We introduce a Raman profiling method to track homogenization of GexSe100− x melts in
real time, and show that 2 g melts reacted at 950° C in high vacuum homogenize in 168 h on …

Bulk glasses have been synthesized by reacting starting materials to produce melts, which
are then quenched to produce disordered solids [1]. One generally assumes that holding …

Meeting experimental challenges to physics of network glasses: assessing role of sample
homogeneity Page 1 1 Meeting experimental challenges to physics of network glasses: assessing …

We introduce a Raman profiling method to track homogenization of Ge x Se 100-x melts in
real time, and show that 2 g melts reacted at 950 C in high vacuum homogenize in 168 h on …

We introduce a Raman profiling method to track homogenization of Ge $ _x $ Se $ _ {100-x}
$ melts in real time, and show that 2 gram melts reacted at 950 {\deg} C in high vacuum …

Meeting experimental challenges to physics of network glasses: Assessing the role of sample
homogeneity CNRS Inist Pascal-Francis CNRS Pascal and Francis Bibliographic Databases …

We introduce a Raman profiling method to track homogenization of Ge x Se 100− x melts in
real time, and show that 2 g melts reacted at 950° C in high vacuum homogenize in 168 h on …