fig17

Research progress on liquid-solid transition under synchrotron radiation X-ray and simulation

Figure 17. The variation in mechanical properties of MG prepared at different Tq (Quenching Temperature). (A) The representative curve of load vs displacement (A1) and strain rate sensitivity (A2) of serrated flow in nanoindentation; Reprinted with permission[133]. Copyright 2024, Elsevier; (B) The variation in modulus (B1), the displacement where the first pop-up occurrence (B2), and the total amount of pop-in in the entire loading phase (B3) of MG prepared at different Tq; Reprinted with permission[133]. Copyright 2024, Elsevier; (C) The relationship among the LLT parameter F, the F-S transition parameter f, and the critical size of MGs Dmax in A and B MGs. It is evident that the LLT parameters F is inversely proportional to both f and Dmax; Reprinted with permission[134]. Copyright 2024, Elsevier; (D) The evolution of five-fold local symmetries in Pd40Ni40P20 melt at different temperatures with cooling rates of 1 K/s and 90 K/s. Reprinted with permission[10]. Copyright 2022, Elsevier. LLT: Liquid-liquid transformation; MG: metallic glass; LLPT: liquid-liquid phase transition.

Microstructures
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