| 1. | During the glow discharge region, the air becomes a conductor.
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| 2. | Glow discharges may also be operated in radio-frequency.
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| 3. | Both bulk and depth analysis of solids may be performed with glow discharge.
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| 4. | Glow discharge is facilitated by electrons striking the gas atoms and ionizing them.
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| 5. | The requirement for samples of glow discharge atomizers is that they are electrical conductors.
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| 6. | Glow discharge radiation, ?-radiation, and ultraviolet irradiation have been used.
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| 7. | The figure above shows the main regions that may be present in a glow discharge.
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| 8. | In analytical chemistry, glow discharges are most often operated in direct-current mode.
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| 9. | Excited states are formed in a glow discharge in a chamber through which the gas flows.
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| 10. | The majority of industrial plasma processing is conducted with glow discharges at pressures below 10 torr.
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