Difference between revisions of "Kohlschütter"

From The Moon
Jump to: navigation, search
 
Line 22: Line 22:
 
<br />  
 
<br />  
 
==Nomenclature==
 
==Nomenclature==
* [https://planetarynames.wr.usgs.gov/Feature/15607 Kohlschütter V] was officially approved by the IAU on the 25 July 2017 <span class="membersnap">- [http://www.wikispaces.com/user/view/JohnMoore2 [[Image:JohnMoore2-lg.jpg|16px|JohnMoore2]]] [http://www.wikispaces.com/user/view/JohnMoore2 JohnMoore2]</span>
+
* [https://planetarynames.wr.usgs.gov/Feature/15607 Kohlschütter V] was officially approved by the IAU on the 25 July 2017 <span class="membersnap">- JohnMoore2</span>
 
* Arnold; German astronomer (1883-1969).
 
* Arnold; German astronomer (1883-1969).
 
<br />  
 
<br />  

Latest revision as of 21:19, 16 April 2018

Kohlschütter

Lat: 14.4°N, Long: 154.0°E, Diam: 53 km, Depth: km, Rükl: (farside), Nectarian

external image normal_kohlschutter2.jpg

external image normal_Kohlschutter.jpg

Left: LROC image WAC No. M118845144ME. Calibrated by LROC_WAC_Previewer.
Right: LO-I-116M

Images

LPOD Photo Gallery Lunar Orbiter Images Apollo Images
WARNING: the crater which is erroneously called Kohlschutter on the LPI's red-labeled scan of Lunar Orbiter 5's LOV-103-m, is, in fact, Konstantinov.
- Kohlschutter and its dark floor were also photographed during the mission of Apollo 13. Kohlschutter is noticeable near the lower margin of frame AS13-60-8647, near the upper right corner of AS13-60-8649, near the central part of the left margin in AS13-60-8650, slightly below and to the left of the frame's centre in AS13-60-8651, between the frame's centre and right margin of AS13-60-8652.
- Research Lunar Orbiter 5 and Apollo 13 photography: Danny Caes

Maps

(LAC zone 67A1) USGS Digital Atlas PDF

Description


Description: Wikipedia

Kohlschütter

Additional Information


Nomenclature

  • Kohlschütter V was officially approved by the IAU on the 25 July 2017 - JohnMoore2
  • Arnold; German astronomer (1883-1969).


LPOD Articles


Bibliography

APOLLO OVER THE MOON; A VIEW FROM ORBIT, Chapter 2: Regional views, Figure 19.