Sentence examples for factor of merit from inspiring English sources

Optical properties of chromophores synthesized by the Naval Research Laboratory are modeled to construct a design factor of merit to predict and understand two-photon absorption (TPA) designs.

This paper presents compact thin film microfluxgate sensors working in the range of tenths of kHz to tenths of MHz which exhibit improved factor of merit (FOM) in the high frequency range when the sensor size is reduced.

The surface topography of the films has been evidenced by AFM realised with MultiView 4000 Nanonics System working in tapping mode using a probe with a diameter of 10 nm, resonance frequency around 35 kHz, factor of merit of 1700 and an investigation area of 10 μm × 10 μm.

Because phonons and electrons transport operates over markedly different length scales, the power factor (S2σ), and consequently the ZT factor of merit, can be significantly improved through the reduction of kL without sacrifying the electrical conductivity and the Seebeck coefficient (S).

This is tested on a synthetic "canyon", using several Factors of Merit for comparison of the automaton performance relative to a uniform grid of points.

A series of tests were carried out during nine days to determine the two factors of merits F1 and F2 in order to make comparison of the cooker against the other Indian designs.

Yet its large resistivity has to be lowered for increasing the power factor and figure-of-merit.

In fact, the traditionally used power factor and figure of merit are simplified versions of the new factors for the special "constant surface temperatures" condition (the heat transfer coefficients on the hot and cold sides are infinitely large), which rarely occurs in practical applications.

In the two-phase regions of the phase diagram, the values of the power factor and figure of merit (ZT) are consistent with a simple law of mixtures, weighted according to the volume fractions of the two phases.

Based on our simulations, detailed variation of electrical conductivity, carrier thermal conductivity, lattice thermal conductivity, Seebeck coefficients, power factor and figure of merit, are presented as a function of temperature in 300 700 K range.

The concurrently increased electrical conductivity and decreased thermal conductivity enhance the thermoelectric performance of PbSe Ni0.04 by increasing its power factor and figure of merit to 142% and 180% of the corresponding values for the pristine PbSe.