TID 10043 Irradiation Details

TID 10043 Irradiation Details (Current)
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This template describes the radiation dose characteristics independent of an irradiation event. The complete time period over the scope of accumulation and frame of reference are defined in this template.

Type:: Extensible
Order:: Non-Significant
Root:: No

Table TID 10043. Irradiation Details

	NL	Rel with Parent	VT	Concept Name	VM	Req Type	Condition	Value Set Constraint
1			CONTAINER	EV (130505, DCM, "Irradiation Details")	1	M
2	>	CONTAINS	DATETIME	DT (111526, DCM, "DateTime Started")	1	M
3	>	CONTAINS	DATETIME	DT (111527, DCM, "DateTime Ended")	1	M
4	>	CONTAINS	UIDREF	EV (112227, DCM, "Frame of Reference UID")	1	M
5	>	CONTAINS	CODE	EV (130506, DCM, "RDSR Frame of Reference Origin")	1	M		DCID 10074 “RDSR Frame of Reference Origin”
6	>	CONTAINS	TEXT	EV (130507, DCM, "RDSR Frame of Reference Description")	1	U
7	>	CONTAINS	INCLUDE	DTID 10044 “Radiation Source Characteristics”	1-n	M
8	>	CONTAINS	INCLUDE	DTID 10045 “Radiation Technique”	1-n	M
9	>	CONTAINS	INCLUDE	DTID 10046 “Filtration”	1-n	MC	IF filtration characteristics are known
10	>	CONTAINS	INCLUDE	DTID 10047 “Attenuators”	1-n	MC	IF attenuator characteristics are known
11	>	CONTAINS	INCLUDE	DTID 10048 “Radiation Output”	1-n	M
12	>	CONTAINS	INCLUDE	DTID 10049 “Radiation Field Area”	1-n	M
13	>	CONTAINS	INCLUDE	DTID 10050 “X-Ray Source Reference Coordinate System”	1-n	M
14	>	CONTAINS	INCLUDE	DTID 10051 “Beam Position”	1-n	M
15	>	CONTAINS	INCLUDE	DTID 10052 “Attenuator Position”	1-n	MC	IF Row 10 is present AND any attenuator position is known
16	>	CONTAINS	INCLUDE	DTID 10053 “Patient Attenuation Characteristics”	1-n	U
17	>	CONTAINS	INCLUDE	DTID 10054 “Procedure Characteristics”	1-n	U

Content Item Descriptions

Row 2	The DateTime of the beginning of first instance of irradiation in the period defined by the scope of accumulation
Row 3	The DateTime of the end of the last instance of irradiation in the period defined by the scope of accumulation
Row 4	Frame of Reference UID identifies the reference coordinate system (RCS) used for this RDSR. This RCS may be defined relative to a point in the room, a point on the equipment, a point on the patient support, etc. This RCS shall be a right-handed Cartesian coordinate system. All events within the scope of accumulation shall use the same RCS. Changes to the system following geometric calibration or service shall result in a new RCS, which will be identified by a new Frame of Reference UID and shall be put into a separate RDSR. Note Note: The images generated over this scope of accumulation will also have an RCS identified by an Frame of Reference UID. The Frame of Reference UID of the images may or may not be the same as the Frame of Reference UID for the RDSR RCS. If it is not the same, registration would be required to relate the two RCSs.
Row 5	It defines the component that is used to define the origin of the RDSR RCS. Allows secondary devices used during the same scope of accumulation to more easily make registration to other RCS post acquisition.
Row 6	The textual description may include a description of the origin and orientation relative to the real-world entity (e.g., the gantry, patient support, rotational isocenter, etc.).
Rows 7, 8, 9, 11, 12, 13, 14	The subtemplate shall be included at least once for each source if applicable conditions are met.
Rows 10, 15	The subtemplate shall be included at least once if the conditions are met.
Rows 16, 17	The subtemplate may be included multiple times to reflect changes across multiple sources or over time

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TID 10042 Irradiation Event Summary Data	Home	TID 10044 Radiation Source Characteristics

TID 10043 Irradiation Details

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