-transparent.png){kind=logo}
While patient entrance surface dose rate is an important indicator of dose performance for fluoroscopic units, there has been no standardized approach to measuring this. Since results are strongly dependent on the type of phantom used and the relative positions of the X-ray tube, intensifier and phantom, comparisons of the performance for different units are difficult to make. This document sets out a protocol for making these measurements using a standard phantom and standard configurations for different types of X-ray unit Values of dose rates which might be expected are given.
Related Publications
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
May 1995,
Physics in medicine and biology,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
July 2003,
Nihon Hoshasen Gijutsu Gakkai zasshi,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
January 1985,
Australasian physical & engineering sciences in medicine,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
October 1957,
Radiology,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
October 2022,
Radiation protection dosimetry,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
January 1986,
Radiologia diagnostica,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
August 2010,
Radiation protection dosimetry,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
August 1981,
Radiology,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
February 2015,
Global journal of health science,
C J Martin, and
D G Sutton, and
A Workman, and
A J Shaw, and
D Temperton
December 2017,
Computer methods and programs in biomedicine,
