By this theory, heat from the hand cannot increase the coating temperature because its heat capacity vanishes by quantum mechanics.
However, adhesion surface characters of the coating decreased with an increase in coating hydrophobicity.
The dissolution rate decreases with the increase in coating percentage.
Results showed that the wear resistance of coating improved significantly with increase in test temperature, and the high wear resistance was observed at 823 K.
Increase in both temperature and time is seen to increase the coating weight.
The morphology of Cu coating changes from cauliflower-like structure to angular shape with increase in bath temperature and pH.
The effect of mucilage coating decreased with increase in temperature and decrease in RH.
Stephens acknowledges that there's been a "modest (0.85 degrees Celsius)" increase in global temperature.
The crystallinity of the nano-HA coating was improved with the increase in hydrothermal treatment temperature and time duration.
With the increase in the deposition temperature, the carbon content in the coating decreased.
