bit.ly/34S3DTV
bit.ly/34S3DTV
We introduce “average instantaneous undercooling” to track changing cooling conditions in magma. Higher values produce long, thin plagioclase (high aspect ratio), lower values more blocky grains—offering a new way to read crystallization histories.
#DUresearch #EarlyCarreer
We introduce “average instantaneous undercooling” to track changing cooling conditions in magma. Higher values produce long, thin plagioclase (high aspect ratio), lower values more blocky grains—offering a new way to read crystallization histories.
#DUresearch #EarlyCarreer