According to the team, high latitude sites on the Moon, with larger slopes facing the pole may contain ice, making them far more promising, less technically-challenging for future exploration and ...

The Chandrayaan-3 mission, launched by the Indian Space Research ... Further, the team developed a model of how slope angle can affect surface temperature at a high lunar latitude, such as the ...

Chandrayaan-3's findings on lunar ice formation They also created a model to forecast the effect of various slope angles on the surface of the Moon on ice formation. Based on their research ...

Chandrayaan-3, launched by the Indian Space Research Organisation ... This led the researchers to develop a model assessing how slope angles influence surface temperatures at high lunar latitudes.

To better understand these temperature swings, the researchers plugged this data into a computer model they fine-tuned ... similar to those at Chandrayaan-3's landing site. These regions typically ...

To better understand these temperature swings, the researchers plugged this data into a computer model they fine-tuned to match the ... face its poles share conditions similar to those at ...

Chandrayaan-3's findings on lunar ice formation They also created a model to forecast the effect of various slope angles on the surface of the Moon on ice formation. Based on their research, lunar ...

It is based on ground-level observations made by Chandrayaan-3, the Indian Space Research Organisation ... were obtained using an established 3D thermophysical model developed by PRL, Prasad ...

India's Chandrayaan-3 ChaSTE payload onboard Vikram Lander has taken the credit for the first-ever in-situ measurement of the temperature of the Moon's surface, down to a depth of ten centimetres, at ...