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It suggests that the gate material plays an important role in this part of the spectra, which is also supported by the Al gate data to be discussed later on.
Kondo, Kinetics of a-Si:H bulk defect and a-Si:H/c-Si interface-state reduction, Phys.

During the wood degradation there is the reduction of the strength and thus the main function of the wood elements is danger.
References [1] HAM and mould growth analysis of a wooden wall; Fedorik F., Illikainen K., International Journal of Sustainable Built Environment (2013), p. 19-26 [2] Towards modelling of decay risk of wooden materials; Viitanen H., Toratti T., Makkonen L., Peuhkuri R., Ojanen T., Ruokolainen L., Räisänen J., European Journal of Wood and Wood Products 68, 3 (2010), p. 303-313 [3] BRESET - Remote Sensing Technology for Building Physics Research of Structures; Bečkovský, D., Vajkay, F., Trans Tech Publications, Switzerland (2014), p. 575-578 [4] Experimental data set for validation of heat, air and moisture transport models of building envelopes; Desta T.

Sample once every 30 minutes, record the data and stop the experiment after 1h. 3 Experimental results and comparison with simulation results When purifiers are at three locations, the change of the toluene concentration of the test chamber shows in Table 4 and Fig.10.
Control of aerosol contaminants in indoor air: combining the particle concentration reduction with microbialinactivation [J].EnvironSciTechnol, 2007,41:606-612.

Biofine and Texaco research [20] demonstrated that introduction of EL into fuel compositions causes reduction of particulate matter (PM), hydrocarbons and carbon (II) oxide emissions.
On the basis of data presented in Figure 1, it can be said that the yield of EL increases with the reaction temperature although the increase of yield is smaller at higher temperatures.

The total reduction of hot-forging, i.e.
The predicated value of TMC-2 shows relatively large deviation from experimental data.

The VHTR environment is unique, and little data exists on the behavior of materials in SCW under an irradiation and in the temperature and pressure ranges of interest.
It also contains research on a reduction of the radioactivity of irradiated materials and on a commercialization of the researched technologies.

Experimental set-up Table 1 Chemical Composition of Workpiece (Wt %) Fe C Si Mn P S Cr W Mo V Co Ni SKH 51 REM. 0.85 0.25 0.35 0.022 0.01 4.15 6.50 5.30 2.05 / / The amount of the reduction after the combined processes of grinding and electrochemical smoothing is 0.02mm.
The measuring data are chosen from at least two different locations.

Fig. 3 represents the experimental data of the measured temperature dependences of ΘF of all types of 1D-MPCs at their λR at H = 10 kOe and GGG substrate at H = 7.24 kOe.
The FE sign inversion in MPCs of types II and III at Т < Tcomp and its reduction in 1D-MPC of type I at T < 30 K is associated with compensation of Fe- and Gd-sub-lattice magnetic moments.

The powder was pre-compacted inside a copper sleeve by cold isostatic pressure and then consolidated by direct extrusion (DE) at RT, with ram speed of 15 mm/s1 and reduction ratio of ~12:1.
Fig. 1 illustrates the tensile properties of the DE composite consolidated in this study to compare with some available data of pure Zn [8-10].

The cumulative release was obtained by comparing the data with the initial weight of the drug incorporated in the electrospun nanofiber mats [11,12].
The initial bursts were possibly due to the diffusion controlled release of the drug and the higher water adsorption of the nanofiber mats, and the tendency of flatness was caused by the decline of the diffusion driving force induced by the reduction of the drug in the inner space of the nanofibers.