The phrase "angle of acceptance" is correct and usable in written English.
It can be used in contexts discussing perspectives, viewpoints, or thresholds of agreement in various fields such as psychology, marketing, or negotiation.
Example: "The angle of acceptance for this proposal varies among team members, reflecting their individual priorities and concerns."
Alternatives: "perspective of acceptance" or "threshold of acceptance".
It is generally accepted in optics that the angle of acceptance of the detector contributes significantly to the outcome of the spectral features when particles, the size of red blood cells or mitochondria, are present [ 2, 6, 21, 35, 45].
Although not particularly realistic, it is instructive to consider the analytic expression of obtained for —corresponding to a monostatic imager and an extremely forward-peaked phase function, respectively- and infinitesimal angle of acceptance (This condition can be imposed by initially setting which is the limit value of eq. (38) for very small ).
The angle of acceptance is defined in Fig. 1 and it is related to the radius of the detector and the distance of the sample to the detector.
Occasionally the central region of the collection area was blocked with an opaque disk (diameter 13 mm) corresponding to a blocked angle of acceptance of 6.3 degrees.
Diffuse spectra results from the acquisition of a large amount of scattered light in colloidal systems and is typically defined by a wide angle of acceptance of the detector [ 35].
The energy-dispersed fluorescent signal was detected using a 384-element Maia detector array.[ 47] The Maia detector, with its large solid angle of acceptance allows for point dwell times on the millisecond timescale.
diameter Fresnel lens; (2) solar tolerance angle or the half-angle of acceptance was ±1.75°; (3) the fiber half-acceptance angle was ±40°; and (4) the fiber optic cable diameter was 0.5-in.
The depth of field is calculated as: λ/4nsin(θ/2), where λ is the wavelength of light used, n is the refractive index of the immersion medium, and θ is the half-angle of acceptance for the objective lens, as described by Inoue (1986).
Herein, we examine the use of multiwavelength scattering and absorption data of red blood cells measured with both large and small angles of acceptance using commercially available UV-visible spectrophotometers.
The maximum experimental optical efficiency of the CPV system is found to be 80.5%; this result gives the electrical conversion efficiency of the CPV module to be an average of 9.43% with a maximum 12.1% within the range of acceptance angle of the designed concentrator.
Theoretically, η c in this regime approaches a diffuse limit defined by the projection of the solid angle of the acceptance cone onto the medium/fiber plane divided by all possible solid angles for light remitted across that plane; the mathematics underlying this theory has been described in detail by Horn et al. [ 41], and applied to single fiber reflectance spectroscopy by Bargo et al. [ 33].
