| 1. | Large, non-spherical cloud particles have also been detected in the cloud decks.
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| 2. | The typical lifetimes of main-belt zodiacal cloud particles are about 700, 000 years.
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| 3. | Terminal velocity contains the information about microphysical properties of cloud particles.
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| 4. | Agglomeration of cloud particles will prevent free flow characteristics, which is essential in the juice.
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| 5. | Other possible constituents of the cloud particles are ferric sulfate, aluminium chloride and phosphoric anhydride.
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| 6. | Temperatures hover around or below " 80 �C . These low temperatures form cloud particles.
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| 7. | Perhaps photons jostle their way among the cloud particles or bounce back and forth between patchy clouds.
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| 8. | It was Crutzen and his colleagues who identified the mechanism as chemical reactions on the surfaces of cloud particles.
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| 9. | If the suspension in orange juice is not stable, the cloud particles can flocculate which causes the suspension to physically decompose.
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| 10. | Thin clouds form in these cold conditions, and chemical reactions on the cloud particles help chlorine and bromine gases to rapidly destroy ozone.
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