First X-rays and now ultrasound! Thank you for the excellent content. I am not in the medical sector, my job is industrial non-destructive testing. But the basics, the physics is the same, and you put it in the clearest way possible. Thanks for your hard work on this.
This is seriously so helpful. Thank you so much. I was trying to understand my ultrasound coworker, talking about the differences in our modalities and this made it so much easier! Thank you so much now we can understand each other!!
Wow. Your videos are seriously incredible. I'm studying for the american board of radiology CORE exam and these are so helpful. Thank you so much for all of your time and energy, I can't imagine how long these took to make. but THANK YOU
Thanks very much for such a good explanation! Awesome work! I'm so glad to finally found the explanations I understand! Went through UT course and fail the exam. And almost gave up UT but now I can say that I see the light at the end of a tunnel! Awesome work! Thanks very much! God bless you, man! 🙏
Worth appreciation for ur videos 🎉 Ultrasound physics is very important & also difficult to understand, on RUclips there is not much material regarding Ultrasound physics. I m sure ur this series will help us a lot ❤❤❤❤😊
@@radiologytutorials sir yesterday we didn't get a new video of ultrasound physics, plz confirmed us that ultrasound physics video are complete?? As many topics are still remaining to be explained. Ur videos are very very helpful for us, stay blessed 🙌
Am an exam going radiology student from India, i was always anxious about reading physics but with ur videos i have gained confidence that ya i can do it, i already finished studying x ray physics by following ur videos. Thank you sir for the effort u keep in teaching and making understand the things easily.
Thanks for the videos! The speed of the EM waves is not constant and is changed in material based on the refractive index of the material v=c/n, suually denser material (higher n) decreases the speed. The speed of the Acoustic wave also depends on the material v=sqrt(E/ro) where E is the elasticity (Young's modulus) and ro is the density. So, the speed of both type of waves I think is dependent on the material.
Thanks for your video. I'm not sure I understood your point about the different concept of velocity in EM and Acoustic waves. Also EM speed changes in the medium
You’re right. What I was trying to reger to is that speed changes in EM do not effect image quality or the way in which we create the image. In sound the speed changes have an effect on the end outcome as speed is used to calculate depth of tissue boundaries. What I’ve said in the video is not technically correct 👍🏼
Pleasure Samuel! Ultrasound in the acoustic spectrum is >20kHz (kilohertz) aka 20 000 Hertz. Diagnostic ultrasound is between 2-20mHz which is 100-1000 times higher frequency
Thanks!
Wow! Absolutely blown away 😮 thank you for your generosity! Really appreciate your support 🙏🏻
First X-rays and now ultrasound! Thank you for the excellent content. I am not in the medical sector, my job is industrial non-destructive testing. But the basics, the physics is the same, and you put it in the clearest way possible. Thanks for your hard work on this.
Absolute pleasure. Hope they are helpful!
This is seriously so helpful. Thank you so much. I was trying to understand my ultrasound coworker, talking about the differences in our modalities and this made it so much easier! Thank you so much now we can understand each other!!
Love this! I'm so glad it helped!
I dont comment that often, but your lectures are mind blowing. Thank you so much.
Well done. Thank you for teaching and God bless for teaching ❤❤❤❤
🙏🏻 thank you
Wow. Your videos are seriously incredible. I'm studying for the american board of radiology CORE exam and these are so helpful. Thank you so much for all of your time and energy, I can't imagine how long these took to make. but THANK YOU
Thank you! My professor sucked at teaching this material and your videos make much more sense.
I really appreciate these videos! I hope there’s a series for CT and MRI.
Physics is so difficult to understand for me and you make it simpler
Glad you’ve found them helpful! MRI in the not too distant future followed by CT 🙂
There u go😭😭😭😭😭😭❤❤❤❤. This is it Doc Michael❤
Thank you Chaz ❤️
Thanks very much for such a good explanation! Awesome work! I'm so glad to finally found the explanations I understand! Went through UT course and fail the exam. And almost gave up UT but now I can say that I see the light at the end of a tunnel! Awesome work! Thanks very much! God bless you, man! 🙏
Glad you’re here! Hope these videos help 🙂
new background ! Thanks for the tutorials! concise and informative :)
New background indeed 🎉 pleasure Matthew!
Worth appreciation for ur videos 🎉
Ultrasound physics is very important & also difficult to understand, on RUclips there is not much material regarding Ultrasound physics. I m sure ur this series will help us a lot ❤❤❤❤😊
As always, thank you so much Fazal ❤️
@@radiologytutorials sir yesterday we didn't get a new video of ultrasound physics, plz confirmed us that ultrasound physics video are complete?? As many topics are still remaining to be explained. Ur videos are very very helpful for us, stay blessed 🙌
Still more to come. Taking the weekend off. New video will be out tomorrow 👌🏼
I recommended my school friends to watch your videos, all of them passed exams with high grades. Thanks
That's great to hear! Thank you for sharing
Awesome explanation! Clear, concise and so easy to understand.
Am an exam going radiology student from India, i was always anxious about reading physics but with ur videos i have gained confidence that ya i can do it, i already finished studying x ray physics by following ur videos. Thank you sir for the effort u keep in teaching and making understand the things easily.
Excellent to hear Prathyusha! Glad they're helping 😊
U r doing awsome work... Very very helpful for us
. Thank u so much
Thank you Sunita!
Thanks very much!
Thank you 🙏🏻 appreciate your support!
Wow, you did a great job explaining some nice topics
Thank you Chris!
Thanks for the videos! The speed of the EM waves is not constant and is changed in material based on the refractive index of the material v=c/n, suually denser material (higher n) decreases the speed. The speed of the Acoustic wave also depends on the material v=sqrt(E/ro) where E is the elasticity (Young's modulus) and ro is the density. So, the speed of both type of waves I think is dependent on the material.
God bless you, praying for you, dear doctor.
Thank you 😀
Thank you, I do really appreciate your explanation I never understood physics very well but with you it’s so easy ❤
You are so welcome!
Thanks for your video. I'm not sure I understood your point about the different concept of velocity in EM and Acoustic waves. Also EM speed changes in the medium
You’re right. What I was trying to reger to is that speed changes in EM do not effect image quality or the way in which we create the image. In sound the speed changes have an effect on the end outcome as speed is used to calculate depth of tissue boundaries. What I’ve said in the video is not technically correct 👍🏼
Thanks for tutorial!
Would you consider making a lecture or 2 at some point in future about ultrasound /mr elastography? It would be really helpful.
Thank you sir for informative lectures, looking forward to CT physics and nuclear physics lectures.
speed of electromeagnetic waves alse do change with medium thats why phenomenons like refraction occur
Excellent sir
Thank you!
Excellent Video! thank you so much!
Excellent
thanks , that was perfect
appreciate the effort.
Thank you - means a lot!
Thank you🙏
please did you say frequency of sound waves is constant
Thank you sir
hi sir , could you make video on ct scan
Hello I going to attempt ARDMS physics.. need your help
Thanks Michael
Am kinda confused.
You said ultrasound is >20mHz. Then you said diagnostic ultrasound is between2-20mHz.
Pls kindly clarify.
Thanks
Pleasure Samuel! Ultrasound in the acoustic spectrum is >20kHz (kilohertz) aka 20 000 Hertz. Diagnostic ultrasound is between 2-20mHz which is 100-1000 times higher frequency
no lectures on mammography and flouroscopy
None yet!
✅✅✅✅
Sorry it's ok all are opened
Can i get your Gmail or any contact?