The phrase "angle of the third" is not a standard expression in written English and may be unclear without context.
It could potentially be used in discussions related to geometry, music theory, or other fields where "angle" and "third" have specific meanings, but it requires additional context for clarity.
Example: "In the context of music theory, the angle of the third can affect the harmony of the composition."
Alternatives: "third angle" or "third perspective".
The installation angle of the third sensor is optimized to obtain a relative high coverage rate for observing global navigation satellites and Molniya objects based on joint regions.
Five terraces of the studied area are present in different slope angles, for example, the slope of the fifth terrace is very steep between 30 and 45°, while the slope angle of the third terrace is from 26 to 30°.
The proximal angle and the distal angle of the third and the fourth MV-treated rudimentary leaves were measured.
The correlation between the depended variable (generated power P) and independent variables (average velocity of the air stream v, wedge angle of the first rotor blades, wedge angle of the second rotor blades, distance between rotors) was examined.
Similarly, the mass flow rate increased firstly then decreased with the inclined angle of the second floor chimney inlet.
The double crystal Si111 analyzer (with changeable relative angle of the second crystal) is used as analyzer.
An analytical expression for intermolecular dipolar effects was derived for the CRAZED sequence with an arbitrary flip angle of the second RF pulse and time-varying gradients.
Droplet formation during tidal breathing was shown to be an inhalation process for both upper and lower airway models, and the bifurcation angle of the first bronchi was relevant to the upper airway model.
Specifically, the effects of the total length and width of the chimney, the inclined angle of the second floor inlet, the length ratio of the vertical to inclined section, and the chimney inclined angle on the chimney ventilation performance were numerically studied.
With this aim, the angle of the first source θ1 is generated as a random variable following a uniform distribution between -80° and 80° and the angle of the second source is generated as θ2 = θ1 + Δθ.
Fig. 13 Performance of the double IP. a The linear displacement of the left wheel, b the linear displacement of the right wheel, c the tilt angle of the first link, d the tilt angle of the second link, e the payload linear actuator displacement Fig. 14 Control effort components in double IP case.
