DICOM PS3.17 2026d - Explanatory Information

UUUU.5.2.3 Example of Enhanced RDSR for MG

The following is an example RDSR for a routine mammography imaging procedure. In this example, a digital breast tomosynthesis four-view screening exam is performed with a CC (cranio-caudal) and MLO (medio-lateral oblique) view for both the left and right breast with the following characteristics:

The timing and rotation angles for these acquisitions is the following, on the date of 2024-04-18.

Table UUUU.5.2.3-1. Timing and Rotation angles of the MG Enhanced RDSR Example

Actual Rotation Angle

Irradiation Event #1: LCC Tomosynthesis

Start Time

17 h, 03 min, 15 s, 000 ms

Rotation to the initial angle

Start Time of the first X-Ray pulse

17 h, 03 min, 18 s, 010 ms

-7.72 deg

Start Time of the second X-Ray pulse

17 h, 03 min, 18 s, 276 ms

-6.65 deg

Start Time of the last X-Ray pulse

17 h, 03 min, 21 s, 734 ms

+7.43 deg

End Time of the last X-Ray pulse

17 h, 03 min, 22 s, 000 ms

+7.43 deg

End Time

17 h, 03 min, 22 s, 000 ms

+7.43 deg

Irradiation Event #2: RCC Tomosynthesis

Start Time

17 h, 04 min, 29 s, 000 ms

Rotation back to the initial angle

Start Time of the first X-Ray pulse

17 h, 04 min, 32 s, 010 ms

-7.73 deg

Start Time of the second X-Ray pulse

17 h, 04 min, 32 s, 276 ms

-6.66 deg

Start Time of the last X-Ray pulse

17 h, 04 min, 35 s, 734 ms

+7.44 deg

End Time of the last X-Ray pulse

17 h, 04 min, 36 s, 000 ms

+7.44 deg

End Time

17 h, 04 min, 36 s, 000 ms

+7.44 deg

Irradiation Event #3: RMLO Tomosynthesis

Start Time

17 h, 06 min, 21 s, 000 ms

Rotation back to the initial angle

Start Time of the first X-Ray pulse

17 h, 06 min, 24 s, 010 ms

-7.72 deg

Start Time of the second X-Ray pulse

17 h, 06 min, 24 s, 276 ms

-6.65 deg

Start Time of the last X-Ray pulse

17 h, 06 min, 27 s, 734 ms

+7.43 deg

End Time of the last X-Ray pulse

17 h, 06 min, 28 s, 000 ms

+7.43 deg

End Time

17 h, 06 min, 28 s, 000 ms

+7.43 deg

Irradiation Event #4: LMLO Tomosynthesis

Start Time

17 h, 08 min, 04 s, 000 ms

Rotation back to the initial angle

Start Time of the first X-Ray pulse

17 h, 08 min, 07 s, 010 ms

-7.73 deg

Start Time of the second X-Ray pulse

17 h, 08 min, 07 s, 276 ms

-6.66 deg

Start Time of the last X-Ray pulse

17 h, 08 min, 10 s, 734 ms

+7.44 deg

End Time of the last X-Ray pulse

17 h, 08 min, 11 s, 000 ms

+7.44 deg

End Time

17 h, 08 min, 11 s, 000 ms

+7.44 deg


Timing and rotation angles of the enhanced RDSR example for MG

Figure UUUU.5.2.3-1. Timing and rotation angles of the enhanced RDSR example for MG


The geometry of the equipment for this example is illustrated in Figure UUUU.4.1.1.1-1:

Geometry of the enhanced RDSR example for MG

Figure UUUU.5.2.3-2. Geometry of the enhanced RDSR example for MG


Table UUUU.5.2.3-2 illustrates one possible encoding of this example. Note that other alternative implementation patterns exist.

Table UUUU.5.2.3-2. MG Enhanced RDSR Example

Node

Code Meaning of Concept Name

Code or Example Value

TID

1

X-Ray Radiation Dose Report

TID 10040

1.1

Language of Content Item and Descendants

(en, RFC5646, "English")

TID 1204

1.2

Procedure reported

(71651007, SCT, "Mammography")

TID 10040

1.2.1

Has Intent

(360156006, SCT, "Screening Intent")

TID 10040

1.3

Observer Type

(121007, DCM, "Device")

TID 1002

1.4

Device Observer UID

2.999.1.2.3.4

TID 1004

1.5

Device Observer Name

Station Name W

TID 1004

1.6

Device Observer Manufacturer

Manufacturer X

TID 1004

1.7

Device Observer Model Name

Model Y

TID 1004

1.8

Device Observer Serial Number

123456789

TID 1004

1.9

Scope of Accumulation

(113014, DCM, "Study")

TID 10040

1.10

Accumulated Dose Data

TID 10041

1.10.1

Identification of the X-Ray Source

1

TID 10041

1.10.2

Accumulated Average Glandular Dose

4.65 mGy

TID 10041

1.10.2.1

Laterality

(7771000, SCT, "Left")

TID 10041

1.10.3

Accumulated Average Glandular Dose

4.23 mGy

TID 10041

1.10.3.1

Laterality

(24028007, SCT, "Right")

TID 10041

1.10.4

Reference Point Dosimetry

TID 10041

1.10.4.1

Reference Point Definition

(113964, DCM, "At Surface of Patient")

TID 10041

<Start Irradiation Event Summary Data TID 10042 for LCC Tomosynthesis (Irradiation Event #1) >

1.11

Irradiation Event Summary Data

TID 10042

1.11.1

Irradiation Event UID

2.999.2.3.4

TID 10042

1.11.2

DateTime Started

20240418170315.000

TID 10042

1.11.3

DateTime Ended

20240418170322.000

TID 10042

1.11.4

Identification of the X-Ray Source

1

TID 10042

1.11.5

Irradiation Event Type

(113613, DCM, "Rotational Acquisition")

TID 10042

1.11.6

Image View

(SCT, 399162004, "cranio-caudal")

TID 10042

1.11.7

Exposure Index

319

TID 10042

1.11.8

Dose (RP)

0.00771 Gy

TID 10042

1.11.9

Average Glandular Dose

2.37 mGy

TID 10042

1.11.10

Is Rejected Acquisition

No

TID 10042

1.11.11

Exposure Time

355.263 ms

TID 10042

<Start Irradiation Event Summary Data TID 10042 for RCC Tomosynthesis (Irradiation Event #2) >

1.12

Irradiation Event Summary Data

TID 10042

1.12.1

Irradiation Event UID

2.999.2.3.5

TID 10042

1.12.2

DateTime Started

20240418170429.000

TID 10042

1.12.3

DateTime Ended

20240418170436.000

TID 10042

1.12.4

Identification of the X-Ray Source

1

TID 10042

1.12.5

Irradiation Event Type

(113613, DCM, "Rotational Acquisition")

TID 10042

1.12.6

Image View

(SCT, 399162004, "cranio-caudal")

TID 10042

1.12.7

Exposure Index

277

TID 10042

1.12.8

Dose (RP)

0.0067 Gy

TID 10042

1.12.9

Average Glandular Dose

2.15 mGy

TID 10042

1.12.10

Is Rejected Acquisition

No

TID 10042

1.12.11

Exposure Time

356.667 ms

TID 10042

<Start Irradiation Event Summary Data TID 10042 for RMLO Tomosynthesis (Irradiation Event #3) >

1.13

Irradiation Event Summary Data

TID 10042

1.13.1

Irradiation Event UID

2.999.2.3.6

TID 10042

1.13.2

DateTime Started

20240418170621.000

TID 10042

1.13.3

DateTime Ended

20240418170628.000

TID 10042

1.13.4

Identification of the X-Ray Source

1

TID 10042

1.13.5

Irradiation Event Type

(113613, DCM, "Rotational Acquisition")

TID 10042

1.13.6

Image View

(SCT, 399368009, "medio-lateral oblique")

TID 10042

1.13.7

Exposure Index

279

TID 10042

1.13.8

Dose (RP)

0.00648 Gy

TID 10042

1.13.9

Average Glandular Dose

2.08 mGy

TID 10042

1.13.10

Is Rejected Acquisition

No

TID 10042

1.13.11

Exposure Time

344.444 ms

TID 10042

<Start Irradiation Event Summary Data TID 10042 for LMLO Tomosynthesis (Irradiation Event #4) >

1.14

Irradiation Event Summary Data

TID 10042

1.14.1

Irradiation Event UID

2.999.2.3.7

TID 10042

1.14.2

DateTime Started

20240418170804.000

TID 10042

1.14.3

DateTime Ended

20240418170811.000

TID 10042

1.14.4

Identification of the X-Ray Source

1

TID 10042

1.14.5

Irradiation Event Type

(113613, DCM, "Rotational Acquisition")

TID 10042

1.14.6

Image View

(SCT, 399368009, "medio-lateral oblique")

TID 10042

1.14.7

Exposure Index

315

TID 10042

1.14.8

Dose (RP)

0.00741 Gy

TID 10042

1.14.9

Average Glandular Dose

2.28 mGy

TID 10042

1.14.10

Is Rejected Acquisition

No

TID 10042

1.14.11

Exposure Time

340.526 ms

TID 10042

1.15

Irradiation Details

TID 10043

1.15.1

DateTime Started

20240418170315.000

TID 10043

1.15.2

DateTime Ended

20240418170811.000

TID 10043

1.15.3

Frame of Reference UID

2.999.1.2.3

TID 10043

1.15.4

RDSR Frame of Reference Origin

(130538, DCM, "Patient Support Origin")

TID 10043

1.15.5

RDSR Frame of Reference Description

Patient support origin located at center of the front-most (chest) edge of the patient support. Y-axis is anti-gravity direction when the C-arm is positioned at 0 degrees. Z-axis is from the chest edge to the anterior edge of the detector. X-axis is cross product of y and z axes (+y ⨯ +z).

TID 10043

1.15.6

Radiation Source Characteristics

TID 10044

1.15.6.1

DateTime Started

20240418170315.000

TID 10044

1.15.6.2

DateTime Ended

20240418170811.000

TID 10044

1.15.6.3

Identification of the X-Ray Source

1

TID 10044

1.15.6.4

Focal Spot Size

0.3 mm

TID 10044

1.15.6.5

Anode Target Material

(26194003, SCT, "Tungsten")

TID 10044

1.15.6.6

Attenuator Characteristics

TID 10044

1.15.6.6.1

Equivalent Attenuator Material

(12503006, SCT, "Aluminum")

TID 10044

1.15.6.6.2

Equivalent Attenuator Thickness

0.03 mm

TID 10044

1.15.7

Radiation Technique

TID 10045

1.15.7.1

DateTime Started

20240418170315.000

TID 10045

1.15.7.2

DateTime Ended

20240418170811.000

TID 10045

1.15.7.3

Identification of the X-Ray Source

1

TID 10045

1.15.7.4

Half Value Layer

20240418170315.000

0.622 mm

20240418170429.000

0.592 mm

20240418170621.000

0.592 mm

20240418170804.000

0.622 mm

TID 10045

1.15.7.5

KVP

20240418170315.000

32 kV

20240418170429.000

31 kV

20240418170621.000

31 kV

20240418170804.000

32 kV

TID 10045

1.15.7.6

X-Ray Tube Current

20240418170315.000

190 mA

20240418170429.000

180 mA

20240418170621.000

180 mA

20240418170804.000

190 mA

TID 10045

1.15.8

Filtration

TID 10046

1.15.8.1

DateTime Started

20240418170315.000

TID 10046

1.15.8.2

DateTime Ended

20240418170811.000

TID 10046

1.15.8.3

Identification of the X-Ray Source

1

TID 10046

1.15.8.4

Attenuator Characteristics

TID 10055

1.15.8.4.1

Identification of the Attenuator

1

TID 10055

1.15.8.4.2

Attenuator Category

(113771, DCM, "X-Ray Filters")

TID 10055

1.15.8.4.3

X-Ray Filter Material

(12503006, SCT, "Aluminum")

TID 10055

1.15.8.4.4

X-Ray Filter Type

(113653, DCM, "Flat filter")

TID 10055

1.15.8.4.5

X-Ray Filter Thickness

0.7 mm

TID 10055

1.15.9

Attenuators

TID 10047

1.15.9.1

DateTime Started

20240418170315.000

TID 10047

1.15.9.2

DateTime Ended

20240418170811.000

TID 10047

1.15.9.3

Attenuator Characteristics

TID 10055

1.15.9.3.1

Identification of the Attenuator

2

TID 10055

1.15.9.3.2

Attenuator Category

(129460009, SCT, "Compression Paddle")

TID 10055

1.15.9.3.3

X-Ray Filter Material

(412154003, SCT, "Polycarbonate")

TID 10055

1.15.9.3.4

X-Ray Filter Type

(113650, DCM, "Strip Filter")

TID 10055

1.15.9.3.5

X-Ray Filter Thickness

2.5 mm

TID 10055

1.15.10

Radiation Output

TID 10048

1.15.10.1

DateTime Started

20240418170315.000

TID 10048

1.15.10.2

DateTime Ended

20240418170811.000

TID 10048

1.15.10.3

Identification of the X-Ray Source

1

TID 10048

1.15.10.4

Air Kerma at Output Measurement Point

20240418170318.010

0 mGy

20240418170318.276

0.514 mGy

20240418170318.542

0.514 mGy

20240418170318.808

0.514 mGy

20240418170319.074

0.514 mGy

20240418170319.340

0.514 mGy

20240418170319.606

0.514 mGy

20240418170319.872

0.514 mGy

20240418170320.138

0.514 mGy

20240418170320.404

0.514 mGy

20240418170320.670

0.514 mGy

20240418170320.936

0.514 mGy

20240418170321.202

0.514 mGy

20240418170321.468

0.514 mGy

20240418170321.734

0.514 mGy

20240418170322.000

0.514 mGy

20240418170432.010

0 mGy

20240418170432.276

0.447 mGy

20240418170432.542

0.447 mGy

20240418170432.808

0.447 mGy

20240418170433.074

0.447 mGy

20240418170433.340

0.447 mGy

20240418170433.606

0.447 mGy

20240418170433.872

0.447 mGy

20240418170434.138

0.447 mGy

20240418170434.404

0.447 mGy

20240418170434.670

0.447 mGy

20240418170434.936

0.447 mGy

20240418170435.202

0.447 mGy

20240418170435.468

0.447 mGy

20240418170435.734

0.447 mGy

20240418170436.000

0.447 mGy

20240418170624.010

0 mGy

20240418170624.276

0.432 mGy

20240418170624.542

0.432 mGy

20240418170624.808

0.432 mGy

20240418170625.074

0.432 mGy

20240418170625.340

0.432 mGy

20240418170625.606

0.432 mGy

20240418170625.872

0.432 mGy

20240418170626.138

0.432 mGy

20240418170626.404

0.432 mGy

20240418170626.670

0.432 mGy

20240418170626.936

0.432 mGy

20240418170627.202

0.432 mGy

20240418170627.468

0.432 mGy

20240418170627.734

0.432 mGy

20240418170628.000

0.432 mGy

20240418170807.010

0 mGy

20240418170807.276

0.494 mGy

20240418170807.542

0.494 mGy

20240418170807.808

0.494 mGy

20240418170808.074

0.494 mGy

20240418170808.340

0.494 mGy

20240418170808.606

0.494 mGy

20240418170808.872

0.494 mGy

20240418170809.138

0.494 mGy

20240418170809.404

0.494 mGy

20240418170809.670

0.494 mGy

20240418170809.936

0.494 mGy

20240418170810.202

0.494 mGy

20240418170810.468

0.494 mGy

20240418170810.734

0.494 mGy

20240418170811.000

0.494 mGy

TID 10048

1.15.11

Radiation Field Area

TID 10049

1.15.11.1

DateTime Started

20240418170315.000

TID 10049

1.15.11.2

DateTime Ended

20240418170811.000

TID 10049

1.15.11.3

Identification of the X-Ray Source

1

TID 10049

1.15.11.4

Radiation Field Outline

SCOORD3D POLYGON

TID 10049

1.15.12

X-Ray Source Reference Coordinate System

TID 10050

1.15.12.1

DateTime Started

20240418170315.000

TID 10050

1.15.12.2

DateTime Ended

20240418170811.000

TID 10050

1.15.12.3

Identification of the X-Ray Source

1

TID 10050

1.15.12.4

Transformation Matrix

1.0

0.0

0.0

0

0.0

1.0

0.0

675

0.0

0.0

1.0

0

0.0

0.0

0.0

1.0

TID 10050

1.15.12.5

Center of Rotation

[0, -700, 0]

TID 10050

1.15.12.6

Rotation Plane Normal Point

[0, -700, 1]

TID 10050

1.15.12.6

Rotation Angle

20240418170318.010

-7.72 deg

20240418170318.276

-6.65 deg

20240418170318.542

-5.58 deg

20240418170318.808

-4.49 deg

20240418170319.074

-3.40 deg

20240418170319.340

-2.32 deg

20240418170319.606

-1.22 deg

20240418170319.872

-0.14 deg

20240418170320.138

0.93 deg

20240418170320.404

2.01 deg

20240418170320.670

3.11 deg

20240418170320.936

4.18 deg

20240418170321.202

5.25 deg

20240418170321.468

6.35 deg

20240418170321.734

7.43 deg

20240418170432.010

-7.73 deg

20240418170432.276

-6.66 deg

20240418170432.542

-5.58 deg

20240418170432.808

-4.49 deg

20240418170433.074

-3.40 deg

20240418170433.340

-2.33 deg

20240418170433.606

-1.23 deg

20240418170433.872

-0.14 deg

20240418170434.138

0.93 deg

20240418170434.404

2.00 deg

20240418170434.670

3.11 deg

20240418170434.936

4.18 deg

20240418170435.202

5.25 deg

20240418170435.468

6.35 deg

20240418170435.734

7.44 deg

20240418170624.010

-7.72 deg

20240418170624.276

-6.65 deg

20240418170624.542

-5.58 deg

20240418170624.808

-4.49 deg

20240418170625.074

-3.40 deg

20240418170625.340

-2.32 deg

20240418170625.606

-1.22 deg

20240418170625.872

-0.14 deg

20240418170626.138

0.93 deg

20240418170626.404

2.01 deg

20240418170626.670

3.11 deg

20240418170626.936

4.18 deg

20240418170627.202

5.25 deg

20240418170627.468

6.35 deg

20240418170627.734

7.43 deg

20240418170807.010

-7.73 deg

20240418170807.276

-6.66 deg

20240418170807.542

-5.58 deg

20240418170807.808

-4.49 deg

20240418170808.074

-3.40 deg

20240418170808.340

-2.33 deg

20240418170808.606

-1.23 deg

20240418170808.872

-0.14 deg

20240418170809.138

0.93 deg

20240418170809.404

2.00 deg

20240418170809.670

3.11 deg

20240418170809.936

4.18 deg

20240418170810.202

5.25 deg

20240418170810.468

6.35 deg

20240418170810.734

7.44 deg

<Start Beam Position TID 10051 for LCC Tomosynthesis (Irradiation Event #1) >

1.15.13

Beam Position

TID 10051

1.15.13.1

DateTime Started

20240418170315.000

TID 10051

1.15.13.2

DateTime Ended

20240418170322.000

TID 10051

1.15.13.3

Identification of the X-Ray Source

1

TID 10051

1.15.13.4

Output Measurement Point Position

SCOORD3D POINT

TID 10051

1.15.13.5

Reference Point Position

SCOORD3D POINT

TID 10051

1.15.13.6

X-Ray Beam Attenuator Model

TID 10051

1.15.13.6.1

Identification of the Attenuator

1

TID 10051

1.15.13.6.2

X-Ray Attenuator Model Data

2.999.3.4.5

TID 10051

1.15.13.6.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

-10

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10051

<Start Beam Position TID 10051 for RCC Tomosynthesis (Irradiation Event #2) >

1.15.14

Beam Position

TID 10051

1.15.14.1

DateTime Started

20240418170429.000

TID 10051

1.15.14.2

DateTime Ended

20240418170436.000

TID 10051

1.15.14.3

Identification of the X-Ray Source

1

TID 10051

1.15.14.4

Output Measurement Point Position

SCOORD3D POINT

TID 10051

1.15.14.5

Reference Point Position

SCOORD3D POINT

TID 10051

1.15.14.6

X-Ray Beam Attenuator Model

TID 10051

1.15.14.6.1

Identification of the Attenuator

1

TID 10051

1.15.14.6.2

X-Ray Attenuator Model Data

2.999.3.4.5

TID 10051

1.15.14.6.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

-10

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10051

<Start Beam Position TID 10051 for RMLO Tomosynthesis (Irradiation Event #3) >

1.15.15

Beam Position

TID 10051

1.15.15.1

DateTime Started

20240418170621.000

TID 10051

1.15.15.2

DateTime Ended

20240418170628.000

TID 10051

1.15.15.3

Identification of the X-Ray Source

1

TID 10051

1.15.15.4

Output Measurement Point Position

SCOORD3D POINT

TID 10051

1.15.15.5

Reference Point Position

SCOORD3D POINT

TID 10051

1.15.15.6

X-Ray Beam Attenuator Model

TID 10051

1.15.15.6.1

Identification of the Attenuator

1

TID 10051

1.15.15.6.2

X-Ray Attenuator Model Data

2.999.3.4.5

TID 10051

1.15.15.6.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

-10

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10051

<Start Beam Position TID 10051 for LMLO Tomosynthesis (Irradiation Event #4) >

1.15.16

Beam Position

TID 10051

1.15.16.1

DateTime Started

20240418170804.000

TID 10051

1.15.16.2

DateTime Ended

20240418170811.000

TID 10051

1.15.16.3

Identification of the X-Ray Source

1

TID 10051

1.15.16.4

Output Measurement Point Position

SCOORD3D POINT

TID 10051

1.15.16.5

Reference Point Position

SCOORD3D POINT

TID 10051

1.15.16.6

X-Ray Beam Attenuator Model

TID 10051

1.15.16.6.1

Identification of the Attenuator

1

TID 10051

1.15.16.6.2

X-Ray Attenuator Model Data

2.999.3.4.5

TID 10051

1.15.16.6.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

-10

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10051

<Start Attenuator Position TID 10052 for LCC Tomosynthesis (Irradiation Event #1) >

1.15.17

Attenuator Position

TID 10052

1.15.17.1

DateTime Started

20240418170315.000

TID 10052

1.15.17.2

DateTime Ended

20240418170322.000

TID 10052

1.15.17.3

X-Ray Beam Attenuator Model

TID 10052

1.15.17.3.1

Identification of the Attenuator

2

TID 10052

1.15.17.3.2

X-Ray Attenuator Model Data

2.999.3.4.6

TID 10052

1.15.17.3.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

58

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10052

<Start Attenuator Position TID 10052 for RCC Tomosynthesis (Irradiation Event #2) >

1.15.18

Attenuator Position

TID 10052

1.15.18.1

DateTime Started

20240418170429.000

TID 10052

1.15.18.2

DateTime Ended

20240418170436.000

TID 10052

1.15.18.3

X-Ray Beam Attenuator Model

TID 10052

1.15.18.3.1

Identification of the Attenuator

2

TID 10052

1.15.18.3.2

X-Ray Attenuator Model Data

2.999.3.4.6

TID 10052

1.15.18.3.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

52

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10052

<Start Attenuator Position TID 10052 for RMLO Tomosynthesis (Irradiation Event #3) >

1.15.19

Attenuator Position

TID 10052

1.15.19.1

DateTime Started

20240418170621.000

TID 10052

1.15.19.2

DateTime Ended

20240418170628.000

TID 10052

1.15.19.3

X-Ray Beam Attenuator Model

TID 10052

1.15.19.3.1

Identification of the Attenuator

2

TID 10052

1.15.19.3.2

X-Ray Attenuator Model Data

2.999.3.4.6

TID 10052

1.15.19.3.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

52

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10052

<Start Attenuator Position TID 10052 for LMLO Tomosynthesis (Irradiation Event #4) >

1.15.20

Attenuator Position

TID 10052

1.15.20.1

DateTime Started

20240418170804.000

TID 10052

1.15.20.2

DateTime Ended

20240418170811.000

TID 10052

1.15.20.3

X-Ray Beam Attenuator Model

TID 10052

1.15.20.3.1

Identification of the Attenuator

2

TID 10052

1.15.20.3.2

X-Ray Attenuator Model Data

2.999.3.4.6

TID 10052

1.15.20.3.3

Transformation Matrix

1.0

0.0

0.0

0.0

0.0

1.0

0.0

58

0.0

0.0

1.0

0.0

0.0

0.0

0.0

1.0

TID 10052

1.15.21

Patient Attenuation Characteristics

TID 10053

1.15.21.1

DateTime Started

20240418170315.000

TID 10053

1.15.21.2

DateTime Ended

20240418170811.000

TID 10053

1.15.21.3

Identification of the X-Ray Source

1

TID 10053

1.15.21.4

Patient Equivalent Thickness

20240418170315.000

58 mm

20240418170429.000

52 mm

20240418170621.000

52 mm

20240418170804.000

58 mm

TID 10053

1.15.21.5

Breast composition

(129717001, SCT, "Scattered fibroglandular densities")

TID 10053

<Start Procedure Characteristics TID 10054 for LCC Tomosynthesis (Irradiation Event #1) >

1.15.22

Procedure Characteristics

TID 10054

1.15.22.1

DateTime Started

20240418170315.000

TID 10054

1.15.22.2

DateTime Ended

20240418170322.000

TID 10054

1.15.22.3

Identification of the X-Ray Source

1

TID 10054

1.15.22.4

Acquisition Protocol

L CC Tomo

TID 10054

1.15.22.5

Target Region

(76752008, SCT, "Breast")

TID 10054

1.15.22.5.1

Laterality

(7771000, SCT, "Left")

TID 10054

1.15.22.6

X-Ray Grid

(111646, DCM, "No grid")

TID 10054

1.15.22.7

Distance Source to Detector

700 mm

TID 10054

<Start Procedure Characteristics TID 10054 for RCC Tomosynthesis (Irradiation Event #2) >

1.15.23

Procedure Characteristics

TID 10054

1.15.23.1

DateTime Started

20240418170429.000

TID 10054

1.15.23.2

DateTime Ended

20240418170436.000

TID 10054

1.15.23.3

Identification of the X-Ray Source

1

TID 10054

1.15.23.4

Acquisition Protocol

R CC Tomo

TID 10054

1.15.23.5

Target Region

(76752008, SCT, "Breast")

TID 10054

1.15.23.5.1

Laterality

(24028007, SCT, "Right")

TID 10054

1.15.23.6

X-Ray Grid

(111646, DCM, "No grid")

TID 10054

1.15.23.7

Distance Source to Detector

700 mm

TID 10054

<Start Procedure Characteristics TID 10054 for RMLO Tomosynthesis (Irradiation Event #3) >

1.15.24

Procedure Characteristics

TID 10054

1.15.24.1

DateTime Started

20240418170621.000

TID 10054

1.15.24.2

DateTime Ended

20240418170628.000

TID 10054

1.15.24.3

Identification of the X-Ray Source

1

TID 10054

1.15.24.4

Acquisition Protocol

R MLO Tomo

TID 10054

1.15.24.5

Target Region

(76752008, SCT, "Breast")

TID 10054

1.15.24.5.1

Laterality

(24028007, SCT, "Right")

TID 10054

1.15.24.6

X-Ray Grid

(111646, DCM, "No grid")

TID 10054

1.15.24.7

Distance Source to Detector

700 mm

TID 10054

<Start Procedure Characteristics TID 10054 for LMLO Tomosynthesis (Irradiation Event #4) >

1.15.25

Procedure Characteristics

TID 10054

1.15.25.1

DateTime Started

20240418170804.000

TID 10054

1.15.25.2

DateTime Ended

20240418170811.000

TID 10054

1.15.25.3

Identification of the X-Ray Source

1

TID 10054

1.15.25.4

Acquisition Protocol

L MLO Tomo

TID 10054

1.15.25.5

Target Region

(76752008, SCT, "Breast")

TID 10054

1.15.25.5.1

Laterality

(7771000, SCT, "Left")

TID 10054

1.15.25.6

X-Ray Grid

(111646, DCM, "No grid")

TID 10054

1.15.25.7

Distance Source to Detector

700 mm

TID 10054

Start Person Participant within TID 10040

1.16

Person Name

Mann^Hugh^^Dr

TID 1020

1.16.1

Person Role in Procedure

(113850, DCM, "Irradiation Authorizing")

TID 1020

1.16.2

Person ID

5321611

TID 1020

1.16.3

Person ID Issuer

Institution A

TID 1020

1.16.4

Person Role in Organization

(309343006, SCT, "Physician")

TID 1020

End Person Participant

1.17

Source of Dose Information

(113856, DCM, "Automated Data Collection")

TID 10040


DICOM PS3.17 2026d - Explanatory Information