By using annealing temperatures comparable to the growth temperature it was possible to pass the 110 K barrier.

Optimal growth temperatures range from 25 to 35 degrees Celsius.

Another disadvantage is high growth temperatures which raise the thermal budget and cost.

The optimum growth temperature is 30 to 37 degrees Celsius.

Their optimal growth temperature is 85 C.

Optimum growth temperatures vary widely according to the species and range from 25 C to over 50 C.

Thus, the strain remaining at room temperature can be minimized after cooling down from the higher epitaxial growth temperatures.

Its optimal growth temperature is around 30 C, though it can survive at much higher temperatures.

It must form a liquid solution with the crystalline material to be grown at the nanowire growth temperature.

This is possible due to the presence of nutrients, oxygen, and optimal growth temperature.