Research topics
Only 1st author and/or corresponding author by H. Fei are listed in this page.
See Full list of publications.
(1) Grain growth of minerals
Fei et al. EPSL 2021 (grain growth of bridgmanite) [link]
Fei et al. Nature 2023 (fpc effect on the grain growth of bridgmanite) [link]
(more manuscripts about grain growth in preparation/under review)
(2) Silicate melts
Fei, GRL 2021 (water in hydrous melt) [link]
(more manuscripts about hydrous silicate melt in preparation)
(3) Water incorporation and solubility in minerals
Fei & Katsura EPSL 2020 (water solubility in ringwoodite) [link]
Fei & Katsura GRL 2021 (water solubility in Fe-bearing wadsleyite) [link]
Druzhbin et al. EPSL 2021* (water solubility in wadsleyite) [link]
Fei & Katsura JGR 2020 (water incorporation and solubility in olivine) [link]
(4) Dislocation recovery
Fei et al. Sci. Adv. 2017 (dislocation recovery in ringwoodite and bridgmanite) [link]
(5) Electrical conductivity
Fei et al. JGR 2020 (olivine ionic conductivity-water effect) [link]
(6) Phase relation, phase transformation
Fei et al. GRL 2020 (MgFeO2.5 in bridgmanite - T dependence) [link]
Fei et al. JGR 2021 (Fe3+ in bridgmanite - P dependence) [link]
(7) High pressure experimental techniques
Zarei et al. HPR 2018* (zero-gradient cell) [link]
Bondar et al. RSI 2020* (rapid quench technique) [link]
(8) Diffusion in minerals and mantle rheology
Druzhbin et al. JGR 2022* (Si diffusion in wadsleyite) [link]
Fei et al. EPSL 2012 (Si lattice diffusion in dry forsterite) [link]
Fei et al. Nature 2013 (Si lattice diffusion in wet forsterite) [link]
Fei et al. EPSL 2016 (Si grain-boundary diffusion in forsterite) [link]
Fei et al. JGR 2014 (O diffusion in wet forsterite) [link]
Fei et al. PEPI 2018 (O diffusion in dry forsterite) [link]
Fei et al. EPSL 2018 (Mg lattice diffusion in forsterite) [link]
Fei et al. Am. Min 2018 (Mg grain boundary diffusion in forsterite) [link]
(9) Defect chemistry
Fei & Katsura PCM 2016 (defect chemistry in wet forsterite) [link]
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Experimental experiences
Multi-anvil; Piston-cylinder; gas mixing furnace; lathe; Synchron multi-anvil (SPring8, DESY)
FTIR; SIMS; SEM; EBSD; Microprobe; FIB; TEM; ICP-MS; Raman; single crystal and powder XRD; confocal microscope; impedance analyzer; Synchron Mossbauer (SPring8).
VB, C/C++, C# programming; 3D-modeling.
Thermodynamic modelling.