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Results: 1-10 |
Results: 10
CHARACTERIZING ULTRASONIC TRANSDUCERS USING RADIATION EFFICIENCY AND RECEPTION NOISE-FIGURE
Authors: RHYNE TL
Citation: Tl. Rhyne, CHARACTERIZING ULTRASONIC TRANSDUCERS USING RADIATION EFFICIENCY AND RECEPTION NOISE-FIGURE, IEEE transactions on ultrasonics, ferroelectrics, and frequency control, 45(3), 1998, pp. 559-566
COMPUTER OPTIMIZATION OF TRANSDUCER TRANSFER-FUNCTIONS USING CONSTRAINTS ON BANDWIDTH, RIPPLE, AND LOSS
Authors: RHYNE TL
Citation: Tl. Rhyne, COMPUTER OPTIMIZATION OF TRANSDUCER TRANSFER-FUNCTIONS USING CONSTRAINTS ON BANDWIDTH, RIPPLE, AND LOSS, IEEE transactions on ultrasonics, ferroelectrics, and frequency control, 43(6), 1996, pp. 1136-1149
ACOUSTIC PROPAGATION PROPERTIES OF NORMAL, STUNNED, AND INFARCTED MYOCARDIUM - MORPHOLOGICAL AND BIOCHEMICAL DETERMINANTS
Authors: OBRIEN WD SAGAR KB WARLTIER DC RHYNE TL
Citation: Wd. Obrien et al., ACOUSTIC PROPAGATION PROPERTIES OF NORMAL, STUNNED, AND INFARCTED MYOCARDIUM - MORPHOLOGICAL AND BIOCHEMICAL DETERMINANTS, Circulation, 91(1), 1995, pp. 154-160
RELATION OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS
Authors: OBRIEN PD OBRIEN WD RHYNE TL WARLTIER DC SAGAR KB
Citation: Pd. Obrien et al., RELATION OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS, Circulation, 91(1), 1995, pp. 171-175
ULTRASONIC TISSUE CHARACTERIZATION FOR DIAGNOSIS OF ACUTE MYOCARDIAL-INFARCTION IN THE CORONARY-CARE UNIT
Authors: SAEIAN K RHYNE TL SAGAR KB
Citation: K. Saeian et al., ULTRASONIC TISSUE CHARACTERIZATION FOR DIAGNOSIS OF ACUTE MYOCARDIAL-INFARCTION IN THE CORONARY-CARE UNIT, The American journal of cardiology, 74(12), 1994, pp. 1211-1215
THE LACK OF EFFECT OF HEMODILUTION, MYOCARDIAL WATER-CONTENT, AND INCREASED CORONARY-ARTERY BLOOD-FLOW ON INTEGRATED MYOCARDIAL ULTRASONIC BACKSCATTER IN THE BEATING CANINE HEART
Authors: HAASLER GB RHYNE TL KOMOROWSKI R BOERBOOM LE SAGAR KB
Citation: Gb. Haasler et al., THE LACK OF EFFECT OF HEMODILUTION, MYOCARDIAL WATER-CONTENT, AND INCREASED CORONARY-ARTERY BLOOD-FLOW ON INTEGRATED MYOCARDIAL ULTRASONIC BACKSCATTER IN THE BEATING CANINE HEART, Ultrasonic imaging, 15(1), 1993, pp. 25-35
BIOCHEMICAL CORRELATES OF ULTRASONIC TISSUE CHARACTERIZATION
Authors: SAGAR KB OBRIEN WD WARLTIER DC RHYNE TL
Citation: Kb. Sagar et al., BIOCHEMICAL CORRELATES OF ULTRASONIC TISSUE CHARACTERIZATION, Clinical research, 41(3), 1993, pp. 10000638-10000638
RELATIONSHIP OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS
Authors: OBRIEN WD OBRIEN PD RHYNE TL NAFKOWSKI J WARLTIER DC SAGAR KB
Citation: Wd. Obrien et al., RELATIONSHIP OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS, Clinical research, 41(3), 1993, pp. 10000638-10000638
RELATIONSHIP OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS
Authors: OBRIEN WD OBRIEN PD RHYNE TL NAFKOWSKI J WARLTIER DC SAGAR KB
Citation: Wd. Obrien et al., RELATIONSHIP OF ULTRASONIC BACKSCATTER AND ACOUSTIC PROPAGATION PROPERTIES TO MYOFIBRILLAR LENGTH AND MYOCARDIAL THICKNESS, Circulation, 88(4), 1993, pp. 607-607
BIOCHEMICAL CORRELATES OF ULTRASONIC TISSUE CHARACTERIZATION
Authors: SAGAR KB OBRIEN WD WARLTIER DC RHYNE TL
Citation: Kb. Sagar et al., BIOCHEMICAL CORRELATES OF ULTRASONIC TISSUE CHARACTERIZATION, Circulation, 88(4), 1993, pp. 607-607
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