Talk:Misorientation: Difference between revisions
Content deleted Content added
m Maintain {{Vital article}}: The article is listed in the level 5 page: Crystallography (29 articles) Configured as topic=Science, subpage=Physics |
Assessment: Start |
||
Line 1: | Line 1: | ||
{{Vital article|class=|level=5|topic=Science|subpage=Physics|link=Wikipedia:Vital articles/Level/5/Physical sciences/Physics|anchor=Crystallography (29 articles)}} |
{{Vital article|class=Start|level=5|topic=Science|subpage=Physics|link=Wikipedia:Vital articles/Level/5/Physical sciences/Physics|anchor=Crystallography (29 articles)}} |
||
{{WikiProject Physics|class=Start|importance=low}} |
|||
{{WikiProject Geology|class=Start|importance=low}} |
|||
{{WikiProject Rocks and minerals|class=Start|importance=low}} |
|||
Hi |
Hi |
||
Revision as of 05:50, 10 October 2022
Physics Start‑class Low‑importance | ||||||||||
|
Geology Start‑class Low‑importance | ||||||||||
|
Rocks and minerals Start‑class Low‑importance | ||||||||||
|
Hi
I've tried to follow the example about Copper and S3 given in the article. Inserting the Euler angles for Cu and S3 given into the orientation matrix g:
does not give the shown results for and . In order to obtain the shown results, following changes to the orientation matrix have to be done:
-- All and have to be changed to
-- All have to be changed to
-- The second sign (minus sign) in element 1,2 (row,column) has to be changed to a plus
The axis/angle description is caculated to be 19.6° about [0.462,0.418,0.248] (note the change in the second element) which is 3.5° from <221>.
I'd like a third oppinion, before changing the article.
Categories:
- Start-Class physics articles
- Low-importance physics articles
- Start-Class physics articles of Low-importance
- Start-Class Geology articles
- Low-importance Geology articles
- Low-importance Start-Class Geology articles
- WikiProject Geology articles
- Start-Class Rocks and minerals articles
- Low-importance Rocks and minerals articles
- Low-importance Start-Class Rocks and minerals articles
- WikiProject Rocks and minerals articles