Sentence examples for height modulation from inspiring English sources

Therefore, the effects of disk waviness on flying height modulation (FHM) cannot be neglected.

A parameter, anti-modulation factor, is introduced for the evaluation of slider's performance in reducing flying height modulation caused by disk waviness.

It is found that the dual shallow step design is very effective in reducing flying height modulation (FHM) caused by disk waviness and enhancing the cooling effects on the read/write elements.

The key factors for achieving such a mechanism include super-smooth slider and disk surfaces, advanced slider air-bearing design to significantly reduce flying height modulation caused by disk waviness and flatness, nano-actuator design, position feedback control scheme to control the contact depth, and so on.

The height modulation along wires is weak but still resolved with a periodicity of about 186.3 nm.

The FFT pattern size was further reduced with the increased height modulation and became a symmetric circle as there was no apparent directionality of Au nanostructures.

Analysis suggests that heat energy generation in both reading and writing operations affects the stability of the flying height, in addition to the intermolecular forces and the flying height modulations caused by disk waviness.

The findings suggest that the periodically occurring wave height modulations at onshore and near coastal areas are mainly caused by the water depth changes by tide, which means that more wave energy can propagate into the coastal area increasing the wave height.

Figure 1b shows AFM reconstruction of periodic height modulations ("nanohole" pattern) induced on a MCT (111) surface with 100 keV B+ ion processing.

The profile images of control and siRNA treated cells were irregular whereas SMAR1-treated cells exhibited relatively regular surface profile with small overall height modulations.

In addition, our findings suggest that pulse-height modulation plays a primary role in controlling movement speed and specifying target distance, whereas pulse-width mechanisms are employed to correct errors in pulse-height control, as required to achieve spatial precision in final limb position.