| 1. | Neutral particles, i . e . photons are detected with electro-magnetic calorimeters.
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| 2. | The experiment is normally conducted using electrically neutral particles or atoms.
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| 3. | At the same time, the number of impacts between ionized and neutral particles is reduced.
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| 4. | Since neutrons are neutral particles, they do not have to overcome cold or thermal neutrons.
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| 5. | Neutral particles with internal quantum numbers can mix with each other through virtual pair production.
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| 6. | Neutral particles are then injected into the plasma.
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| 7. | Then the two installed a BTN neutron experiment, which characterises charged and neutral particles in low Earth orbit.
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| 8. | The light quantum behaved in some respects as an electrically neutral particle, as opposed to an electromagnetic wave.
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| 9. | Rohrlich emphasizes that this charge remains at rest in its free-fall frame, just as a neutral particle would.
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| 10. | When the ions collide with electrically neutral particles they recombine and emit photons in the process, causing airglow.
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