- Contrail - Wikipedia
In general, aircraft contrails trap outgoing longwave radiation emitted by the Earth and atmosphere more than they reflect incoming solar radiation, resulting in a net increase in radiative forcing
- CONTRAILS FACT SHEET - Federal Aviation Administration
What are Contrails? Contrails, short for condensation trails, are line-shaped clouds produced by an airplane’s hot engine exhaust interacting with cold humid air several miles above t
- Contrails vs. Chemtrails: The Truth Revealed – Engineerine
What Are Contrails? Contrails are cloud-like formations made up of tiny water droplets or ice crystals They form when the hot exhaust gases from an aircraft’s engine, which contains water vapor, meet the cooler, low-pressure air at high altitudes
- What Are Contrails, and Are They Bad for the Environment?
What are contrails? Contrails, short for condensation trails, form when the hot, moist exhaust from an airplane’s engine meets the cold, low-pressure atmosphere at high altitudes
- Contrails — What are they and how do they form? | Space
Condensation trails, or contrails, are long, thin clouds that can form behind airplanes at cruising altitude They are created by jet engines
- Information on Contrails from Aircraft - US EPA
Jet aircraft form contrails under these atmospheric conditions for the same reason that you can see the exhaust from your vehicle or your own breath on a cold day Contrails are a normal effect of jet aircraft operations and have been since its earliest days of air travel
- What Is Known (and Not Known) About Contrails | Britannica
What Is Known (and Not Known) About Contrails A condensation trail, or “contrail,” is a streamer of cloud sometimes observed behind an airplane Learn more about where contrails come from
- The Evolution of a Contrail - NASA Science
The long-lived, spreading contrails are of great interest to climate scientists because they reflect sunlight and trap infrared radiation A contrail in an otherwise clear sky reduces the amount of solar radiation that reaches Earth’s surface, while increasing the amount of infrared radiation absorbed by the atmosphere (as do cirrus clouds)
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