Sentence examples for birefringence in the sample from inspiring English sources
The final consideration in polarization management is the potential presence of birefringence in the sample.
In order to compensate the fiber-induced birefringence in the sample arm fiber, the Jones matrix at the sample surface is used as a reference matrix to calculate the birefringence in the sample.
Furthermore, these two dominant polarizations are orthogonal, and thus, in the absence of birefringence in the sample arm, each polarization state should only interfere with itself.
By placing a polarization controller in the reference arm, birefringence can be introduced into the reference arm that offsets the birefringence in the sample arm.
Far from resonance and in the absence of birefringence in the sample, B and D are zero-valued, reducing the number of observables down to three, paired to the number of unique elements within the Jones tensor for a given polarization state of detection.
Therefore, the birefringence of the sample as a function of magnetic field can be acquired by measuring Imax, Imin, I oi, and I i at different magnetic fields.
To obtain both structural and birefringence data, the sample is probed with two orthogonal polarization states of the light.
Pattern isotropy is consistent with the absence of a measurable signal when performing birefringence analysis on the sample.
Thus, in the presence of noise it is advised to choose an input polarization state that maximizes the Stokes distance between the convergence loci and the expected range of birefringence values for the sample of interest.
A positive relationship was observed between birefringence and PIC, with response falling off as the total particle concentration and the relative abundance of non-CaCO3 particles in the sample increased.
To investigate the effect of heterogeneity, equivalent homogenous (EH) samples (same magnitude and orientation of birefringence in the two layers) resulting in the same value of δeff and θeff were simulated in the new PolMC code.
