Примери за използване на Venusian surface на Английски и техните преводи на Български
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The Venusian surface.
Magellan found that at least 85 percent of the Venusian surface is covered with volcanic flows.
Much of the Venusian surface seems to have been formed by volcanic activity.
The permanent cloud cover means that although Venus is closer than Earth to the Sun, the Venusian surface is not as well lit.
The temperature on the Venusian surface reaches about 464° C.
Most Venusian surface features are named after historical and mythological women.
The Sun the Venusian surface.
The Venusian surface would likely have cracks in the lava similar to these vents, where gases escape into the air stream.
Magellan imaged over 98% of the Venusian surface by radar, and mapped 95% of its gravity field.
The Venusian surface was a subject of speculation until some of it was revealed by planetary science in the 20th century.
Magellan imaged over 98% of the Venusian surface by radar, and mapped 95% of its gravity field.
The Venusian surface was a subject of guesswork until some of its secrets were revealed by planetary science in the 20th century.
With that many volcanoes, lava rock makes up 70% of the Venusian surface. Just like it makes up much of Kilauea's terrain.
About 80% of the Venusian surface is covered by smooth, volcanic plains, consisting of 70% plains with ridges and 10% smooth or lobate plains.
If a traveller to Venus could survive the acidic clouds, the lightning bolts, the toxic air and the heat,just how would the Venusian surface look?
The vast area of Venusian surface seems to have been shaped by volcanic activity.
These clouds reflect and scatter about 90% of the sunlight that falls on them back into space, andprevent visual observation of the Venusian surface.
The equator of the Venusian surface rotates at 6.5 km/h while on Earth rotation speed at the equator is about 1,670 km/h.
Above the dense CO2 layer of thick Clouds these Clouds reflect and scatter about 90% of the Sunlight that falls on them back into Space, andprevent Visual Observation of the Venusian Surface.
The Venusian surface was the top subject of speculation till some of its secrets were exposed by the planetary science in the twentieth century.
Carl Sagan(1934-1996) was an American astronomer who discovered that the surface of Venus was extraordinarily hot andnoxious(contrary to previous models of a mild Venusian surface).
Nearly 80 percent of the Venusian surface is generally covered by smooth, volcanic plains, comprising of 70 percent plains with the wrinkle ridges and 10 percent lobate or smooth plains.
Earth's oceanic crust is continually recycled by subduction at the boundaries of tectonic plates, andhas an average age of about 100 million years, while the Venusian surface is estimated to be 300- 600 million years old.
Data beamed back by these spacecraft show Venusian surface air is nearly 97% carbon dioxide, about 100 times thicker than Earth's atmosphere, and is a blistering 864 degrees Fahrenheit(462 degrees Celsius).
Oceanic crust of the Earth is always recycled by certain subduction at the boundaries of the tectonic plates andhas an average age of nearly 100 million years while the Venusian surface is approximated to be 300 to 600 million years old.
Venera 9 was the first probe to send back black and white television pictures from the Venusian surface showing no shadows, no apparent dust in the air, and a variety of 30 to 40 cm(12 to 16 in) rocks which were not eroded.
This makes the Venusian surface hotter than Mercury's, which has a minimum surface temperature of- 220 °C and maximum surface temperature of 420 °C, even though Venus is nearly twice Mercury's distance from the Sun and thus receives only 25% of Mercury's solar irradiance.
Thermal inertia andthe transfer of heat by winds in the lower atmosphere mean that the temperature of the Venusian surface does not vary significantly between the night and day sides, despite the planet's extremely slow rotation.
Radar images from Magellan showed that the Venusian surface is decorated with mountains; craters; thousands of volcanoes, some of which are much larger than Earth's; lava-borne canals up to 3,000 miles(5,000 km) in length; ringlike structures called coronae, or crowns; and odd, deformed terrain called tesserae.
Although it's a long shot, Grinspoon said,there is a plausible argument for Venusian life- not on the planet's superheated surface, but in the clouds.