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The optimized temperature was investigated.
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The optimized heating temperature was set at 200°C for the sensor recovery, i.e., to bring back the sensing element to its initial resistance.
Comparing with the results of samples annealed at different temperatures, the optimized annealing temperature was 400°C to 450°C.
The optimized experimental temperature was approximately 32 °C.
For the azeotropic Et water mixture (95.5 wt% Et), the optimized temperature and flow-rate were found to be 57 °C and 89.2 L/h, respectively.
The results show that the optimized annealing temperature is 700 °C based on the ORR activity.
The optimized growth temperature is found to be 70°C, as shown in (b).
We observed 7 8 orders increasing of resistivity by Hall measurements after specific temperature annealing, and the optimized annealing temperature is approximately 200 400 °C for H+, He+ and N+ respectively.
The optimized temperature of hybridization mixture 42°C was adopted to protect the activity of the horseradish peroxidase.
With the specific bulk amorphous alloy under study, the optimized temperature, pressure and dwell time are 475 °C, 50 MPa and 3 min, respectively.
Also, the operation temperature was optimized.
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