Chromospheres example sentences

Related (9): Sun, astronomy, layer, plasma, hydrogen, temperature, red, star, atmosphere

"Chromospheres" Example Sentences

1. The sun's chromospheres have a distinctive reddish glow during a solar eclipse.
2. The temperature of chromospheres is much lower than that of the sun's corona.
3. The study of the sun's chromospheres is essential to understanding solar activity.
4. Astronomers have observed chromospheres on other stars in the galaxy.
5. The composition of chromospheres is primarily composed of helium and hydrogen.
6. Solar flares can disrupt the structure of chromospheres.
7. The chromospheres are the second layer of the sun's atmosphere.
8. The outer perimeter of the chromospheres is known as the transition region.
9. Chromospheres play a crucial role in the process of sunspot formation.
10. The most active regions of the chromospheres are known as plages.
11. The chromospheres are responsible for producing the sun's ultraviolet radiation.
12. Tides on the sun are driven by the gravitational pull of the chromospheres.
13. Chromospheres are the site of numerous magnetic phenomena.
14. The structure of the chromospheres is shaped by the sun's magnetic field.
15. Sunspots occur at the boundary between the chromospheres and the corona.
16. The chromospheres contain a variety of spectral lines that allow astronomers to study the sun's properties.
17. The study of chromospheres has been essential to the development of theories of solar activity.
18. Solar flares can create shock waves that propagate through the chromospheres.
19. Chromospheres are heated by energy transferred from the corona.
20. The chromospheres are thinner than the earth's atmosphere.
21. The temperature gradient in the chromospheres is much steeper than in the corona.
22. The red color of chromospheres is caused by emission lines of hydrogen.
23. The chromospheres are the site of complex plasma physics phenomena.
24. The study of chromospheres has led to the discovery of many new types of stars.
25. The gases in chromospheres are highly ionized and emit a range of electromagnetic radiation.
26. The chromospheres are a major driver of the sun's magnetic field.
27. The properties of chromospheres change with the sun's 11-year cycle of activity.
28. The study of chromospheres has important implications for studying the atmospheres of other planets.
29. Solar flares can cause chromospheric evaporation, where plasma is heated and sent into the corona.
30. The balance between magnetic fields and convective motions in the chromospheres determines the patterns of solar activity.

Common Phases

1. The chromospheres of stars can provide insight into their internal workings;
2. The study of the chromospheres of red giants can help us better understand their evolution;
3. Solar flares are a result of the activity in the chromosphere;
4. The heating of the chromosphere causes it to emit light in specific wavelengths;
5. Studying the chromospheres of exoplanets can help us determine their habitability.

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