Detailed information about the 3D laser scanners used in this study can be found in Table 1.
The T a (I 0) provides an information about the convergence/divergence of the laser beam in the far field that is caused by the lensing effects (self-focusing/defocusing) in the media [10,13] and can be described in terms of the peak photoinduced phase shift after the sample Δ ϕ(I 0).
The other half were over-the-top (though admittedly quite cool), super-ambiguous commercials that substituted any actual information about the phones with lasers and explosions.
To preserve information about the tower, we performed laser scanning and created a precise polygonal 3D model using both the results of the scanning and the existing drawings.
The information of the laser range finder therefore contained noise.
The results provided information about the different stages of the laser-induced breakdown, with a specific focus on the transition from a flame kernel to a self-sustaining flame.
Further information about the iron oxide formation during laser irradiation can be gained by analyzing XPS data.
The laser spectrum carries information about the modes (especially vibrational and rotational) of molecular interaction in the substrate [12, 13].
On-line information about the nucleation mechanism was also provided by the laser sensor.
And even though the fossil site has been paved over, Pyenson and his colleagues preserved information about the bonebeds by scanning them with lasers to create a 3D map (video).
