After 14 years of learning in the dental field (BDS+ master's + PhD degree), this is my first time understanding what is happening inside that x-ray machine! You are my man! keep it up!
🎯 Key Takeaways for quick navigation: 00:00 🌟 *X-ray Production Principles* - Introduction to the main principles of X-ray production. - Three requirements of X-ray production: source of electrons, means of accelerating electrons, means of decelerating electrons. 00:30 🔍 *Thermionic Emission and Electron Acceleration* - Explanation of thermionic emission as the process of releasing electrons in response to heat. - Description of electron acceleration through the application of electrical voltage (kVp). - Role of kVp in creating a strong negative charge in the filament and accelerating electrons towards the positively charged anode. 01:58 🔄 *Deceleration of Electrons and X-Ray Production* - Overview of the final step in X-ray production: decelerating electrons at the anode. - Description of the process where highly energetic electrons release energy as heat and X-rays upon hitting the anode. - Control of X-ray quantity and energy by the operator using mA, kVp, and exposure time. 03:24 📊 *Influence of mA, kVp, and Exposure Time* - Impact of mA on increasing the number of electrons and photons in the X-ray tube, affecting intensity or quantity of X-rays. - Explanation of how increasing kVp enhances both the number and energy of X-rays produced, influencing beam quality. - Role of exposure time in increasing the total number of X-ray photons created, analogous to the production of rainbows by unicorns eating Skittles. Made with HARPA AI
I am really fortunate and grateful to see this video. The video simplified the topic with effective video and great explanation with fluence sentences.
my thoughts the same, this was so clear. Professors will find a way to make it much more complicated than it needs to be. Radiology physics books also over complicate this topic.
@@andreleander2051 I think people who believe that they are intelligent stroke their egos by explaining simple things in the most complicated ways. The truly intelligent people make THE most complicated things SO simple.
@@andreleander2051 I find that most university lectures get an ego boost by explaining content in confusing and complicated ways. It’s said that truly intelligent people can explain very complex things in simple ways. This video is a great example of that 👍
I finally understand how x-rays work. Watching it was more efficient than looking at a wall and having an existential crisis because of trying to understand how those work (I’ve spent like an hour trying to understand it before watching the video). Thank you, Clover Learning (especially the narrator lol 🦄✨)
For years I've wished I could find a class that will take you through multiple early electronic devices and explain how they found their solution, what was their breakthrough moment, so after learning many ways others succeeded in developing electronics, the student will be closer to his own solution to whatever he builds. Does this exist yet? I find reverse engineers tend to succeed after studying how there predecessors found breakthroughs as well. Just as mathematicians study their predecessors to find breakthroughs.
After 14 years of learning in the dental field (BDS+ master's + PhD degree), this is my first time understanding what is happening inside that x-ray machine!
You are my man!
keep it up!
BRO DONT STOP THIS PLEASE I JUST LEARNED IN THIS VIDEO THE THING IVE BEEN STRUGGLING WITH FOR THE PAST 3 YEARS
😍
🎯 Key Takeaways for quick navigation:
00:00 🌟 *X-ray Production Principles*
- Introduction to the main principles of X-ray production.
- Three requirements of X-ray production: source of electrons, means of accelerating electrons, means of decelerating electrons.
00:30 🔍 *Thermionic Emission and Electron Acceleration*
- Explanation of thermionic emission as the process of releasing electrons in response to heat.
- Description of electron acceleration through the application of electrical voltage (kVp).
- Role of kVp in creating a strong negative charge in the filament and accelerating electrons towards the positively charged anode.
01:58 🔄 *Deceleration of Electrons and X-Ray Production*
- Overview of the final step in X-ray production: decelerating electrons at the anode.
- Description of the process where highly energetic electrons release energy as heat and X-rays upon hitting the anode.
- Control of X-ray quantity and energy by the operator using mA, kVp, and exposure time.
03:24 📊 *Influence of mA, kVp, and Exposure Time*
- Impact of mA on increasing the number of electrons and photons in the X-ray tube, affecting intensity or quantity of X-rays.
- Explanation of how increasing kVp enhances both the number and energy of X-rays produced, influencing beam quality.
- Role of exposure time in increasing the total number of X-ray photons created, analogous to the production of rainbows by unicorns eating Skittles.
Made with HARPA AI
I am really fortunate and grateful to see this video. The video simplified the topic with effective video and great explanation with fluence sentences.
This is straight to the point and easy to digest. Thank you.
So that’s a 2 hour lecture in less than 5 mins.
my thoughts the same, this was so clear. Professors will find a way to make it much more complicated than it needs to be. Radiology physics books also over complicate this topic.
@@andreleander2051 I think people who believe that they are intelligent stroke their egos by explaining simple things in the most complicated ways. The truly intelligent people make THE most complicated things SO simple.
@@andreleander2051 unfortunately a lot of the first kind of people are out lectures 😭
@@sonyboyakwaboah6254 huh?
@@andreleander2051 I find that most university lectures get an ego boost by explaining content in confusing and complicated ways. It’s said that truly intelligent people can explain very complex things in simple ways. This video is a great example of that 👍
that was very clear explanation Thank you - A budding radiologist struggling with Physics
Just wow..it's amazing technique to make you understand better
I finally understand how x-rays work. Watching it was more efficient than looking at a wall and having an existential crisis because of trying to understand how those work (I’ve spent like an hour trying to understand it before watching the video).
Thank you, Clover Learning (especially the narrator lol 🦄✨)
this was super helpful!
I want to see the look on my professor face after he sees that a 5 min video explanation is better than his 1 hour lecture
Too much valuable video, Thank you...
This video is soooo good , thanks a lot !
1:00 the higher the current the more heat produced and the more electrons released?
For years I've wished I could find a class that will take you through multiple early electronic devices and explain how they found their solution, what was their breakthrough moment, so after learning many ways others succeeded in developing electronics, the student will be closer to his own solution to whatever he builds. Does this exist yet? I find reverse engineers tend to succeed after studying how there predecessors found breakthroughs as well. Just as mathematicians study their predecessors to find breakthroughs.
Amazing, Jesus loves you❤
No , Roentgen loves you
Phz is the most part of our lives
Thank you sir 😊
radiography 101 is so much clearer now
Thank you, so good
I just took a mock boards for xray school and did horrible in image production. I am so nervous about taking the boards in 8 months.
How did you end up doing? Did you pass
Has anyone used clover leaning for radiology and can give me their review if it was helpful.
Thank you (explain good)
This is gold, may the lord bless you😂
I tried explaining the rainbows and skittles to my lead, and now I have to report to HR for a urine drug screen.
Thanks ! Saved me from watching an hour long lecture .
Thanks
i wish unicorns were the ones making this so i wouldn't have to learn it
🐐🐐
You are am xray unicorn🦄🦄 bless you❤😂
where have you been all my life
i feel like einstein already
Isn’t the cathode supposed to be positive and anode negative?
لا تغلط اعرف مكانتك جدام البحرين
bravo
Blaw blaw ...... What kind of u spoke
Don't blame their way of teaching .
We don't know how to taught in the convenience of the students