Dreugol system



The Dreugol system is a system made up of two, solar-type stars, nine planets, and countless planetary debris. The system is known to the s of as, a  star system approximately 35  (11 ) away in the. Because of the small orbits of the two stars, any planetary body is required to orbit the central mass of the two stars (rather than one the two components). Because of which, the system is classified as a. The Dreugol system is the homesystem of planet Dazbog and the yadderevoes.

Stellar system
The two suns of the Dreugol system (known locally as Melyn and Oren) are two stars, meaning that both are similar in many ways to. It is believed that the Dreugol system formed over 5 billion years old, with all planetary bodies being roughly the same age. It is currently unclear whether Melyn and Oren formed together, or if the two formed separately and eventually migrated into orbit around each other.



The primary star is named Melyn (known as Delta Trianguli A on Earth), and is classified as a star of the  of G0V. Out of the two, Melyn is the most similar to Sol in size and luminosity, with the exception that Melyn is more enriched than Sol. The secondary star is named Oren (Delta Trianguli B), is is classified as an stat of the spectral type K4V. Unlike Sol or Melyn, Oren is much smaller, dimmer, and poorer in elements.

Both stars orbit each other at an average separation of 0.11 (1 AU is the distance between Sol and Earth), with a circular orbit that takes approximately 10.02 days to complete their inclined orbit of 167° from Earth's perspective. Because of their close proximity and orbit, Melyn and Oren are tidally locked onto each other, causing the two stars to admit more often than Sol (with the rare occurrence of s).

The name Dreugol (pronounced "dray-OOO-gal") originates from the Yadderevic word for "suns." Though most species outside the system or in the outer reaches of the system (which see the two stars as a single bright point) say Dreugol to describe both stars, natives separately name the two stars. The names Melyn and Oren originate from the overall color and radiation the particular star admits.

Planetary system
The Dreugol system is believed to have formed approximately 4.9 billion years ago. (0.3 billion years prior to the formation of the ), with Dazbog and the other planets forming around the same time. Just like our sun, the Dreugol system is divided between inner terrestrial planets and outer jovian planets.

Inner planets
The inner Dreugol system is comprised of five. The five planets are Kalvelis, Svarog, Ragana, Dazbog, and Buga. Because of the gravity of the two stars, planets require to be as far out as 0.3 s from the central mass in order to remain in a stable orbit.

Kalvelis and Svarog are the two inner most planets. About the same size and mass as Mercury, and have similar appearances. Both planets are dead and full of creatures and scares from the formation of the system billions of years ago. Both planets orbit relatively close to each other, causing gravitational affects between the two.



The three largest terrestrial planets are Ragana, Dazbog, and Buga. Ragana is highly volcanic and has a greenhouse atmosphere. The greenhouse is not as extensive as on Venus, in which you can see the surface of the planet from space. Dazbog is the smallest of the three, but the most precious, as it is the home of oceans and civilization. Buga is the largest of the three, and very unique. The planet is going threw a deep freeze that blankest the planet in ice and snow. Water has been discovered on the planet, but similar to Mars, the water does not last long on the surface before freezing into ice.

Outer planets
The outer Dreugol system is comprised of four gas giant planets, each as unique and diverse as the gas giants of the solar system. The four planets are Otshirvani, Perun, Zvaizdikis, and Vodnik.



Planet Otshirvani is a Neptune-mass planet. Almost similar to Uranus, the planet is highly tilted (129&deg;), causing odd seasons during the year. The planet also has a large ring system, much thicker than Saturn. Planet Perun is much more massive than Jupiter, making it the largest planet in the system. The planet is much cooler and than Jupiter, causing a combination of ammonia and methane clouds in the atmosphere (causing the planet to look green and white in color).

Zvaizdikis is a "Uranus-twin" in many ways. Much cooler and the least active of the gas giants. Unlike Uranus, Zvaidikis has almost no axil tilt. Vodnik is a the second largest planet in the system. A combination of Jupiter and Neptune, the large planet has an active core and high winds. The planet appears similar to Neptune, but with more white clouds due to greater internal temperatures.<!--

Inmer planets
Similar to the solar system, the inner Dreugol system is comprised of terrestrial planets and no hot Jupiters. These planets include Kalvelis, Milda, Dazbog, Buga, and Junda.



Kalvelis is similar in size to Mars, yet orbits its two suns much closer than Mercury. Because of this, Kalvelis is tidally locked onto its two suns, which tugs on the planet throughout its orbit. This has caused the planet's surface to be covered with active volcanoes and ocean-sized lava fields. This has also caused any moons to be flown into space, so the planet has no moons or anything orbiting it naturally.

The only two "planets" to have multi-cellular life on them are Milda and Dazbog. Milda would be considered to be more like Earth than Dazbog would, but the planet itself would be (at least for a human) a while to get adapted to. The planet is bigger than Earth, and has a thicker atmosphere with twice as more oxygen. The planet also has very little surface at all. The planet is approximately 85% covered in oceans. Most of the Mildan life is either live in the oceans or the skies. Dazbog is about the size of Venus and orbits its suns around the same position. The planet had more traces of chlorine than other planets, so its past water and chlorine formed to make hydrochloric acid (which remains liquid in its orbit). This has caused the entire planet to have chlorine cycles and chlorine oceans. This along with two large moons has allowed for lifeforms (like the Yadderevo) to evolve and flourish on Dazbog.

The two additional terrestrial planets have life, but not multi-cellular. Buga is about the size of Mercury, yet similar in composition to Mars. Though the planet looks more like the Russian tundra (as apposed to the Martian, Australian outback). Though unlike Mars, this planet has a very large moon. Russalki is almost half the size of Buga, but because the two do not disturb their orbits (meaning the moon orbits the planet, not the planet and moon orbiting a common barycenter), Buga is considered a planet-moon system and not a double planet system. The fifth and final terrestrial planet is actually not like any terrestrial planet in the Sol system. Junda is actually a super-Earth planet, with a gravity and atmosphere very thick and poisonous to humans. The surface is 100% covered in ammonia tar, the atmosphere is thick with nitrogen and ammonia, and devoid of multi-cellular life. Because of its mass (nearly eight times the Earth), the planet has four large moons orbiting it.

Pyramuda belt
Orbiting in the gap between Junda and Otshirvani is the Pyramuda belt. Similar to the Sol system, the Dreugol system has an asteroid belt separating the inner planets from the outer planets. In the Sol system, Mars and Jupiter shepherd the asteroids, Junda and Otshirvani shepherd the asteroids in the Dreugol system. But unlike the Sol system's belt, the belt of Dreugol (locally named the Pyramuda belt) is less compact, because of the high gravity from Junda and Otshirvani engulfing most of the material. In fact, two large dwarf planets (much larger than Pluto) orbit within this belt.

Outer planets
The outer reaches of the Dreugol system is comprised of five jovian planets in circular orbits. These include Otshirvani, Perun, Zvaizdikis, Vodnik, and Alklha.

Otshirvani is similar in size and mass to Neptune, and has an atmosphere composition and temperature similar to Jupiter. Because of its mass, the planet does not admit deadly amounts of radiation (as does Jupiter). The planet is nearly tilted at 90&deg; (similar to Uranus). This means that one of its poles always faces the suns during the solstices, while the other is placed into darkness. Though the planet has dozens of moons, it only has one major (spherical) moon. Bogatyri is about the same size as Luna, and has a very similar appearance.

The largest planet in the Dreugol system is much larger and much more massive than Jupiter. Planet Perun is over 75,000 kilometers in radius and orbits Melyn and Oren every 14 years. Unlike Jupiter (which has an atmosphere supported by Ammonia), Perun's atmosphere is supported by Methane (similar to Uranus and Neptune). It almost looks like a greenish-blue version of Jupiter, yet it has a much more complex magnetosphere and admits much more radiation.

The three outer most planets are similar much more similar to Uranus and Neptune. Zvaizdikis would be considered to be a Uranus-twin (excluding a 90&deg; tilt). Vodnik (on the other hand) would look almost like Neptune, but not exactly the same. Vodnik is more like Saturn in both size and vast ring system. The last planet in the system is Alklha and no planet in the Sol system can be compared to this planet. About the same size as Neptune, Alklha is virtually dead in appearance, looking almost purple in color. However, most of the planet's activity is due to a collision that happened long ago. This collision (most likely with a large asteroid) caused the planet to tilt over 180&deg;. This has caused the planet to have a fast (five hour) rotation, which has caused the planet to look more like an oval shape than a sphere.-->

Distance and visibility
Dreugol has a family of stars neighboring it (just like Sol). The closest star to Dreugol is the red dwarf star Blizka (known as Gliese 3147 on Earth) which is almost two light-years from the Dreugol system (much closer than would the closest star to the Sol system). The closest planetary system to the Dreugol system is Upsilon Andromedae (which contains three jovian planets) at eleven light-years.