Examples of 'be spherical' in a sentence
Meaning of "be spherical"
be spherical - This phrase is an instruction or suggestion for something to have a round shape like a sphere. It is often used in a technical or descriptive context
How to use "be spherical" in a sentence
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be spherical
The particles can be spherical or of any shape.
In general the pieces will not be spherical.
Black holes will be spherical if they do not rotate.
The orbital implant may preferably be spherical.
The housing may be spherical or cylindrical.
Clusters composed of a few atoms tend to be spherical.
The shape produced may be spherical or cylindrical.
Even the scriptures claim the earth to be spherical.
These microlenses may be spherical or cylindrical.
The natural shape of a planet is to be spherical.
These beads may be spherical and regular or irregular.
It is preferred that a microsphere be spherical in shape.
Said protrusions can be spherical protrusions or linear protrusions.
The head of the pressure pin can be spherical.
Particulate nylon may be spherical or nearly spherical in shape.
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Its shape must necessarily be spherical.
The quartz particles may be spherical or substantially spherical.
The rotation face of the nozzle assembly may be spherical.
The concave surface may be spherical or aspherical.
In an alternative embodiment, the catalyst support may be spherical.
The refractive optics can be spherical or aspherical.
Also, the shape of the nanopowder particles is assumed to be spherical.
The substrate particles can be spherical or irregular in shape.
Alternatively, the working bodies can be spherical.
The fillers may be spherical or platy.
In particular, if circular waveguides were involved, the tools would be spherical.
The light mixing chamber may be spherical or cylindrical.
A microparticle may be spherical or nonspherical and may have any regular or irregular shape.
Microparticles may or may not be spherical in shape.
These particles may be spherical although other structures are feasible.
The valve member may be spherical.
A droplet may be spherical or nonspherical.
Such a cavity need not be spherical.
Micelles can be spherical or cylindrical.
It may equally well be spherical.
The ball must be spherical in shape and have a smooth surface.
The glass in such a bulb may be spherical or tubular.
Finally, the mean particle diameter is calculated, considering each particle to be spherical.
The inorganic metal oxide can be spherical or granular.
In these calculations, the pigment and binder particles are usually assumed to be spherical.
The nanoparticles may be spherical in shape.
Therefore, without neglecting gravity the bubbles can not be spherical.
The particles need not be spherical and may be porous.
Alternatively, the mirror surface of the mirror may be spherical.
They can be spherical bumps.
Shape of the microparticles and nanoparticles may be spherical or irregular.
A particle may be spherical or nonspherical.
The shapes of the silicon dioxide particles may be spherical or irregular.
The particles are assumed to be spherical but few particles are actually spherical.
Such a light mixer has an internally reflecting cavity that may be spherical or cylindrical.
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Spherical reflector with a high luminous efficiency
