Sentence examples for height of source from inspiring English sources

Changing the height of source and measuring point will make a great difference in the concentration of the measuring point.

We have performed the design optimization with variables of epitaxy channel thickness (tepi) and height of source region (Hsource) in the Si-based TFET.

Optimization of various constructional parameters including selection and location of source, prism and detector, position of source, angular position and height of source from prism plane, divergent angle of source, refractive index of prism, size of prism, the location of detector to pickup the optimum reflected light, refractive index of sample, critical angle, choice of suitable prism.

Assuming a line source, the height of a source which is observable 150 km from the center of the arrival time pattern must be at least 70-km high.

The height of the source is 10 m.

The spectrograph measured the resonant frequency of the bursts and so was able to identify the height of the source of radiation in the Sun's atmosphere at any instant.

The simulation parameters of the proposed device are as follows: thickness of the N+ pocket is 5 nm (T p); height of the source regions and drain region is 40 nm (H s) and 20 nm (H d), respectively; length and height of the gate are 10 nm (L g) and 60 nm (H g), respectively; thickness of the gate oxide (HfO2) is 2 nm (T ox); length of gate-pocket overlap is 7 nm (L ov).

This paper shows how measurements may be made of the equivalent source height of a distribution of sources above a reflecting plane.

The Gate-to-Source overlap structure of the device allows the gate electric field to reduce the height of the Nickel(source)–GaN Schottky barrier near the SiO2 GaN interface at the source side, injecting more thermionically generated carriers over the partially reduced Schottky barrier.

As a next step towards the full size ITER source IPP is presently constructing the test facility ELISE ("Extraction from a Large Ion Source Experiment") operating with a "half-size" source which has approximately the width but only half the height of the ITER source.

Its aim is to consolidate the design and to gain early experimental experience with a large and modular Radio Frequency (RF) negative ion source and an ITER like extraction system of the same width but half the height of the ITER source (0.9 × 1 m2).