Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the...

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Transcript of Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the...

Page 1: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 2: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 3: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 4: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 5: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 6: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 7: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 8: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 9: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 10: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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VASCULAR PROBE

FEATURE FREQUENCY APPLICATION

1. LINEAR PROBE

▪ wide footprint▪ the same field ofview at deep part

▪ 7,5-10 MHz. ▪ superficial arteries(carotid, femoral,popliteal…)

2. CONVEX PROBE

▪ wide footprint▪ field of view willbe spreaded at deeppart

▪ 3,5- 5 MHz. ▪ abdominal arteriesand when is necessarya study more in depththan does the linearprobe

3. SECTORPROBE

▪ small footprint,▪ field of view willbe spreaded widelyat deep part

▪ 2-3 MHz ▪ transcranial, cardiac,abdominal application

Page 12: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 13: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 14: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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a

Page 17: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding

a

Page 18: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 19: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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c

Page 21: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 22: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 23: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 24: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 25: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 26: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 27: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 28: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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frequency

Page 30: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 31: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 32: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 33: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 34: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 35: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 36: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 37: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 38: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 39: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 40: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 41: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 42: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 43: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 44: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 45: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 46: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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Page 49: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 50: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 51: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 52: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 53: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 54: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 55: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 56: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 57: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 58: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 59: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 60: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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Page 62: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 63: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 64: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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Page 73: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 74: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 75: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 76: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 77: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 78: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 79: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 80: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
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Page 82: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 83: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding
Page 84: Diapositiva 1 - EchoDoppler Lessons · b) the transducer is able to reverse the process with the transformation of the mechanical energy of the incident acoustic waves into the corresponding

short videos and playlists on echocolor Doppler physics areavailable onhttps://www.facebook.com/francoaccorsiecodoppler/ and myyoutube channel:http://www.youtube.com/channel/UCij561sX0bQoEjXIWKuPnKg


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