If Bill was working at GE in 1985, was it on the 0.15T resistive? We had an Oxford resistive 0.15T (6.3 Mhz). It was from GE. One of the first things I was doing was helping install the system. We built our own head and body coils. Since the magnet was resistive and water cooled, the center frequency had to checked often. The gradient amplifiers were modified high power crown amps. Years later we had a very early EPI system installed, which used sine wave oscillations on the gradients. The ping was very loud and could be heard all over the building.
I am extremely impressed by this man's intelligence, to say nothing of the breadth and depth of knowledge. You do NOT need a fancy degree and three letter abbreviation after your name to be brilliant.
MRI Techs are always so multi-talented.
Great job guys. I could listen to Faulkner talk about MRI all day
great show!
Interesting and informative. Thanks
Love your style
Funny that bill talks about restraint vs immobilization. It was in the literature of our patient ethics book!
If Bill was working at GE in 1985, was it on the 0.15T resistive? We had an Oxford resistive 0.15T (6.3 Mhz). It was from GE. One of the first things I was doing was helping install the system. We built our own head and body coils. Since the magnet was resistive and water cooled, the center frequency had to checked often. The gradient amplifiers were modified high power crown amps. Years later we had a very early EPI system installed, which used sine wave oscillations on the gradients. The ping was very loud and could be heard all over the building.
Thanks :)))
It's funny, I took the MRSO exam last week and Bill was the administrator of the exam him and his partner. I had to give him the test when I was done
I am extremely impressed by this man's intelligence, to say nothing of the breadth and depth of knowledge.
You do NOT need a fancy degree and three letter abbreviation after your name to be brilliant.
🔥🔥fire🔥🔥
Nice
Mag tape, Dat tape