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We show for the first time that a magnetic field can act as an independent parameter to accelerate the Kirkendall effect in a liquid reaction system. By taking silicon-based nanospheres… Click to show full abstract
We show for the first time that a magnetic field can act as an independent parameter to accelerate the Kirkendall effect in a liquid reaction system. By taking silicon-based nanospheres as a model, it was demonstrated that a magnetic field could efficiently reduce the time of the Kirkendall effect processes at relatively low reaction temperatures. The hollow structure of the product obtained after 5 h under a magnetic field of 1 T is the same as that obtained after 24 h without a magnetic field.
Keywords:
kirkendall effect;
acceleration kirkendall;
effect;
magnetic field;
effect processes
Journal Title: CrystEngComm
Year Published: 2018
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Journal Title: CrystEngComm
Year Published: 2018
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!