catfluff
The resident fluffy and curious cat.
Telegram: @SlagterKatjie
attemptedScopeChangeThreeMonthsIntoDevelopment 1 comments
catfluff
· 1 day ago
I'm sure y'all have seen this video, and I must say the guy handled it remarkably well. If you are a cash transporter in South Africa, especially Gauteng, you need this man.
Abroad vinyl portmanteau 1 comments
catfluff
· 2 days ago
He also looks very similar to Prince Phillip, and in his childhood photos he looks the same as Charles when he was a kid
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It ended up 1 comments
Average or 1 comments
Telling gruesome ceaseless 1 comments
catfluff
· 2 days ago
Perhaps it ain't a good idea to pump out little gremlins during a pandemic???
2
Ghost glass frog 3 comments
Kind complementary imperfect 1 comments
My girlfriend has so many pillows on our bed and they take up so much space. I never know 2 comments
That's Fukang beautiful 4 comments
That's Fukang beautiful 4 comments
catfluff
· 2 weeks ago
It's a pallasite stony-iron meteorite, containing olivine (the yellow-green crystals) nested in an iron-nickel alloy.
These are believed to either have formed at the boundary of an asteroid's core and mantle, or to have formed when two asteroids or planetesimals impacted into each other, melting and fragmenting components of each.
The iron-metal alloy can form a Widmanstätten pattern (criss-cross) due to intergrowths of two types of this alloy: kamacite (low nickel) and taenite (high nickel) that occur due to the slow cooling of the metal in an oxygen-poor or -absent environment.
I'm still learning so some of these might be incorrect, please correct me if you spot any errors!
1
·
Edited 2 weeks ago
These are believed to either have formed at the boundary of an asteroid's core and mantle, or to have formed when two asteroids or planetesimals impacted into each other, melting and fragmenting components of each.
The iron-metal alloy can form a Widmanstätten pattern (criss-cross) due to intergrowths of two types of this alloy: kamacite (low nickel) and taenite (high nickel) that occur due to the slow cooling of the metal in an oxygen-poor or -absent environment.
I'm still learning so some of these might be incorrect, please correct me if you spot any errors!