Upgrade StorageAbstract has too many lines
193007536
188BET靠谱吗The abstract of one publication in my Zotero library has too many lines.I don't know if this happened when I imported this publication or later.See below:
"Abstract
Ti‐based bulk metallic glasses are under consideration for implants due to their high yield strength and biocompatibility.In this work, in situ synchrotron X‐ray diffraction (XRD) is used to investigate the corrosion products formed from corrosion of Ti
40
Zr
10
Cu
34
Pd
14
Sn
2
bulk metallic glass in artificial corrosion pits in physiological saline (NaCl).It is found that Pd nanoparticles form in the interior of the pits during electrochemical dissolution.At a low pit growth potential, the change in lattice parameter of the Pd nanoparticles is consistent with the formation of palladium hydride.In addition, a salt layer very close to the dissolving interface is found to contain CuCl, PdCl
2
, ZrOCl
2
∙8H
2
O, Cu, Cu
2
O, and several unidentified phases.The formation of Pd nanoparticles (16 ± 10 nm at 0.7 V vs Ag/AgCl) containing small amounts of the other alloying elements is confirmed by transmission electron microscopy.The addition of albumin and/or H
2
O
2
does not significantly influence the nature of the corrosion products.When considering the biological compatibility of the alloy, the biological reactivity of the corrosion products identified should be explored."
188BET靠谱吗The abstract of one publication in my Zotero library has too many lines.I don't know if this happened when I imported this publication or later.See below:
"Abstract
Ti‐based bulk metallic glasses are under consideration for implants due to their high yield strength and biocompatibility.In this work, in situ synchrotron X‐ray diffraction (XRD) is used to investigate the corrosion products formed from corrosion of Ti
40
Zr
10
Cu
34
Pd
14
Sn
2
bulk metallic glass in artificial corrosion pits in physiological saline (NaCl).It is found that Pd nanoparticles form in the interior of the pits during electrochemical dissolution.At a low pit growth potential, the change in lattice parameter of the Pd nanoparticles is consistent with the formation of palladium hydride.In addition, a salt layer very close to the dissolving interface is found to contain CuCl, PdCl
2
, ZrOCl
2
∙8H
2
O, Cu, Cu
2
O, and several unidentified phases.The formation of Pd nanoparticles (16 ± 10 nm at 0.7 V vs Ag/AgCl) containing small amounts of the other alloying elements is confirmed by transmission electron microscopy.The addition of albumin and/or H
2
O
2
does not significantly influence the nature of the corrosion products.When considering the biological compatibility of the alloy, the biological reactivity of the corrosion products identified should be explored."