Principles of real-time two-dimensional B-scan ultrasonic imaging

References

• “Ultrasonics in Clinical Diagnosis”. (2nd Edition), P. N.T. Wells. Churchill Livingstone, Edinburgh, London and New York 1977
   Google Scholar
• Wells P. N. T. “Biomedical Ultrasonics”. Academic Press, London and New York 1977
   Google Scholar
• Hill C. R. Ultrasonic imaging. Journal of Physics E: Scientific Instruments 1976; 9(3)153–162
   Google Scholar
• Report of the Committee on Bioeffects of the American Institute of Ultrasound in Medicine. Biological effects of ultrasonic energy on living mammals. Ultrasound in Medicine & Biology 1976; 2(4)351
   Google Scholar
• Kossoff G., Carpenter D. A., Robinson, Radovanovich D. E.G., Garrett W. J. Octoson—a new rapid general purpose echoscope. “Ultrasound in Medicine”, D. White, R. Barnes. Plenum, New York 1976; Vol. 2: 333–339
   Google Scholar
• Waag R. C., Gramiak R. Methods for ultrasonic imaging of the heart. Ultrasound in Medicine & Biology 1976; 2(3)163–170
   Google Scholar
• Gramiak R., Waag R. C. Ultrasound cine cardiography. “Proceedings of the 2nd World Congress on Ultrasonics in Medicine (1973)”, M. De Vlieger, D. N. White, V. McCready. American Elsevier Publishing Co. 1974; 244–249
   Google Scholar
• Goldberg P. R. Principles of two-dimensional real time echocardiography imaging. “Proceedings of Symposium on Echocardiography, Lund, Sweden, May 13–14, 1977”, A. Gustafson, S. Persson. Acta Medica Scandinavica. 1978; 7–24, Supplementum 627
   Google Scholar
• Whittingham T. A. Arrays and Delay Lines, in ILL Colloquium on Electronic Instrumentation in Ultrasonic Diagnosis. IEE Digest 1977; 29: 4/1–4/6
   Google Scholar
• Eggleton R. C., Johnston K. W. Real-time B-mode mechanical scanning system. Proceedings of the Society of Photo-Optical Instrumentation Engineers. August, 1974, 96–99
   Google Scholar
• Eggleton R. C., Feigenbaum H., Johnston K. W., Weyman A. E., Dillon J. C., Chang S. Visualization of cardiac dynamics with real time B-mode ultrasonic scanner. “Ultrasound in Medicine”, D. White. Plenum Publishing Co., New York 1975; Vol. 1: 385–393
   Google Scholar
• Wells P. N. T. Ultrasonics in medicine and biology. Physics in Medicine & Biology 1977; 22(4)629–669
   Google Scholar
• Wells P. N. T. Ultrasonic imaging: pulse-echo techniques. “IEE Medical Electronics Monographs 23–27”, D. W. Hill, B. W. Watson. Peter Peregrinus Ltd, Stevenage 1977; 106–128
   Google Scholar
• Eggleton R. C., Johnston K. W. Real time mechanical scanning system compared with array techniques, IEEE Proceedings on Sonics and Ultrasonics. 74 CHO 896-ISU 1975; 16–18
   Google Scholar
• Bom N., Lancee C. T., Honkoop J., Hugenholtz P. G. Ultrasonic viewer for cross-sectional analyses of moving cardiac structures. Bio-Medical Engineering 1971; 6(11)500–503
   Google Scholar
• Bom N., Lancée C. T., Van Zwieten G., Kloster F. E., Roelandt J. Multiscan echocardiography, I. Technical description. Circulation 1973; 48(5)1066–1074
   Google Scholar
• Whittingham T. A., Evans J. A. Ultrasonicvisualisation of the heart. “Ultrasonics International 1975 Conference Proceedings”. IPC Science and Technology Press Ltd., Guildford 1975; 182–189
   Google Scholar
• Whittingham T. A. A hand-held electronically switched array for rapid ultrasonic scanning. Ultrasonics 1976; 1(1)4, 9–33
   Google Scholar
• Whittingham T. A. A multiple transducer system for heart, abdominal and obstetric scanning. “Proceedings of the Second European Congress on Ultrasonics in Medicine”, E. Kazner, M. De Vlieger, H. R. Müller, V. R. McCready. Excerpta Medica, Amsterdam Oxford 1976; 59–66
   Google Scholar
• Ligtvoet C., Rijsterborgh H., Kappen L., Bom N. Real time ultrasonic imaging with a hand-held scanner. Part I—Technical description. Ultrasound in Medicine & Biology 1978; 4(2)91–92
   Google Scholar
• Ligtvoet C., Vogel J., Van Egmond F., Vletter W. Direct conversion of real-time two dimensional echocardiographic images. Ultrasonics. 1977; 1(2)5, 89–92
   Google Scholar
• Vogel J. A., Ligtvoet C., Bom N., Van Zweiten G., Hugenholtz P. G. Processing equipment for two-dimensional echocardiographic data. Ultrasound in Medicine & Biology 1976; 2(3)171–179
   Google Scholar
• Bom N. “New Concepts in Echocardiography”. H. E. Stenfert Kroese N.V., Leiden 1972
   Google Scholar
• Roelandt J., Van Dorp W. G., Bom N., Laird J. D., Hugenholtz P. G. Resolution problems in echocardiography: a source of interpretation errors. The American Journal of Cardiology 1976; 3(2)7, 256–262
   Google Scholar
• Pappalardo M. Some experimental data for the design of acoustic arrays. Journal of Sound and Vibration 1977; 52(4)579–586
   Google Scholar
• Bom N., Roelandt J., Kloster F. E., Lancée C. T., Hugenholtz P. G. Multi-element system and its application to cardiology. “Proceedings of the 2nd World Congress on Ultrasonics in Medicine (1973)”, M. De Vlieger, D. N. White, V. McCready. American Elsevier Publishing Co. 1974; 297–299
   Google Scholar
• Marini J., Rivenez J. Acoustical fields from rectangular ultrasonic transducers for non-destructive testing and medical diagnosis. Ultrasonics. 1974; 1(6)2, 251–256
   Google Scholar
• Pourcelot L., Pottier J. M., Berson M., Planiol Th. A fast ultrasonic imaging system: US ABEL. “Proceedings of the Second European Congress on Ultrasonics in Medicine”, E. Kazner, M. De Vlieger, H. R. Müller, V. R. McCready. Excerpta Medica, Amsterdam Oxford 1976; 54–58
   Google Scholar
• Thurstone F. L., Von Ramm O. T. A new ultrasound imaging technique employing two-dimensional electronic beam steering. “Acoustical Holography”, P. S. Green. Plenum Press, New York 1974; Vol. 5: 249–259
   Google Scholar
• Von Ramm O. T., Thurstone F. L. Cardiac imaging using a phased array ultrasound system. I. System design. Circulation 1976; 5(2)3, 258–262
   Google Scholar
• Somer J. C. Electronic sector scanning for ultrasonic diagnosis. Ultrasonics 1968; 6(3)153–159
   Google Scholar
• Somer J. C. Electronic sector scanning in cerebral diagnostics. I. Principle and technical development. “Proceedings of the 2nd World Congress on Ultrasonics in Medicine (1973)”, M. De Vlieger, D. N. White, V. McCready. American Elsevier Publishing Co. 1974; 304–308
   Google Scholar
• Domarkas V. I. Design aspects of ultrasonic instruments operating in the megahertz range with electrically controlled directivity patterns. Soviet Physics-Acoustics. 1976; 22(1)81
   Google Scholar
• Miller E. B., Thurstone F. L. Linear ultrasonic array design for echosonography. Journal of the Acoustical Society of America 1977; 61(6)1481–1491
   Google Scholar
• Thurstone F. L., Von Ramm O. T. Electronic beam scanning for ultrasonic imaging. “Proceedings of the 2nd World Congress on Ultrasonics in Medicine”, M. De Vlieger, D. N. White, V. R. McCready. American Elsevier Publishing Co. 1974; 43–48
   Google Scholar
• Von Ramm O. T., Thurstone F. L. Thaumascan: Design considerations and performance characteristics. “Ultrasound in Medicine”, D. White. Plenum Press, New York 1975; Vol. 1: 373–378
   Google Scholar
• Kisslo J., Von Ramm O. T., Thurstone F. L. Aphasedarray ultrasound system for cardiac imaging. “Proceedings of the Second European Congress on Ultrasonics in Medicine”, E. Kazner, M. De Vlieger, H. R. Müller, V. R. McCready. Excerpta Medica, Amsterdam Oxford 1976; 67–74
   Google Scholar
• Miller E. B., Smith S. W., Thurstone F. L. A study of near field ultrasonic beam patterns from a pulsed linear array. “Acoustical Holography”, P. S. Green. Plenum Press, New York 1974; Vol. 5: 261–281
   Google Scholar
• Endoh N., Okujima M. Element arrangement of array transducer for electronic sector scanning in ultrasonodiagnostic tomography. The Journal of the A coustical Society of Japan 1974; 3(6)0, 319–324
   Google Scholar
• Griffith J. M., Henry W. L. A sector scanner for real time two-dimensional echocardiography. Circulation 1974; 4(6)9, 1147–1151
   Google Scholar
• McDicken W. N., Bruff K., Paton J. An ultrasonic instrument for rapid B-scanning of the heart. Ultrasonics 1974; 1(6)2, 269–272
   Google Scholar
• Shaw A., Paton J. S., Gregory N. L., Wheatley D. J. A real time 2-dimensional ultrasonic scanner for clinical use. Ultrasonics 1976; 14(1)35–40
   Google Scholar
• Burckhardt C. B., Grandchamp P. A., Hoffmann H., Hinselmann M. A real-time B-scanner with improved lateral resolution. “Proceedings of the Second European Congress on Ultrasonics in Medicine”, E. Kazner, M. De Vlieger, H. R. Müller, V. R. McCready. Excerpta Medica, Amsterdam Oxford 1976; 81–89
   Google Scholar
• Matzuk T., Skolnick M. L. Novel ultrasonic real-time scanner featuring servo controlled transducers displaying a sector image. Ultrasonics 1978; 1(4)6, 171–178
   Google Scholar
• Skolnick M. L., Matzuk T. A new ultrasonic real-time scanner featuring a servo-controlled transducer displaying a sector image. Radiology 1978; 12(2)8, 439–445
   Google Scholar
• Holm H. H., Kristensen J. K., Pedersen J. F., Hancke S., Northeved A. A new mechanical real time ultrasonic contact scanner. Ultrasound in Medicine & Biology 1975; 2(1)19–23
   Google Scholar
• Bow C. R., McDicken W. N., Anderson T., Scorgie R. E., Muir A. L. A rotating transducer real-time scanner for ultrasonic examination of the heart and abdomen. British Journal of Radiology 1979; 5(613)2, 29–33
   Google Scholar
• Pätzold J., Krause W., Kresse H., Soldner R. Present state of an ultrasonic cross-section procedure with rapid image rate. IEEE Transactions on Bio-Medical Engineering 1970; 17(3)263–265
   Google Scholar
• Asberg A. Ultrasonic cinematography of the living heart. Ultrasonics 1967; 5: 113–117
   Google Scholar
• Hertz C. H., Lindström K. A fast ultrasonic scanning system for heart investigation. “Digest of the Third International Conference on Medical Physics, including Medical Engineering”. Chalmers University of Technology, Goteborg, Sweden 1972; 35.6
   Google Scholar
• Cosgrove C. O., Hill C. R. Ultrasonic imaging of the abdomen. “IEE Medical Electronics Monographs 28–33”, B. W. Watson. Peter Peregrinus Ltd., Stevenage 1979; 163–207
   Google Scholar
• Burckhardt C. B. Speckle in ultrasound B-mode scans. IEEE Transactions on Sonics and Ultrasonics 1978; SU-25(1)1–6
   Google Scholar
• Guibarra E. J., Wells P. N. T., Evans K. T. A swept focussing system for ultrasonic pulse echo diagnosis. “I.E.R.E. Conference Proceedings No. 34: Application of Electronics in Medicine”. 1976; 387–394
   Google Scholar
• Selbie R. D., Hutchison J. M. S., Mallard J. R. The Aberdeen phased array: a real-time ultrasonic scanner with dynamic focus. Medical & Biological Engineering & Computing 1980; 18(3)335–343
   Google Scholar
• Ligtvoet C. M., Ridder J., Hagemeijer F., Wladimiroff J. W. A dynamically focussed ultrasound system. “Ultrasonics International 1977 Conference Proceedings”, Z. Novak. IPC Science and Technology Press Ltd., Guildford 1977; 111–120
   Google Scholar
• Vogel J., Bom N., Ridder J., Lancée C. Transducer design considerations in dvnamic focussing. Ultrasound in Medicine & Biology 1979; 5(2)187–193
   Google Scholar
• Ligtvoet C. M., Ridder J., Lancée C. T., Hagemeijer F., Vletter W. B. A dynamically focussed multiscan system. “Echocardiology”, N. Bom. Martinus Nijhoff, The HagueThe Netherlands 1977; 313–323
   Google Scholar
• Von Ramm O. T., Smith S. W. A multiple frequency array for improved diagnostic imaging. IEEE Transactions on Sonics and Ultrasonics 1978; SU-25(6)340–345
   Google Scholar
• Somer J. C. Phased array systems. “Echocardiology”, N. Bom, Martinus Nijhoff, The HagueThe Netherlands 1977; 325–334
   Google Scholar
• Shaw A. Mechanical sector scanners. “Echocardiology”, N. Bom, Martinus Nijhoff, The HagueThe Netherlands 1977; 305–311
   Google Scholar