Clausius (crater)

In this article, we will delve into the fascinating world of Clausius (crater), exploring its different facets, its impact on the _var2 field, and the various opinions and positions that exist around this topic. From its origins to its presence today, Clausius (crater) has sparked interest and debate among experts and enthusiasts alike. Through a thorough and rigorous analysis, we will seek to shed light on key aspects of Clausius (crater), examining its influence on _var3 and its potential to transform the future of _var4. This article also aims to give the reader a complete and balanced view of Clausius (crater), offering a multidimensional perspective that invites reflection and open dialogue.

Clausius
Lunar Orbiter 4 image
Coordinates36°54′S 43°18′W / 36.9°S 43.3°W / -36.9; -43.3
Diameter25 km
Depth2.5 km
Colongitude44° at sunrise
EponymRudolf J. E. Clausius

Clausius is a lunar impact crater that is located in the southwest part of the Moon, in the small lunar mare designated Lacus Excellentiae. It is completely enclosed by mare material, although the tiny satellite crater Clausius A lies just to the north. The rim of Clausius is low and sharp, with a slightly oval shape that is longer in the north–south direction. The interior floor has been flooded by basaltic lava, and appears level and featureless with a darker surface that matches the mare surface that surrounds the crater exterior.

It´s named after German physicist and mathematician Rudolf Clausius.

Satellite craters

By convention these features are identified on lunar maps by placing the letter on the side of the crater midpoint that is closest to Clausius.

Clausius Latitude Longitude Diameter
A 36.3° S 43.9° W 7 km
B 36.0° S 40.1° W 23 km
BA 35.7° S 40.1° W 17 km
C 35.4° S 38.9° W 15 km
D 38.2° S 44.6° W 18 km
E 36.4° S 45.5° W 6 km
F 36.5° S 38.1° W 26 km
G 37.1° S 41.0° W 6 km
H 37.8° S 39.6° W 7 km
J 37.2° S 42.7° W 4 km
  • LAC-110, lunar chart from Gazetteer of Planetary Nomenclature

References

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  • Wlasuk, Peter T. (2000). Observing the Moon. Springer. ISBN 978-1-85233-193-1.