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At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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8.6tOne of the advantages of a yoke electron accelerator is the ability to achieve high energy, high brightness, and short pulse electron beam output. Since the electron beam is confined to a specific space, it has a high degree of bunching and stability, and can be used for high-precision experiments and applications. In addition, the yoke electron accelerator has a compact structure and low cost, making it suitable for laboratory and industrial applications.
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
Click Our Product
At the heart of a yoke accelerator is a magnet system. It consists of a set of ring-shaped magnets, commonly known as a yoke. These magnets generate a strong magnetic field that forms a closed ring of magnetic field along the toroidal orbit. The particles are injected into the annular orbit and then accelerated by the action of a magnetic field. The strength and shape of the magnetic field can be adjusted according to the velocity and orbital radius of the particle to control the acceleration of the particle and the shape of the orbit.
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