- #1
GrimCrimson
- 1
- 0
I work in an industrial facility and I am trying to come up with a way to measure the strength of X-rays and the danger they pose to the operators of a piece of equipment we have. As of now there is an aluminum enclosure around the part of the machine where the X-rays are emitted, but we are looking at removing it. The machine is used to measure crystal orientation.
We are 99.99% sure that the enclosure is not actually doing anything but I need to come up with a way to conclusively prove this before we can remove it.
The gauge on the front of the machine goes from 0 to 2 keV.
I have done a fairly extensive search on the internet but cannot find anything that I can really understand that will help me.
Does anyone know of a method I can use to determine that this machine will be safe without the enclosure?
Thank you in advance.
If any information is missing or I need to clarify something please let me know.
We are 99.99% sure that the enclosure is not actually doing anything but I need to come up with a way to conclusively prove this before we can remove it.
The gauge on the front of the machine goes from 0 to 2 keV.
I have done a fairly extensive search on the internet but cannot find anything that I can really understand that will help me.
Does anyone know of a method I can use to determine that this machine will be safe without the enclosure?
Thank you in advance.
If any information is missing or I need to clarify something please let me know.