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., when the OWC-WEC is more submerged, leads to an increase of the RMS value of hydro-pneumatic power, except for the lowest magnitude of H1/L = 0.03 where it is noticed a strong reduction of RMS power for H3 = 9.0 m.
This leads to a significant reduction of the amount of water entering in the reservoir.
The simulation time was 20 s and the data were collected for Δt = 0.05 s.
Also there is a decrease of this value only (16%) for L/LP = 1.00, when the plate has a length equal to the wavelength The reduction of the absolute values of the velocity, mass flow rate and efficiency, observed in case 11 (L/LP = 1.00), was probably due to the greater dissipation of energy of the incident wave.

The increasing importance of interface energy due to the reduction of the layer thicknesses results in a strong texture of the phases that form.
This agreement between the two sets of data implies that the effective diffusion coefficients during growth are not enhanced by the creation of point defects which have been shown to occur under some circumstances [35,36].
The kinetic parameters controlling the growth of the M2Si layer have thus been extracted from experimental data using a model that considers both interfacial reactions and atom diffusion through the growing M2Si layer, i.e the Deal and Groves growth law (linear-parabolic law for isotherm) [74]:

Compounds 3 were identified from analysis of their spectroscopic data.
The structures of the novel compounds 7 and 10 were characterized by combination of 1H NMR, FT-IR, UV-vis and MS spectra data.
Spectral data of the newly synthesized compounds 11 and 12 are consistent with the proposed structures.
The data proved that compound 17d showed the strongest antioxidant activity.
The 13C NMR data are accord with the expected structure.

With the employment of the presented method, the knowledge of optical constants of all phases constituting a composite and of fibrous mat’s coarseness condition is not required, as the data on the optical characteristics provided by absorbance spectrum of the electromagnetic radiation of the analysed nano-scale fibres, constituting a porous stratum, are a direct resultant of optical characteristics of the matrix material, reinforcement phase and morphology of the analysed stratum.
The angular position of the diffraction line was, according to data contained in the ICDD JCPDS database, the amorphous structure of SiO2 (Fig. 5).
An increase in the thickness of the fibres, accompanied by a reduction of the distance between the nozzle and the collector during the process of electrospinning, both for nanofibres obtained from the non-doped PAN polymer and the composite PAN nanofibres reinforced with ceramic particles of TiO2, Bi2O3 and SiO2, is probably caused by less power of the force acting on the induced electrical loads in the spinning solution, when the distance between the electrodes is equal to 12.5 cm, compared to the force speed that influences the induced loads at a distance of 20 cm.

In more precise terms, localized adsorption results in loss of translational motion and in a reduction of rotational degrees of freedom of the adsorbed hydrogen molecule [35,36].
Based on extrapolation of some available data relating hydrogen uptake to surface area, Ströbel et al. [46] suggested that a gravimetric density of 6 wt% would be attained at a specific surface greater than 4000 m2 g-1; which does not seem to be yet available.
For a compilation of data on more than 50 MOFs and reference to previous work, the interested reader is referred to the recent review by Collins and Zhou [90].

Experimental data and correlations are using for calculate a turbulent convective heat transfer across a coiled and straight tubing with and without helical tape liners.
Fabio Toshio Kanizawa et al. [78] provided experimental data for the heat transfer coefficient (h) and pressure drop (Δp) for two-phase flows in horizontal ID tubes (12.7 mm and 15.9 mm) with and without twisted-tape inserts for TR (3, 4, 9, and 14).
Azizi et al. [72] (2022) experimentally twisted tape The flow pattern map demonstrated that the instantaneous conversion of slug flow to bubbly flow was caused by the reduction of twisted tape pitch.

The study of MacCallum on PEOn: Lix system in 1987 was the benchmark data [5].
Combined differential scanning calorimetry, molecular weight measurement and IR data showed that the evaporated films are partially composed of molten state structure such as that observed in molten PEO.
The increase in conductivity was mainly attributed to the reduction of crystallinity and enhancement of free volume of the system [89].

Other less prevalent applications of biomineralization are the use of bionanominerals, which are produced mainly through microbial reduction, and include metallic nanocrystals and metal phosphates.
For 10X SBF, however, it is 3.5 hours (unpublished data).
When co-cultured with dental pulp stem cells (DPSCs) in vitro, these nanofibrous scaffolds have led to directional organization of the DPSCs into 3-D native bone-like architecture (unpublished data).

It will significantly benefit society, producing major advances in energy, including economic solar cells [3] and high-performance batteries [4]; electronics, with ultrahigh density data storage [5] and single-atom transistors [6]; and food and agriculture, offering smart delivery of nutrients and increased screening for contaminants [7].
For practical reference, a group of detailed data of the porous structure and the mechanical properties were reported.
In addition, they also described the possible mechanisms of nanoparticle-induced exacerbation of cord pathology or enhanced neuroprotection following nanodrug delivery in light of recently available data in this rapidly emerging field of nanoneurosciences.
Still large data gaps exist in human knowledge of the effects of NMs on many other systems.
Gotsmann, The ‘millipede’ - nanotechnology entering data storage, IEEE Trans.

Large p-type molecules [33] and p-type polymers [58-61], used as additives in PSCs, have been developed based on the reduction of the Eg ‎by the chemical tuning of the structure (push–pull effect, side chains, steric hindrance, and/or increasing the conjugation) [64,66-68].
The Lewis acid-base reaction leads either to a redox reaction (reduction or oxidation) or to the formation of an adduct (IP), in which the acid and base linked by a dative bond (shared electron pair from the Lewis base).
Best PCE increase rates for each type of additives according to deposition methods. * Additives types Deposition methods The best PCE increase rate Additives Configuration Ref Semiconductive molecules Anti-solution 26% pyridine Conventional [55] 1-step 10% DR3T Conventional [33] 2-step 40.35%‎ PCBM Inverted [39] Semiconductive polymers Anti-solution 8.95% PBTI Inverted [63] 1-step 19.5% PCDTBT Inverted [60] 2-step - - - - Nonconductive polymers Anti-solution 8% PMMA Conventional [75] 1-step 38% PCL Inverted [77] 2-step 12.1% PVP Conventional [83] Nonconductive molecules 1-step 12.18 PC Conventional [34] * the data in the table 20 are derived from tables 12-19. 3.
Mark, Polymer data handbook, Oxford University Press, Oxford ,1999