INDEX 



1763 



membranes, various, 992 



mesenteric capillaries, factors affecting, 



998 



methods of measurement, 990 



of capillaries, g88-iooo 



of tissues, 988-1000 



pore size and, 1002 



range for capillaries, 99-2 



species differences, 992 



temperature and, 993 



tissue asphyxia and, 997 



venous pressure and, 989 

 Filtration constant : see Filtration coeffi- 

 cients 

 Filtration rate 



glucose, 1 006 



hydrostatic pressure in capillaries and, 



990 

 isogravimetric capillary pressure and, 



990 

 raffinose, 1006 

 sucrose, 1006 

 urea, 1006 



venous pressure and, 978, 989 

 Fingers 



innervation of skin blood vessels, 1 338 

 Fisher, L. C. 



Blood supply to the heart, 151 7-1584 

 Fishman, A. P. 



Dynamics of the pulmonary circula- 

 tion, 1667-1743 

 Flat bones 



blood supply to, 1655 

 Flowmeters 



applicability, 1296 



based on pressure differences, 1 296 



Bernoulli's theorem, application in, 



1296 

 bristle, 1305-131 1 



Holzlohner and Bergmann, 1306 

 modified for large arteries, 1309 

 schematic diagram of bristle and 



pendulum, 1305 

 standard transducer-tube, 1309 

 Broemser and Reissinger's cannula, 



1298 

 Broemser's differential sphygmograph, 



1302 

 bubble, 1 280, 1 530 

 calibration of, 1 294 

 Dawes, 1280 



differential pressure, 845, 1300 

 equations for, 1297 

 friction device, 1297 

 pulsatile flow and, 1297 

 direct recording, 1279 

 electromagnetic 



a-c modification of, 1 313- 1 314, 



1530 

 calibration of, 1314 

 coronary blood flow and, 1533 

 d-c procedure, 1 313 



diagram, 1 3 1 2 



Faraday's induction law in, 131 2 



-induction principle, 1311-1318 



Kolin, 1313, 1 316 



laminar flow in, 131 2 



magnet size, 1315 



magnetic field strength, 1315 



square wave, 840, 1313 



transformer emf, 1 3 1 5 



zero changes, 13 16 

 electroturbinometer, 1 304 

 frequency characteristics, 1 296 

 Gaddum venous outflow, 1 278 

 Hensel's needle, 1286 

 Lauber's venturi cannula, 1 297 

 Ludwig's stromuhr, 1279 



Pavlov's modification, 1279 



silicone filled, 1 279 

 mechano-electric transducer tube, 1308 

 natural frequency, I2g6 

 orifice 



constriction of, 1 299 



principle, 1299 

 pendulum, 1305-131 1 

 Pitot meter, 1300 



Cybulski's modification of, 1302 



variations of, 1 300 

 Pitot '"torpedo", 1301 

 Prandtl's tube, 1301 

 pressure differentials, 1297 

 principles, 840 

 properties of, 840 



registration of pressure differences, 1 294 

 requirements, 839 

 response to velocity profile changes, 



I2 95 

 Reynolds number and turbulence, 1295 

 rotameter, 1 303-1304, 1530 



of Shipley and Wilson, 1304 

 Schroeder's differential — pressure, 1 299 

 sensitivity, 1295 

 square-wave, 1 3 1 7 



circuits, 1318 



magnet sleeve units, 1 3 1 8 

 theory, constriction and operation, 



1 294- 1 32 1 

 thermal conductivity measurement, 



1285 

 transducer-tube 



of Laszt and Miiller, 1 3 1 o 



of Miiller, 1310 

 traveling markers, 1320 

 turbulence, velocity profile in, 1295 

 types of, 840 

 ultrasonic, 131 8-1 320 

 venturimeter of original type, 1 298 

 Wretlind, for ascending aorta, 1 300 

 see also Blood flow measurement 

 Fluid exchange 



capillary blood pressure and, 988 

 mesenteric capillaries and, 996 

 Fluid flow 



electrical analogues of, 842 



in elastic tube, 842 



in rigid tube, 842 

 Fluid movements 



symbols of factors, 962 

 Fluid retention 



congestive heart failure and, 1 1 16 



venous return curve and, 1 1 16 

 Food 



hepatic blood flow and, 1429 



ingestion, metabolic consequences of, 

 1171 



splanchnic blood volume and, 1406 

 Food fat 



body fat and, 1 172 

 Foot 



anastomoses per square centimeter of 

 surface area, 1327 



innervation of skin blood vessels in, 



'34° 

 percentage composition by volume, 



■327 



skin circulation, local temperature and, 



■33' 

 Foramen ovale 



closure of, 1639 

 Forced expiration 



definition of, 1713 



overshoot, 1 713 



Valsalva maneuver. 1 7 1 3 

 Forearm 



blood flow, body heating and, 1339 



innervation of skin blood vessels, 1339 



percentage composition by volume, 



i3 2 7 



volume changes, 1093 

 Fourier 



analysis, of pulse wave, 817 



series, physiologic meaning, 845 

 Frank's formula 



assumptions necessary, 833 

 Frequency characteristics 



pulsatile flow and, 1296 

 Friedman, Constance L. 



Effects of ions on vascular smooth 

 muscle, 1 1 35-1 166 

 Friedman, S. M. 



Effects of ions on vascular smooth 

 muscle, 1 1 35-1 166 

 Frog 



capillary blood pressure in, 965 



lung structure, 1668 



osmotic pressure of plasma proteins, 965 

 Frostbite 



peripheral vascular disease and, 1 2 1 7 



skin circulation and, 1335 

 Fry's method 



formula for, 1 302 



measurement of, 1302 

 Functional residual capacity 



definition, 782 



