature date full name device, no. of application name of container device receiving person 1 2 3 4 5 6 7 8 9 10 Annex no. 11 SAMPLE (name and address of organisation) REGISTRATION CARD OF HELD SEALED RADIOACTIVE SOURCES AS OF 31 December 20... No. Radioisotope Activity Date of Certificate Type of Place of according to activity number, container or application or source definition number and name of storage certificate type of device source 1 2 3 4 5 6 7 Manager of organisation (full name, signature) Radiation protection inspector (full name, license no., signature)