Sentence examples for micron range and from inspiring English sources
Fatigue-crack growth rates for nanocracks were computed and compared with growth rates published in the literature for microstructurally small cracks (micron range) and long cracks (millimeter range).
The quantified NSC growth rates in copper single crystals were very similar with those experimentally measured for small cracks (micron range) and with those at stress-intensity-factor ranges lower than the threshold for long cracks (millimeter range).
Chipmakers can currently use photolithography to make feature sizes in the.13 micron to.18 micron range, and they are about to debut products from new 90nm production lines.
However, given that the energetic additive sizes are in the micron range and sometimes even in the millimeter range, there are numerous side effects to the combustion process, including ignition delays, slow burn rates, and incomplete combustion of large (micron-sized) metal particles.
It was noted that the diameter of the fiber obtained was in the micron range and was directly related to the mass flow rate.
The eutectic composites showed a rod-like microstructure with eutectic spacings in the sub-micron range and could be obtained in a wide range of compositions along the Y3Al5O12 ZrO2 pseudobinary line of the Al2O3 Y2O3 ZrO2 ternary oxide diagram.
The mean particle diameter is in the sub-micron range and has a unimodal distribution for both HMO and goethite.
The alteration of self-assembly in presence of graphene have been explored through X-ray diffraction, small angle neutron scattering, atomic force and optical microscopy in the length scale of nanometer, tens of nanometer, hundreds of nanometer and micron range, respectively, indicating the layer by layer self-assembly of polymer and graphene in nanohybrids.
The device features sub-microN force resolution from 1 Hz to 1 kHz, >25 microN range, kHz acquisition rates and biocompatibility.
To use a similar architecture and obtain micron range precision, this paper incorporates beat notes.
Mask projection techniques were applied for the fabrication of surface structures in the micron range with nanometer depth precision and a low roughness.
