Selected Publications

Academic Article

Year Title Altmetric
2012 High-ratio grid considerations in mobile chest radiographyMedical Physics.  39:3142-3153. 2012
2010 An automatic and accurate x-ray tube focal spot/grid alignment system for mobile radiography: System description and alignment accuracya).Medical Physics.  37:6402-6410. 2010
2010 An automatic and accurate x-ray tube focal spot/grid alignment system for mobile radiography: System description and alignment accuracyMedical Physics.  37:6402-6410. 2010
2006 Point/Counterpoint. Film mammography for breast cancer screening in younger women is no longer appropriate because of the demonstrated superiority of digital mammography for this age group.Medical Physics.  33:3979-3982. 2006
2006 A novel technique to suppress grid line artifactsMedical Physics.  33:1654-1667. 2006
2006 Film mammography for breast cancer screening in younger women is no longer appropriate because of the demonstrated superiority of digital mammography for this age groupMedical Physics.  33:3979-3982. 2006
2006 Grid line artifact formation: A comprehensive theoryMedical Physics.  33:1668-1677. 2006
2005 Offering the physics exam to residents early in their residency is helpful to the residents and the radiology department.Medical Physics.  32:3063-3066. 2005
2005 Offering the physics exam to residents early in their residency is helpful to the residents and the radiology departmentMedical Physics.  32:3063-3066. 2005
2005 Offering the physics exam to residents early in their residency is helpful to the residents and the radiology department. Against the proposition.Medical Physics.  32:3064-3066. 2005
1999 Medical physics graduate programs should focus on education and research and leave clinical training to residencies.Medical Physics.  26:2051-2053. 1999
1999 Characterization of the reciprocity law failure in three mammography screen-film systemsMedical Physics.  26:682-688. 1999
1995 Slit camera focal spot measurement errors in mammography.Medical Physics.  22:1803-1814. 1995
1994 Computed radiography: User-programmable Features and CapabilitiesJournal of Digital Imaging.  7:113-122. 1994
1994 Digital radiography of the chest: state of the artEuropean Radiology.  4:281-297. 1994
1994 X-ray tube potential, filtration, and detector considerations in dual-energy chest radiographyMedical Physics.  21:203-218. 1994
1993 Scanning slit mammographyMedical progress through technology.  19:7-12. 1993
1991 Assessing Fluoroscopic Contrast Resolution: A Practical and Quantitative Test ToolMedical Physics.  18:894-899. 1991
1991 Bone Mineral Densitometry with X-Ray and Radionuclide Sources: A Theoretical ComparisonMedical Physics.  18:978-984. 1991
1991 Molybdenum target x-ray spectra: A semiempirical modelMedical Physics.  18:402-407. 1991
1991 Semiempirical model for generating tungsten target x-ray spectraMedical Physics.  18:211-218. 1991
1989 Image processing in digital radiography: Basic concepts and applicationsJournal of Digital Imaging.  2:132-146. 1989
1989 A comparison of dual-energy digital radiography and screen-film imaging in the detection of subtle interstitial pulmonary diseaseInvestigative Radiology.  24:585-591. 1989
1989 An energy sensitive cassette for dual-energy mammographyMedical Physics.  16:7-13. 1989
1987 Dual-energy digital radiographic quantification of calcium in simulated pulmonary nodulesAmerican Journal of Roentgenology.  148:19-24. 1987
1987 Metastatic calcification of the heart and lungs in end-stage renal disease: detection and quantification by dual-energy digital chest radiography.American Journal of Roentgenology.  149:881-887. 1987
1987 Mineral content of bone: Measurement by energy subtraction digital chest radiographyAmerican Journal of Roentgenology.  149:1199-1202. 1987
1987 Performance characteristics of a dual energy detector for digital scan projection radiographyMedical Physics.  14:728-735. 1987
1986 Potential value of digital radiography. Preliminary observations on the use of dual-energy subtraction in the evaluation of pulmonary nodulesChest.  89:249S-252S. 1986
1985 Segmented-field radiography in scoliosisAmerican Journal of Roentgenology.  144:325-329. 1985
1984 A method to measure the MTF of digital x ray systemsMedical Physics.  11:166-171. 1984
1983 An examination of errors in characteristic curve measurements of radiographic screen/film systemsMedical Physics.  10:365-369. 1983
1983 Erratum: An examination of errors in characteristic curve measurements of radiographic screen/film systems [Med. Phys. 10, 365 (1983)]Medical Physics.  10:708. 1983
1983 Exposure uniformity considerations in slit radiographyMedical Physics.  10:4-9. 1983
1983 Signal to noise ratio considerations in radiographic imagingMedical Physics.  10:467-469. 1983
1982 Radiographic mottle: A comprehensive theoryMedical Physics.  9:656-667. 1982
1981 Experimental measurements of the scatter reduction obtained in mammography with a scanning multiple slit assemblyMedical Physics.  8:158-162. 1981
1979 The design and performance of a scanning multiple slit assemblyMedical Physics.  6:197-204. 1979
1977 A new type of gridMedical Physics.  4:451-453. 1977
1977 Scanning multiple slit assembly: a practical and efficient device to reduce scatterAmerican Journal of Roentgenology.  129:497-501. 1977
1976 The dependence of radiographic mottle on beam qualityAmerican Journal of Roentgenology.  127:819-824. 1976
1974 CommunicationsMedical Physics.  1:283. 1974

Education And Training

  • Doctor of Philosophy in Physics, Wayne State University 1970
  • Full Name

  • Gary Barnes