10. Characteristic Curve RADIOGRAPHIC IMAGING

[@julietgekonge4088]

Amazing content...very helpful

[@tonybabu4127]

Tried different sources to learn this topic but nothing was useful, then I stumbled upon this video. I understood the concept. Thank you for the great work

[@nachunuha1126]

Thank you so much 👍

[@mymomat6633]

Thankyou so much
These videos are very helpful 🩵

[@iconzambia244]

this has really helped me a lot 🙂

[@abdovitamins6331]

Thank you sir for such an easy and good explanation

[@Temsssssss]

This is soo cool

[@milygandhi2069]

Amazing

[@ratherazim8502]

Thanks...for help

[@prernaagrawal9431]

Thanks for the explanation

[@epsfortheradiographer4639]

You're welcome. Remember to share💪

[@sylvestermunachinonso6274]

I absolutely find these videos helpful and elaborate. Makes studying very much easier for me. However, I think it would be better if you used a natural sound for the audio instead of the robotic sound. Still, great job! Thank you for making these videos.

[@epsfortheradiographer4639]

Noted. Thanks!

[@attheajanelepiten5422]

Hi, great discussion! Can I ask what reference material did you use for this? Thank you.

[@epsfortheradiographer4639]

Chesney's Radiographic Imaging

[@manbunmath]

7:00 you wrote that the region between the toe and shoulder is between 0.25 and 2.5, but in the latitude equation, you used D2=2.0 and D1=0.25. I assume this is a typo and these values are arbitrary.

[@Geri_kariba]

Hello. If the exposure is in the solarization area will the image appear as overexposed and black? Or will it decrease to the point that it falls in the diagnostic range again?

[@mogtabafarshi4038]

its great
tnx

[@epsfortheradiographer4639]

Glad to hear. Thank you. 👍

[@basitali415]

Great sir....i need some mcqs for radiography exam

[@Tata_mic7]

You saving me and my grade 🫂

[@VKBOSS007]

Hello sir one thing dont understand, In film contrast formula you use Density D2 - D1 2.0 - 0.25
why u not use 2.5 - .25 density

[@darshanilakmali3523]

❤

[@soshiasamiei]

Does charactristic has anything to do with charactristic xray?

[@mathiasgebreegziabher5431]

it is very nice explanation but around 6 vidios are still hidden. excuse me can you release them

[@ChungchungSherpa-yf3zd]

its a helpful content but they shouldn't have added the background music as its too loud and too disturbing. overall the explanation is good

[@bhagyafonseka8023]

how to calculate wedge factor

[@Tiyya988]

Can you remove the background music? I find it hard to hear the video explanations, background music is too loud. Should be much better off without it.

[@epsfortheradiographer4639]

Duly noted

[@discobean54]

This would have been way more helpful if it wasn't like one long monotonous run-on sentence and there were actually nice breaks in between each thought to let each point process.

[@epsfortheradiographer4639]

This has been duly noted. Stay tuned, I promise the ones to come will be much better

[@emiliasalas9846]

good video but the music don't help.

[@epsfortheradiographer4639]

Duly noted Emilia

[@tashaunaaleethompson4442]

The speed of the video is too fast. Had too pause every second

[@epsfortheradiographer4639]

Duly noted, we'll work on that

[@basitali415]

mail me plzzz

[@aLittlePal]

this particular content would teach you how to create film-like preset simulator in the editing software, to create digital film-look. the characteristic curve tells you how the particular stock of film will react to light, so you can do the same in editing software.

[@y8_8y]

amazing