The common angle-closure mechanism in many cases of UG may preclude the use of argon laser trabeculoplasty (ALT).
For each reflection angle θ and each frequency ω, Eq. 13 specifies the locations on the four-dimensional ((k_{m_x}, k_{m_y}, k_{h_x}, k_{h_y})) wavenumber hyperplane that contribute to the common-angle gather.
In regards to relative track orientations, the agglomeration of tracks near the X-axis shows the degree of tracks that were found to orient towards the most common angle on each experimental condition.
Numbers indicating the percentages of cell-track angles within 20° from the mode (most common) angle per experimental condition, as well as total counts, were used to create the corresponding figures and tables presented.
This measurement rendered an average of 36 directional angles per cell, from which the mode angle (most common angle) was identified.
A simple interaction formula is proposed, which is shown to be very accurate based on an exhaustive analysis of all common angle sections listed in the tables.
The resultant cell-track angles for each movie were rounded to the nearest 20th degree in order to identify a mode (most common) angle per movie.
We give a new upper bound for the cardinality of a set of equiangular lines in Rn with a fixed common angle θ for each (n,θ) satisfying certain conditions.
It is shown through simulation that the proposed scheme is very effective in suppressing noise and overcoming amplitude and phase imbalances compared with common angle tracking observers.
Percentages of cell-tracks sharing common angles were plotted.
For the common case of angle section members connected by one leg to a gusset plate, the design rules for net section capacity from EN 1993-1-8 for carbon steel have been adopted for stainless steel connections in EN 1993-1-4 and the SCI/Euro Inox Design Manual without any modification.
