"linear polarized" is correct and usable in written English.
It is typically used in the context of physics and optics to describe the orientation of light waves or electromagnetic fields. For example, "Linear polarized light can be created by passing unpolarized light through a polarizing filter."
By measuring the corresponding clock transition shifts near these two-photon resonances, the hyperpolarizability shift was estimated to be 170 33) mHz for a linear polarized, 50 microK deep, lattice at the magic wavelength.
The ellipticity is small when the phase difference between Ex and Ey components approaches to π, and the transmitted field is nearly linear polarized within a wide spectral range.
All the antennas are omni-directional with 20 dBi gain and vertical linear polarized.
This allows contactless control of the linear polarized emission by SAWs which is governed by the crystal structure.
However, the anisotropic effect is much more reduced with respect to the results obtained for sample A. The effects of different dot size distributions and inter-dot coupling have been analyzed by low-temperature linear polarized PL measurements carried out on the samples A and B buried with GaAs.
This created an optical path delay for the horizontal linear polarized state with respect to the vertical linear polarized state and consequently multiplexed them in depth in the OCT image.
Here we describe a projection system based on the combination of linear polarizing filters, designed to allow dichoptic presentation of visual stimuli during fMRI experiments.
The white light illumination was polarized by means of a ring-cut linear polarizing film (45668, Edmund Optics) that was placed in front of the corresponding LEDs.
A sequence of eight images of each flower was recorded: seven with a linear polarizing filter rotated in 20° increments and a final "dark" image recorded with a lens cap in place.
The all-sky camera system used here consists of a commercial compact digital camera with a fish-eye objective (field-of-view (FOV) ≈ 180°) and a stepping motor controlled linear polarizing filter, situated between the objective and the camera.
Under the holographic recording using the two linear (S S) polarized beams or L R polarizations, we observed at initial stage of exposure linear dependence of η growth on time of exposure with a further stage leading to saturation (Fig. 9).
