Your metaphors are outstanding, my friend. Thanks for helping many of us. We’ll stick with you till the end :) don’t you ever stop creating videos. You’ve got great talent. -from a guitarist radiologist 😆-
According to an article on the "Probo medical" website, "Why Does an Ultrasound Probe Need Matching Layers?", matching layers with a size larger than 1/4 of the wavelength of the ultrasound attenuate the ultrasound more. I guess it has something to do with the amount of ultrasound that is absorbed by the matching layer depending on the wavelength/frequency of the ultrasound. Though it could definitely be something else.
Thanks @simonlangat8346! If you have a look at the playlists on my channel, that should give you a good idea of what is available on my channel at the moment 😀
Undergrad MS4 here going for Radiology ... your videos are just so amazing. Thanks 🙌
Thank you Alexandru!
Your metaphors are outstanding, my friend. Thanks for helping many of us. We’ll stick with you till the end :) don’t you ever stop creating videos. You’ve got great talent.
-from a guitarist radiologist 😆-
😆Thanks!
Thanks a lot sir Michael 🎉
Tanks so much! I really appreciate your elucidation, which is much more understandable!
Amazing explanations with animation!
❤❤❤ Awesome video Sir
Thank you ❤️
Hands down for your explanation ☺️
Thank you ☺️
Thanks!
Thank you. You’re too kind. I really appreciate your support ☺️
أفضل شرح وجدته .
WHY the match layer should be 1/4 fo the PTZ？
According to an article on the "Probo medical" website, "Why Does an Ultrasound Probe Need Matching Layers?", matching layers with a size larger than 1/4 of the wavelength of the ultrasound attenuate the ultrasound more. I guess it has something to do with the amount of ultrasound that is absorbed by the matching layer depending on the wavelength/frequency of the ultrasound. Though it could definitely be something else.
amazing content. How can I watch your videos from basics to real practice. It seems I cannot locate some other videos.
Thanks @simonlangat8346! If you have a look at the playlists on my channel, that should give you a good idea of what is available on my channel at the moment 😀
How does a single piezoelectric material doing two works?
why is matching layer thickness 1/4 the wave length is optimal?
to decrease the attenuation?
amazing
what is a material used for matching layer ?
Epoxy resin and aluminium powder
can we use FR04 as matching layer???? and if yes, then what should be the thickness of matching layer if thickness of piezo crystal is 0.5mm?
Nxt part plz
👏
should i listen to u? or your eyes?becuz hey have a lot to say