- #1
Ge0rdy
- 3
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Would people assume my take on converting frequency to temperatures of specific frequencies would possibly cause a corelation between the two using a research table of precise temperatures which are matched to a focal point of a laser, of an object, at its resonance level and at room temperature and then be converted to temperature based on these key objectives measured to make the analysis, would these be the factors leading up to the findings?
Measuring the thermal radiation (heat factor) of the overall temperature permeating, would result from the resonating lasers temperature of its wave length at the focal point of the laser, on the object and would be aimed at every decimal value frequencey.
A heat factor at each given frequency maybe the easiest sorting process to converting vibrations into a thermal temperature of heat through the focal point, you could work out a set of multiplying numbers that verifies a calculation needed to work out a resonance frequency that thermal heat is emitting because of the heat factor alone. Am i right in thinking this would work?
Measuring the thermal radiation (heat factor) of the overall temperature permeating, would result from the resonating lasers temperature of its wave length at the focal point of the laser, on the object and would be aimed at every decimal value frequencey.
A heat factor at each given frequency maybe the easiest sorting process to converting vibrations into a thermal temperature of heat through the focal point, you could work out a set of multiplying numbers that verifies a calculation needed to work out a resonance frequency that thermal heat is emitting because of the heat factor alone. Am i right in thinking this would work?