Examples of 'cone angle' in a sentence
Meaning of "cone angle"
cone angle: In geometry, the angle formed by the intersection of a cone's surface and a plane
How to use "cone angle" in a sentence
Basic
Advanced
cone angle
Stylus cone angle and tip radius.
Frequency is directly related to cone angle.
The cone angle may be variable.
Hotspot cone angle.
The cone angle is a measure of steric properties of the phosphine.
Along both axes the cone angle λ is plotted in radians.
It is now possible to produce tapered threads by defining the cone angle.
The cone angle is indicated by a.
Falloff cone angle.
The cone angle plays an important role in the cut point of a cyclone.
This progressive change in cone angle provides two significant benefits.
The cone angle of the spray is very depending on the density of surrounding gas.
The degree of oblique orientation is defined by the cone angle of the hollow sleeve.
Twice the cone angle is also referred to as the apex angle.
The wall portion shall have a small cone angle within a well adapted range.
See also
The half cone angle of the mixing tube can be positive or negative.
Small particles can be efficiently created when the spray is dispensed in a wide cone angle.
Only those rays within the fiber acceptance cone angle will propagate along the inner core.
The cone angle is determined by the side walls of the converging air transition cone A.
Coordination number Ligand cone angle Coordination geometry.
The last-defined angle is described as a flank angle or cone angle.
However, the cone angle of an unsymmetrical ligand can not be determined in the same.
When strips or grooves are used, the cone angle can be smaller.
The term cone angle was first introduced by Chadwick A. Tolman, a research chemist at DuPont.
This conical surface corresponds to the cone angle of the connecting region 12 of the insert.
A cone angle of approximately 7 ° is preferred.
For example, high-viscosity fluid will display a reduced cone angle when the initial pressure falls.
A cone angle of between substantially 6 ° and substantially 8 ° is particularly preferred.
The conical surface forms cone angle a with conical axis X1.
The cone angle along this region is preferably about 30 degrees.
In the embodiment shown the conical section has a cone angle of 45 °.
Preferably the cone angle is substantially 8 °.
The area that it can "see" is called the cone angle.
There is sharp cone angle of 30 to 35 degrees with a flat blade perpendicular to the surface.
A method according to claim 5 characterised in that the nozzle has a cone angle of up to 15 °.
It has been found that a cone angle of approximately 120 ° provides for adequate strength.
The degree of surface increase of the end surface 10 depends on the cone angle.
More precisely, the cone angle corresponds substantially to the angle of inclination of the tool 30.
In other instances, a larger section of the sleeve 106 will be contacted using a larger cone angle.
The cone angle of end mirrors is about 3 °.
This produces a desired three dimensional form for the finished wipe having a cone angle of around 60 °.
Preferably, the cone angle is smaller than 5 °.
The Bessel beam is generated by an axicon lens 22 that has a cone angle a.
In the shown embodiment, the cone angle is approximately 45 °.
The chamber end wall 116 has a small cone angle.
The value a1 of the cone angle is determined beforehand, e.g. empirically.
Compared to phosphine ligands, NHC ligands ' cone angle is more complex.
If the cone angle a is larger than approximately 10 °, no self-locking effect is present.
Cone radius was 3 centimeters and cone angle was 2 °.
In a preferred embodiment, the cone angle of the frustoconical part 4 is approximately 28 °.
