There is a lot of issue, which guarantees any antibiotics I produced very short life experiences. Anti -study, therefore, was very difficult. But this has changed a little in recent years, as CERN has created a facility that produces and disposes of anti -importance, allowing extensive studies to its properties, including the entire control matters..
Unfortunately, the devices used to capture anti -peaks also produce an overlap that limits the accuracy with which measurements can be made. So CERN decided that it may be good to determine how to move the counter away from the place where it is produced. Since it was dealing with this problem anyway, CERN decided to create an anti -charging container, allowing it to be placed on a truck and may be transferred to laboratories throughout Europe.
Anti -charging container
The problem facing Cern comes from its own devices. The anti -capture is produced by breaking the particle beam in a fixed goal. As a result, all the team particles that come out of the debris carry a lot of energy. If you want to stick to any of them, you should slow them down, which is done using electromagnetic fields that can work on the charged anti -molecules. Unfortunately, as the team that stands behind the new work notes, many of the measurements we want to do with the antibiotic are “very sensitive to the external magnetic field noise.”
In short, the device that slows down the anti -below reduces the accuracy of the measurements you can perform.
The apparent solution is to move the counter away from the place where it is produced. But this becomes very difficult. The anti -pressure container must be maintained as a severe vacuum and requires superior connection materials to produce electromagnetic fields that prevent the anti -container walls. All of this means a large energy source, along with the cache of liquid seleum to maintain high conductors. The standard charging container will not do.
So the team at Cern built a meter -length container. On one end, there is an intersection that allows it to be connected to the particle package produced by the current facility. This intersection leads to the containment area, which is length with a superb magnet. Elsewhere on the device are batteries to ensure an energy source without interruption, along with electronics to operate everything. The entire setting is wrapped in a metal frame that includes lifting points that can be used to connect it to a transport lever.
