
SYNCHROTRON RADIATION
What is Synchrotron Radiation:
Synchrotron radiation is the energy in a synchrotron machine. The synchrotron radiation has ranges.
low- which is normally infrared
high-which is normally x-rays
The radiation is hot in short pulses or passes (which is les than a bilionth of a second). Synchrotron radiation is very powerful and strong.
Australian Synchrotron:
The Australian Synchotron is situated in Melbourne, Victoria.It has the diameter of 100 metres.
As you can see from the picture above the Australian synchrotron device is very big ( as big as the size of a football field). Scientists use this machine to look at:
-
Molecules
-
Atoms
-
it can make syubstances smoother
-
it even look at what our bodies are made of
How the Australian Synchrtron is used:
Step 1: A tube is used to create many electrons and then shot by an electron gun into something called a linear accelerator.
Step 2: The linear accelerator uses mega voltage electricity to speed up the electrons until they are nearly at the speed of light.
Step 3: The electrons get transfered into a booster ring, which as you can probably guess speeds up the electrons even more.
Step 4: Then the electrons move into a storage ring which is surrounded by arch shaped magnets. The magnets change the direction of the electrons to produce light.
Step 5: The light shoots out of the ring and enters pipes. At the end of these pipes th scientist examine the electrons.
Step 6: They then look at the electrons of a computer screen to examine them futher.
The Synchrotron can examine many good thimgs such as cancer research, medical applications and even making and designing new materials. Which is used for medicine (cancer research, x-rays, making earlier dection for cancer, researching dieseases).It can be used for manufacturing industries to desgn new features and build them. It is also good for the environmental scientist to look at different parts of the environment and examine them.
I
Synchrotron vs. light microscope:
The difference between the synchrtron and a normal light microscope is that the synchrotron has the ability to look at an atom at a microscopic level. While the light microscope only looks at the fundamentals of the atom.
In a light micrscope the lens is just made out of glass, however in a synchrotron the lens is electromagnetic.
Some more advantages of the synchrtron is that you can see the end result on a screen but the light microscope you can olny see it through the lens.