I had to look this up, but it sounded intriguing. After all, people made X-rays on machines whose "interface" was a knob for the last 100 years. It should be obvious to all that since knobs no longer work for anything, there have to be a billion buttons and a Windows interface on it, right? Turns out there are two kinds of X-ray machines on the market today--digital and analog. A digital X-ray machine is pretty nice if you've got a computerized hospital--you can take a picture of someone in a hospital in Alaska and a radiologist in Seattle, or at the Mayo Clinic, can read the X-ray from the comfort of her own office. Those machines have fancy Windows-based interfaces. Then there are analog machines, which expose film--still a very viable technology because instead of putting a CD containing a patient's X-rays in his record, and hoping the hospital's new computer will read it ten years down the road or the hospital ten miles down the road has a computer that can read the X-ray file format, you put the film in the record and read it by holding it up in front of the window. They still have knobs, or up/down pushbuttons that do the same thing.
it says that on some websites
HMI stands for Human Machine Interface. MMI is an older term meaning Man Machine Interface.
Point at which a user interacts with a machine or equipment being used.
X-ray machine can't see though led
xray machine (for the farm animals) its what the vet uses on the farm
Not if you don't want to... The functions of the x-ray machine will not be obstructed by body hair.
It depends on the machine. However, the MAC address is usually found in the network interface properties.
Doctors wanted to see bones inside the body. The x-ray machine was formally introduced in 1896 by H.L Smith. X-rays were discovered accidentally in Germany.
It's usually called a hypervisor, or virtual machine monitor.
There is no antonym. An xray is a wavelength. There is no opposite.
I flew domestic out of Denver. The Fushigi was in my carry on bag. It got flagged when going through the xray machine. TSA searched my bag, swabbed the Fushigi for bomb residue, asked a bunch of questions, and then ran it through the Xray again by itself. I almost missed my flight. Got to keep the Fushigi.
Electrons impact at high velocity on a tungsten anode. The tungsten emits the X-Rays, which are the electromagnetic waves.