The asymptotic method of averaging is used to study the nonlinear interactions between the pairs of modes with nearly identical natural frequencies when the external excitation is nearly three times the natural frequency of the modes being excited.
The measurements were performed using reflection-absorption and attenuated total reflection modes with almost identical results, thus making this analytical approach feasible, practical, non-destructive and easy to use for routine characterization of graphene functionalization.
MIMO STBC TM versus SISO TM highlights gains up to 7 dB at 20 m when considering the MIMO STBC (1,2,4) mode with an identical bandwidth size for these two TMs.
This behavior occurs in the stochastic implementation but not in the deterministic mode with an identical parameter set.
All measurements were carried out in a differential mode with two identical acoustical resonator cells: a measuring and a reference cell.
THESEUS functions in two modes: (i) one mode for superpositioning structures with identical sequences [such as different (NMR) models] and (ii) an 'alignment mode,' which superpositions structures with different sequences (i.e. with missing data) conditional on a known alignment.
According to XRD data, unmodified tin dioxide and Pd/SnO2 nanomaterials with different palladium content obtained in both temperature modes have cassiterite structure with identical lattice parameters a = 0.4738 nm, b = c = 0.3187 nm [21].
Using the same tasks implies comparable task format with identical modes of input and output with the exception of the specific linguistic and respective numerical content.
The aim of the present study was a systematic and specific investigation of the relationship between linguistic and numerical cognitive functions by analysing the performance of aphasic patients in the same types of linguistic and numerical tasks (comparable task format with identical modes of input and output with the exception of the specific linguistic and respective numerical content).
In a recent opinion paper, the European Scientific Committee on Toxicology, Ecotoxicology and the Environment (SCTEE 2004) pointed out that "for compounds with identical mode of action, such as oestrogenic hormones and xenoestrogens … the performance of individual risk assessments is problematic.
