Sentence examples for mixture measurement from inspiring English sources

Gaussian mixture measurement presentation, together with a track splitting algorithm, allow space-time integration of the target position uncertainty with a simple algorithm.

A new method to smooth the target hybrid state with Gaussian mixture measurement likelihood-integrated track splitting (GMM-ITS) in the presence of clutter for a high pulse repetition frequency (HPRF) radar is proposed.

Random mixture measurement results, without vitamin C (an ascorbic acid), demonstrated that individual concentrations of L-tyrosine, L-DOPA and dopamine can be identified utilizing the CD-based electrode as listed in Table 1.

The Gaussian mixture measurement likelihood-integrated track splitting algorithm (GMM-ITS) [4] and the enhanced multiple model algorithm (EMM) (it incorporates the track quality measure in a multiple model algorithm (MM) [3]) are investigated in [5] for single-target tracking in clutter using an HPRF radar; both algorithms are capable of trajectory estimation and false track discrimination.

Open image in new window Fig. 1 Scheme of the experimental setup used for mixture measurements.

Though the 4-compound mixture at 10-8 M appears to have resulted in PRL release, the errors in these mixture measurements did not allow this response to be distinguished as statistically different from vehicle, and the mixed signaling patterns caused by the multiple ligands may contribute to this variability.

The mixtures measurements were carried out using the concentration gradient method (Fig. 1) and the retentate and permeate compositions were analysed using a gas chromatograph.

It is used for depth correlation, lithology, mixture density measurement, identification of radioactive scale.

Finally, the test fuel is applied to an in-cylinder gasoline direct injection fuel mixture distribution measurement using PLIF.

For in-cylinder fuel mixture distribution measurement, a method for designing a multi-component fuel for planar laser-induced fluorescence (PLIF) experiments is developed based on thermal gravity analysis and vapor liquid equilibrium calculation.

The experimental observation of quantum interferences is a difficult task because the superposition of the two distinct states is apt to reduce to a simple mixture during measurements.