Ts, Tg and Tb represent the measured substrate temperature on the bottom surface of glass substrate, the measured temperature on the top surface of glass substrate, and the measured temperature on the top surface of crystal Si substrate, respectively.
As in the Imbers paper, this study used a statistical approach to determine the contribution of each factor in the measured temperature changes.
They were based on data that measured temperature rather than polarisation, but close examination reveals that they are not a smooth fit with the results announced by Bicep2.
The rate of measured temperature rise is 15°C/min.
The model is verified with experimentally measured temperature data.
Depending on the sample, the surface sample temperature could vary from the measured temperature.
The objective was to minimize errors between predicted and measured temperature at two locations.
If the measured temperature from an obstacle is higher, then move closer towards that particular object.
They measured temperature at the centroid of bottom surface at different time intervals.
The measured temperature by the FBG temperature sensors and the thermal resistors are the same.
