This concept omits the need of electrode deposition on top of organic layers and thus gives freedom of choice for the electrodes and the corresponding deposition techniques to achieve the best ratio between material consumption and electrical/optical properties.
This approach omits the need to slide the camera in front of the painting surface as is done in most systems [2, 3] and provides for a compact system.
The added advantage of using this correlation is that it omits the need to optimize any binary interaction coefficients in such highly nonideal systems, making it a very simple and practical engineering tool for the industries, while at the same time increasing predictive accuracy.
Further, visual or spectrophotometric analysis omits the need of costly apparatus for result interpretation.
The reinforcement of a specifically developed fine grained cement matrix with glass fibre textiles in high fibre volume fractions creates a fire safe composite that has–besides its usual compressive strength an important tensile capacity and omits the need for any steel reinforcement.
This definition also has a broad focus but has no clear goal, is passive in its call for action, and omits the need for collaboration and research.
Mono-allelic expression might be the mechanism that omits the need for X-specific sequence elements that recruit dosage compensation elements as in worms and flies.
The basic idea of the proposed technique is the interferometric measurement of independent lines: unlike laser trackers and tracers, which measure while pointing, with this technique only straight line interferometric measurements are carried out, omitting the need for high accuracy pointing and for a very isotropic target retroreflector.
Apart from reducing variability, this approach would additionally be advantageous from a practical perspective, by omitting the need for arterial blood sampling.
All its production facilities are equipped with transparent roofs, for example, thereby omitting the need for artificial lighting during daylight hours.
