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A cylinder of pure neutron-doped silicon
When a slow neutron collides with a silicon core with a mass number of 30, unstable silicon-31 is created. With a half-life of two-and-a-half hours, these atoms quickly decay into phosphorus-31. The dopant atoms of semiconductor material created in this way are extremely evenly distributed. The crystal structure also contains very few defects. All of which makes it ideal for high-performance components.
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| Size: 14.6 kB; available sizes 64x64 120x120 240x240 | |
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