Translation of "Entnetzung" in English

Dynamic measurements of the advancing and receding angle simulate wetting and de-wetting when blinking.

The receding angle which occurs on de-wetting is usually smaller than the advancing angle.

A process as claimed in claim 1, wherein the ratio of liquid volume to evaporator tube geometry is such that the evaporator surface is dewetted.

The ratio of liquid volume to evaporator tube geometry is preferably such that the evaporator surface is at least partially dewetted.

The receding angle is the contact angle between a liquid and a solid which has already been wetted with the liquid and which is in the course of being de-wetted.

Hysteresis occurs with the dynamic contact angle, as the contact angle usually assumes different values in the course of wetting (advancing angle) from de-wetting (receding angle).

By limiting the smelt volume per unit of time, spinodal decomposition of the liquid metal film occurs, which is structured by means of the centrifugal forces at the wheel and then solidifies – large quantities of micro-metal fibers are the result.

The method according to claim 1, including producing the at least one optical grating with the aid of dip-pen nanolithography, micro-pipettes, micro-contact pressure, through structured de-wetting of the first liquid phase on the substrate or through melting of a lithographically structured solid material.

The optical grating according to an alternative embodiment is produced with the aid of a structured de-wetting of the first liquid phase on the substrate which is laterally structured or patterned with respect to its wetting characteristics.

However, since even in the soldering processes for reliably attaching contact pins on a printed circuit board, for example using modern soldering processes such as reflow soldering, temperatures of up to approximately 265 degrees Celsius are encountered; the contact pins are exposed to high temperatures at the latest at the time they are inserted, even with a different method of production, so that when soldering the contact pin to a printed circuit board such high temperatures can occur that dewetting of the tin layer on the contact pin occurs.

In the combination with the metal layer, this is thin enough to tear in the case of the decrosslinking.

It has been found that such a gap formation amplifies a tendency for “dewetting” (i.e., a migration of the blood sample from the wetted fabric meshes) and increases a sensitivity towards contaminants present on the skin of the user.

The beginning of dewetting and the breakthrough of the retracting water on the 26 mm side are recorded.

During the fusing of the solder deposit, a decrosslinking and detachment of the solder-deposit material from the unwettably configured bond-pad metallization takes place, so that no further adhesion takes place and a simple, essential residue-free transfer of the solder material from the solder-deposit carrier to the substrate can take place with no special separating forces being necessary.

The effect of roughness on the wettability can be seen when the contact angle during wetting (advancing angle) is compared with the contact angle when de-wetting (receding angle).

This process, also called dewetting, is already known in nature, when raindrops come together on a leaf.

The effect of the increased roughness on wetting can be measured based on the difference between the contact angle when wetting (advancing angle) and de-wetting (receding angle).

The range of problem-solving approaches range from a defensive-preventive strategy of creating resilient ICT structures in a mode of self-regulation of the largely private infrastructure operators to technically disconnect the relevant infrastructure as a legally required option for protection of critical ICT structures.

The difference between the contact angle measured during wetting (advancing angle) and de-wetting (receding angle) is referred to as hysteresis.

By limiting the smelt volume per unit of time, spinodal decomposition of the liquid metal film occurs, which is structured by means of the centrifugal forces at the wheel and then solidifies – large quantities of micro-metal fibers are the result.

The dynamic contact angle is the contact angle which occurs in the course of wetting (advancing angle) or de-wetting (receding angle) of a solid.

If it is correct that omnipresent connectivity is coming up against its limits, then the question of how to think about the counter-side of connectivity – disconnecting – becomes important.

The static contact angle is the contact angle with which the contact area between liquid and solid is not changed from the outside during the measurement, in contrast to the dynamic contact angle which is produced in the course of wetting (advancing angle) or de-wetting (receding angle).

The effect of roughness on the wettability can be seen when the contact angle during wetting (advancing angle) is compared with the contact angle when de-wetting (receding angle).

This also enables the long-term wettability to be measured in order to investigate the time for which the lens can be worn.Dynamic measurements of the advancing and receding angle simulate wetting and de-wetting when blinking.