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HANDBOOK OF PHYSIOLOGY ~ CIRCULATION II 



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Brecher, G. A. Venous return during intermittent 31. 



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'959- 



Brecher, G. A. Bristle flowmeter. In: Methods in Medical 33. 



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Brecher, G. A., and C. A. Hubay. A new method for 



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Brecher, G. A., and J. Praglin. A modified bristle 



flowmeter for measuring phasic blood flow. Proc. Soc. 



Exptl. Biol. Med. 83: 155, 1953. 35- 



Bretschneider, H.J. Verhandl. deut. Ges. Chirurgie, 1961. 



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Broemser, P. Untersuchungen iiber die Messung der 



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Broemser, P., and O. F. Ranke. Beitrag zur Re- 



gistrierung der Kurve der Stromungsgeschwindigkeit 38. 



pulsierender Strome, zugleich eine Erwiderung an Otto 



Frank. Z. Biol. 91 : 267, 1931. 



Buchman, P. Nuclear Magnetic Resonance Blood Flow- 39. 



meter. (Thesis). Seattle : Univ. of Washington, 1959. 



Clark, J. W., and J. E. Randall. An electromagnetic 40. 



blood How meter. Rer. Sci. Instr. 29: 951, 1949. 



Cvbulski, N. Die Bestimmung der Stromgeschwindigkeit 41. 



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Daly, I. de Burgh. A blood velocity recorder. J. Physiol., 



London 61 : 21P, 1926. 



Daly, I. de Burgh. The resistance of the pulmonary 43. 



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Denison, A. B., M. P. Spencer, and H. D. Green. A 44. 



square-wave electromagnetic flowmeter for application 



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Denison, A. B., and M. P. Spencer. Magnetic flowmeters. 45. 



In: Medical Physics. Chicago: Yr. Bk. Pub., i960, vol. 3, 



p. 178. 4 D - 



Dotter, C. T., and L. H. Frische. Radiologic technic 



for qualitative and quantitative study of blood flow. 



Circulation 18:961, 1958. 47. 



Eckstein, R. W., M. Stroud, C. V. Dowling, R. Eckel, 



and W. H. Pritchard. Response of coronary blood flow 



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Federation Proc. 8 : 38, 1 949. 



Eckstein, R. W., C. J. Wiggers, and G. R. Graham. 



Phasic changes in inferior vena cava flow of intravascular 49. 



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Edler, J., and C. H. Hertz. Kgl. Fysiograf Sdllskap. Lund 50. 



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ElNHORN, H. D. Electromagnetic induction in water. 51. 



Trans. Roy. Soc. S. Africa 28: 143, 1940. 



Evans, R. L. Cardiac output and central pressure data. 52 



Nature 181 : 1471, 1958. 



Fabre, P. Utilisation des forces electromotrices d'induc- 



tion pour renregistrement des variations de vitesse des 53 



liquides conducteurs : un nouvel hemodromographe sans 



palette dans le sang. Compl. rend. Acad. Sci. 194: 1097, 1932. 



Farrall, \V. R. Design considerations for ultrasonic 

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'959- 



Feder, W. Resume of dc electromagnetic flowmeter 



group discussion. IRE Trans, on Med. Electronics ME-6: 



250, 1959- 



Feder, \V. , and E. B. Bay. The dc electromagnetic 

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 240, 1959. 



Ferguson, D. J., and H. S. Wells. Frequencies in pulsa- 

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Ferguson, D. J., and H. S. Wells. Harmonic analysis of 

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Frank, O. Die Benutzung des Prinzips der Pitot'schen 

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Frank, O. "Hamodynamik." In: Handbuch der physiolo- 

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Frank, O. Der Ablauf der Stromungsgeschwindigkeit in 

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Frank, O. Theorie und Konstruktion eines optischen 

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Frank, O. Kurze Bemerkungen iiber die Bestimmungen 

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Frank, O. Bemerkungen zu der Abhandlung von Otto 

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 Franklin, D. L., and R. M. Ellis. A pulsed ultrasonic 

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 Franklin, D. L., D. W. Baker, R. M. Ellis, and R. F. 

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Franklin, D. L., R. M. Ellis, and R. F. Rushmer. Aortic 

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 Fry, D. L. The measurement of pulsatile blood flow by 

 the computed pressure gradient technique. IRE 'Trans, on 

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Fry, D. L. Methods of flow estimation by pressure sensing 

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1959- 



Fry, D. L., A. J. Mallos, and A. G. T. Casper. A 

 catheter tip method for measurement of the instantaneous 

 aortic blood velocity. Circulation Research 4: 627, 1956. 

 Gauer, O. H., and E. Gienapp. A miniature pressure- 

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 Green, II. D. Differential pressure flow meters. In: 

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Green, H. D. Circulatory system: methods. In: Medical 

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 Green, H. D. and D. E. Gregg. The relationship 

 between differential pressure and blood flow in a coronary 

 artery. Am. J. Physiol. 130: 97, 1940. 

 Green, H. D., D. A. Gregg, and C. J. Wiggers. The 

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