Characteristic curve ll H&D Curve ll X-Ray films ll D LogE curve ll Radiography simplified

[@ayaansingh1249]

All the confusion rltd to h&d curve got resolved in jst one video ❤ ty so much

[@santoshprajapat969]

Thankkk youuuso muchh sir ❤️

[@dogritech6201]

God bless you sir

[@ottogamminino2969]

Thanks sir for your explanation

[@RadiographySimplified]

Thanks for watching Please share this video with your colleagues & recommend this channel🙏🙏

[@neverfailrynjah7230]

Good explanation

[@RadiographySimplified]

Thanks Please share this video with with your colleagues & recommend this channel🙏🙏

[@premojha5199]

Thank you sir ☺️ If possible sir make the video of grid problem

[@RadiographySimplified]

Thanks for watching.. I have already uploaded video on the mentioned topic.. Sending you it's link. kzbin.info/www/bejne/iHeZh2SKmruNpK8

[@aniteshbarik2763]

Thank you 😊

[@RadiographySimplified]

Thanks for watching... Please share this video with your colleagues and recommend this channel 🙏🙏

[@fatimaasif493]

👍👍✌️

[@Shibaraj_Adhikari]

If your make very attractive and high sound then view will increases..

[@ziaqurashi2338]

Sir spectral sensitivity kya hota hai

[@RadiographySimplified]

Spectral sensitivity refers to the color of light to which a particular film is most sensitive. In radiography, there are generally two categories of spectral sensitivity films: blue-sensitive and green-sensitive. We have to choose the right combination. For eg blue sensitive film must be used with a calcium tungstate screen. 🙏🙏

[@kamleshbarde6056]

Dear sir radition physics theory with mcq question. Image based mcq question 🙏🙏

[@RadiographySimplified]

Ok I will... Please share this video with your colleagues & recommend this channel🙏🙏

[@Radsadeeq001]

Pls sir u shud be doing it in English

[@Geri_kariba]

What happens after D-max?

[@RadiographySimplified]

Solarization of x-ray film occurs when high quantities of light exposure actually cause a reversal radiographic density. One can use solarized film to make copies of radiographs....at the shoulder region of the H&D curve the density on the film is maximum, afterwards If exposure continues( increase) , density decreases at a certain point, which would be representative of the solarization effect🙏🙏.

[@Geri_kariba]

Sir please explain overexposure and underexposure in terms of the h and d curve. Also why underexposure appears bright and over exposure appears black. The physics behind it

[@RadiographySimplified]

Hi.. Sorry for responding late.. The toe region of the h&d curve represents Underexposure while the shoulder region represents overexposure.. Higher the value of exposures ( kvp/ mAs) for more x-ray will pass through the patient & more light from the intensifying screen will expose the film which will result in more density on the film therefore results in over exposed / black film similarly due to under exposure film will appears bright.. Hope you will find this explanation helpful.. Please share this video with your colleagues and recommend this channel🙏

[@tp_kee8834]

Can anyone explain me latitude?

[@RadiographySimplified]

Hi... it refers to the “acceptable range of exposures capable of producing a diagnostic image” on film/screen imaging systems.. 🙏🙏 Please share this video with your colleagues & recommend this channel🙏🙏

[@vinaykumartanwar6868]

4k me kiya hai video ,tub dekhra hai kuch video me 🔎🔎

[@RadiographySimplified]

Thanks for watching.. Please choose higher picture quality option available at top right corner of setting option for better picture quality results 🙏

[@Shibaraj_Adhikari]

Sound is very poor 😔😔

[@RadiographySimplified]

Hi shibaraj... Thanks for watching.. I don't have modality with noise cancellation feature. therefore I recorded this video after midnight ,which took 4 hour to complete. But let me know... Do you like the content of the video .. Please share this video with your colleagues & recommend this channel🙏🙏

[@Shibaraj_Adhikari]

Sir I like your all videos please make the more videos in same way from Radiographic positioning 🙏🙏