Controlling Properties by Varying Growth Conditions
3:26
Controlling Properties by Thermal Annealing
4:23
Results: Electronic Properties of SrTiO3-Based Heterostructures Tuned by Growth Modifications and Annealing
6:13
Conclusion
副本
The method presented here allows for controlling the amount of oxygen vacancies in oxide thin films both during and after the deposition. The main advances of this approach is that electrical and magnetic properties can be tuned by modifying the a
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Oxide materials show many exotic properties that can be controlled by tuning the oxygen content. Here, we demonstrate the tuning of oxygen content in oxides by varying the pulsed laser deposition parameters and by performing postannealing. As an example, electronic properties of SrTiO3-based heterostructures are tuned by growth modifications and annealing.
