The minimum and maximum temperatures produced, during the stripping process, were recorded on the thermometer display.
Force applied during bone drilling has been shown to be more important than the speed of drilling regarding the maximum temperatures produced (Matthews and Hirsch 1972).
In a previous study, the physiological conditions of poplars at temperatures between 22°C and 42°C were divided into four states based on photosynthetic activity: the baseline (22°C, the growth temperature), optimum (31.75°C, temperature producing the maximum net CO2 assimilation rate), 20% inhibition of optimum (38.4°C), and 30% inhibition of optimum (40.5°C) [ 47].
Previous study divided the physiological condition into four states according to Populus photosynthetic activity from 22°C to 42°C: baseline (22°C, the growth temperature), optimum (31.75°C, temperature producing the maximum net CO2 assimilation rate), 20% inhibition of optimum (38.4°C) and 30% inhibition of optimum (40.5°C) [ 39].
This temperature produces a medium rare tenderloin.
Diffusion theory assumes that thermodynamic equilibrium sets in behind the flame front at a maximum temperature and that radicals produced in this zone diffuse into the unburned mixture and ignite it.
It is found that intermediate applied currents produce maximum temperature depression (ΔT).
The performance of three different coatings in dry and wet drilling conditions are investigated to identify and understand their effect on the surface texture of the hole produced, the maximum temperature rise in the workpiece, chip clogging at the drill flutes and the size and profile of the hole produced.
Using a total mass of 1.20 kg of gadolinium spheres (of 400 500 microns) as refrigerant and distilled water as regenerating fluid, the device produced a maximum temperature span of 13.5 K under zero applied thermal load with an utilization factor of 1.40 and a heat rejection temperature of 298 K.
Using a total of 110 g of refrigerant, the device produces a maximum temperature span under no thermal load of 29 °C, and 10 °C under 50 W.
