I'm using the linear method".
The mean value of the volumes of the equilibrated energy is used to calculate the linear expansion coefficient.
Several techniques used to measure the linear expansion coefficient for temperatures less than 300 K include capacitance dilatometer, interferometric dilatometer, laser speckle photography, electronic speckle pattern interferometry, etc.
We additionally checked the influence using a case where the linear expansion coefficient had an uncertainty of 5.0 × 10−7/°C, where the temperature difference was 10 °C and where the maximum relative height from benchmark BM34 was approximately 350 m.
Thus, it has seemed more correct to use such experimental values of the linear expansion coefficients to initialize the genetic algorithm and verify a posteriori that the results obtained are compatible with the experimental data.
Liu et al. (2007) reported the linear expansion factor of strand used for the water-heated instruments under elevating temperature.
In other words, the wavelength has grown in direct proportion to the linear expansion factor of the universe.
The linear expansion converged after ∼150 days with maximum expansion of 0.136%.
(lambda) is the linear expansion rate of montmorillonite at time of t, %. (h_{t}) is the linear expansion of montmorillonite at time of t, mm.
The thermal expansion of SiC amounts to only ca. 0.1 % for a temperature increase from 40 to 400 °C (calculated using a linear expansion coefficient of 2.5 ∙ 10−6 K−1 [37]) and can therefore be neglected.
