Can Noble Gases Be Combined for More Vibrant Colors?

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SUMMARY

The discussion confirms that noble gases, when electrically stimulated, emit distinct visible wavelengths, allowing for the potential combination of these gases to produce a wider spectrum of colors. Specifically, the combination of Red, Blue, and Green noble gases can yield any desired color by adjusting their respective amounts. This principle is foundational in applications such as neon lighting and color displays.

PREREQUISITES
  • Understanding of noble gases and their properties
  • Basic knowledge of electrical stimulation and its effects on gases
  • Familiarity with color theory, particularly RGB color mixing
  • Knowledge of gas discharge tubes and their applications
NEXT STEPS
  • Research the specific wavelengths emitted by different noble gases
  • Explore the principles of gas discharge lighting technology
  • Investigate the RGB color model and its applications in lighting
  • Learn about the safety and handling of noble gases in experimental setups
USEFUL FOR

Physicists, lighting designers, chemists, and anyone interested in the practical applications of noble gases in color production and display technologies.

Loren Booda
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The noble gases when electrically stimulated emit different visible wavelengths. Can they be combined for a greater variety of coloration?
 
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I would think so. Each gas acts like a source for that color. With Red Blue and Green; and by varying the amounts, you should be able to get any color you want.
 

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