Voorbeelden van het gebruik van Contact angle in het Engels en hun vertalingen in het Nederlands
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The contact angle of these bearings is 32°.
Measurement for stipulating the contact angle.
The contact angle decide the capacity of axial load.
the larger the contact angle is.
The contact angle for water on the layer is 170° -180°.
These wide cam rollers have been developed with a 30° contact angle.
Its contact angle is 0 when it only bear radial load.
Single-row angular contact ball bearings with a contact angle of 15°.
The bigger the contact angle is, the greater the capacity will be.
Double-row tapered roller bearing in O arrangement with large contact angle.
The bigger the contact angle is, the strongerr the capacity will be.
When it is only subjected to radial loads, the contact angle is zero.
The bigger the contact angle is, the greater the capacity will be.
When deep groove ball bearings bear pure radial loads, he contact angle is zero.
Lenses with high contact angles repel oil
The axial load capacity of the bearings is largely determined by the contact angle.
The contact angle on a flat surface can be determined with a microscope.
The capability of axial load carrying depends on the contact angle of outer rings' raceway.
The contact angle is defined by the interface(P)
The axial load carrying capacity of angular contact ball bearings increases with increasing contact angle.
Vindico N® has an initial contact angle of> 105°
the larger the contact angle, the greater the load capacity.
This creates a drop contact angle of 110° with an extremely smooth surface after application.
Adhesives- Wettability- Determination by measurement of contact angle and surface free energy of solid surface.
These bearings have a contact angle so that they can sustain significant axial loads in one direction together with radial loads.
The ability of a single row of tapered roller bearings to withstand axial loads depends on the contact angle, or the outer ring raceway angle, the larger the angle, the larger the axial load capacity.
Measurement of the advancing contact angle and/or the drop penetration time helps to get a better understanding of the wettability of the surface by the respective liquid.
The ability of a single row of tapered roller bearings to withstand axial loads depends on the contact angle, or the outer ring raceway angle,
Whereas the advancing contact angle is mostly dependent on the surface properties of the solid material,
The wetting is characterized by a contact angle, which shows more or less the spreading of the droplet.