The phrase "angle of deflection" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field that involves the measurement of angles resulting from a change in direction.
Example: "The angle of deflection in the beam was measured to ensure structural integrity under load."
Alternatives: "deflection angle" or "angle of deviation".
Experiments show, as in the Figure, that the trajectory of the scattered particle, whatever the angle of deflection, is a hyperbola and that as the bombarding particle is aimed more closely toward the scattering centre the angle of deflection increases.
As mentioned earlier, the relationship between the eyes's angle of deflection and point of fixation on screen is linear within the range of practical angles for this application.
The angle of deflection is reduced from the 90 to 110 degrees characteristic of a normal C.R.T. to 1 degree, he said, a change that may translate into considerable space saved on the desktop.
They represent the most probable channel shape because they minimize such variables as the angle of deflection of the current, the water-surface slope, and the total work of turning done by the river.
In a material with a refractive index of -1, the angle of deflection of the light ray would be equal to the angle of incidence but in the opposite direction.
In a material with an index of, say, -1, the angle of deflection of the light ray would be equal to the angle of incidence, but in the opposite direction.
The design trend in picture tubes has called for wider funnel sections and shallower overall depth from electron gun to viewing screen, resulting in correspondingly greater angles of deflection.
A reliable depth-averaged two-dimensional numerical model PCFLOW2D was used to perform simulations of various VSF configurations, including six angles of deflection, two slot sizes, two large baffle sizes and four water level differences between adjacent pools.
In order to optimize the design of the unit for maximum thermal comfort, an FAC unit configured to two different angles of deflection and two installed positions (altogether 4 scenarios) was set-up in a 13 m2 bedroom-like chamber for experimental studies.
CONCLUSIONS: The flexible pneumatic 0.5 mm lithotripsy probe appears to be best used through a straight channel flexible ureteroscope, out performing use through the offset channel scope at all angles of deflection.
Use of the flexible pneumatic probe to aid in managing renal or proximal ureteral calculi may be limited until an improved probe can be developed, allowing complete and unencumbered fragmentation throughout all angles of deflection.
