Wedge angle

Fig. 15. Cone angles (6) and wedge angles (at) of tris(pyrazolyl)hydroborato ligands.

Cone Angle and Wedge Angle Data for Some [Tp1 ] Ligands0... 

Fig. C-2(a) shows an attached shock wave on the tip of a wedge. This is a weak shock wave formed when the associated pressure difference is small. On the other hand, as shown in Fig. C-2(b), a detached shock wave is formed when the pressure difference becomes large. An attached shock wave becomes a detached shock wave when the wedge angle becomes large.

The scaling factors for the nondimensionalization have been chosen so that the dependent and independent variables are roughly order one. There are two parameters that remain in the equations the Reynolds number, Re, and the wedge angle, a. Depending on the magnitudes of the parameters, there can be further simplifications of the system. 

To obtain an adequate impedance match, the desired bulk impedance of the material used can be calculated from equation 9, knowing the speed of sound in the material and the wedge angle. For materials with sound speeds less than that of water the desired bulk impedance is seen to be somewhat less than water. In practice, however, the range of acceptable impedance values is so wide that this... 

For example, if one considers the three-dimensional case and / is a reflection plane, then m = 2 and the two half spaces with boundary plane the reflection plane R fulfill the conditions if / is a Q rotation axis or an 5 axis, then m = k and each segment can be taken as a wedge of the edge Q or the 5 axis and of wedge angle lir/k-, if is a point of inversion i, then m = 2 and the two half spaces with boundary plane the (x,y) plane fulfill the conditions. 

Table 1.1. Cone and Wedge angles of the common Tpx ligands.

Wall Friction Angle Cone Angle with the Vertical Wedge Angle with the Vertical... 

---