I surveyed 120 qualified radiographers at a national conference in Australia about understanding how to use a focused grid. Only 1 in 4 knew how to use geometry to get the best results. If you failed to understand the geometry of a projection, you would also fail to understand how to apply that geometry to a focused grid. Here is the test I set ruclips.net/video/4W1g0UVOGq0/видео.htmlsi=2kxhsXDyyb29gnTC It is interesting that only 5% of radiologists fail the test. Of the general public 90% fail and the ones who pass tend to be engineers, architects and builders, so there is a kind of illusion or presupposition there.
love the example used here!! 2:25
my employer paid for a program yet here i am watching free youtube vids for additional clarity ggs, keep it up brother!
Very informative and helpful video. Thank you.
Thank you so much!
Sir please upload more videos it helps me a Lot big thanks to you sir please upload grid patterns video(off focus grid,cross grid,..etc) ❤❤❤❤❤
"Sir"💀
Soooo gooood, very sincere thank you!
Awesome..keep it up....❤stay blessed......
thanks ❤
Thanks
Thanks slot sir.
Is this what i hear shuffling back and forth during exposure?
I surveyed 120 qualified radiographers at a national conference in Australia about understanding how to use a focused grid. Only 1 in 4 knew how to use geometry to get the best results. If you failed to understand the geometry of a projection, you would also fail to understand how to apply that geometry to a focused grid. Here is the test I set ruclips.net/video/4W1g0UVOGq0/видео.htmlsi=2kxhsXDyyb29gnTC It is interesting that only 5% of radiologists fail the test. Of the general public 90% fail and the ones who pass tend to be engineers, architects and builders, so there is a kind of illusion or presupposition there.
>scatter radiation adds useless information to the radiograph
😂😂