Data of Figure 11 ("Photonic and Optomechanical Thermometry", Optics 2022, 3, 159–176, doi.org/10.3390/opt3020017)

Data of figure 11 includes: (11a.csv) Simulated temperature distribution plot with an incident power P = 64.39 μW; (11b.csv) thermomechanical noise spectra measured at a temperature of 5 K for different laser powers. The x-axis is the difference in frequency from the resonance frequency measured with a laser power of 64.39 μW, equal to 1.331 MHz. (11c.csv) measured resonance frequency difference versus laser power with respect to the resonance frequency acquired with a laser power of 64.39 μW; (11d.csv) temperature extracted from the measurements in (11b.csv) by integrating the area under the peak versus laser power.图11的数据集包含以下内容：(11a.csv) 入射功率P=64.39 μW时的模拟温度分布图；(11b.csv) 5 K温度下不同激光功率条件下测得的热机械噪声谱，该图横轴为与入射功率64.39 μW下测得的基准共振频率（数值为1.331 MHz）之间的频率差；(11c.csv) 以入射功率64.39 μW下获得的共振频率为基准的共振频率差值随激光功率的变化关系；(11d.csv) 通过对(11b.csv)的测量数据中的峰值面积积分得到的温度随激光功率的变化关系。