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The axis of the receiving antenna's main beam center was located at an azimuth angle of 110°.
The tilt angle (θt) at the air-snow interface (X′ axis) is along the axis of the receiving antenna's main beam center.
Furthermore, a small negative tilt (terrain is sloping downhill towards the axis of the receiving antenna's main beam center) was observed at the measurement site.
Consequently, the name GPS-IRT signifies using the GPS-IR technique with a tilted ground surface (nonzero ground tilt) along the axis of the receiving antenna's main beam center.
The inferred tilt angles, along the axis of the receiving antenna's main beam center, are fixed at θ t = - 1.7 for GPS PRN 15 (3) θ t = - 1.6 for GPS PRN 18 (4).
These satellites were chosen among the available GPS satellites of the constellation because their azimuth angle tracks were close to the axis of the receiving antenna's main beam center of 110°. Figure 3 Multipath reflection points for GPS satellites recorded at the measurement site.
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Additionally, apart from the main beam, ultrasound probes emit secondary beams (side lobes) propagating radially from the center of the main beam.
The intensity profiles of OAM beams have doughnut shape with null intensity at the beam center due to phase singularity.
The main purpose of conducting this study is to determine the difference in the bending capacity between a singly reinforced monolithic beam and a singly reinforced beam with a construction joint at the beam center, for a range of different compressive strength (f'c) of concrete.
In fact, we chose not to build a proton beam center on our Florida campus.
The first analysis aims at identifying the beam center nodes and computing the equivalent beam properties.
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