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Vibration data acquisition device and Datalog DasyLab 5.6 software were used to analyze machining vibration.
Germain et al. [14] used Laser Assisted Machining (LAM) of Inconel 718 and obtained significant reduction of cutting force using carbide inserts.
National Instruments Data Acquisition (NI DAQ-9172) device and Datalog DasyLab 5.6 software were used to record and analyze the vibration during the machining operations (Fig. 4).
Fig. 4: Schematics of the data acquisition system Fig. 3: Picture of SEM JSM-T330 Three primary process parameters were chosen: (1) Cutting speed (Vc, m/min), (2) Feed rate (f, mm/tooth), and Depth of cut (DOC, mm).

Such experiments were conducted to establish a reference set of data to which the results from the dielectrophoresis experiments could be compared.
I-V (conductance) data.
Conductance data obtained from break junction experiments and dielectrophoretic wire growth are presented in Fig. 3 and Fig. 4 respectively.
The data are expressed in terms of the conductance increment G0 = 2e 2/h, derived from the density of states (DOS) available to charge carriers in a reduced-dimensional system [18-20].
Conductance data for dielectrophoretically-grown wires from gold nanoparticles stabilized by (a) PVP in water and (b) ODT in dodecane.

Therefore, it is useful to identify and apply a model prediction from available data.
Predicted values will then be compared to experimental data.
Figure 3: Train data versus experimental data considering (a) decision tree and (b) random forest model The same correlation is obtained for the test data set, as highlighted in Figure 4.
Figure 4: Test data versus experimental data considering (a) decision tree and (b) random forest model To observe the influence of the type of mixture, the experimental values of all the peak loads and predicted ones are presented in Figure 5.
Dirras, Data on the impact of increasing the W amount on the mass density and compressive properties of Ni-W alloys processed by spark plasma sintering, Data Br. (2016) 2–5. https://doi.org/10.1016/j.dib.2016.04.011

A second set of data further point to microdefect influence on metal impurity gettering.
This data has been used in the modeling studies in the Refs. [14].
Experimental data for the diffusion constant of H in Si, D, vs. temperature.
Other data represent H diffusion in Si with various degrees of trapping (see Ref. [15] for more explanations).
CrB recombination and concentrations also were measured, but this data is not reproduced here.

MCU MC9S08GT60 RF MC1392 Thermocouple sensor B type Resistance sensor PT100 Data Acquisition Unit Process Unit Data Transfer Unit CR2032 Power Unit Fig. 1.
Schematic of wireless temperature sensor component Data Acquisition Unit.
The main functionality of the sensing unit is to sense or measure physical data from the target area.
Data Transfer Unit.
In this solution, data transfer unit of sensor component is implemented by MC13192, which has already implemented the Zigbee data transfer protocol.

It provides a solid link between the defined systems and the output data.
The atomic analysis results were presented using the data analysis and graphing software ORIGIN [27].
The data results listed in Table 6 and their comparison in Figs. 6 and 7 provide more explanation.
The observed behavior differs from previous studies; however, it still provides valid and relevant data.
Izumi, VESTA 3 for three-dimensional visualization of crystal, volumetric and morphology data, J.

Additionally, the reference mixture (L) exhibit 16% higher compressive strength (61.6 MPa) as opposed to the IC mixtures (51.8 MPa) considering all the available data.
Considering that the reference mixtures exposed to hot environmental conditions exhibit a reduction in compressive strength, the aforementioned observation can be attributed to the internal curing.
It seems that the hot environmental curing regime is affecting negatively (11% reduction on the average) the porosity of the reference mixtures.
Furthermore, despite the fact that the mixtures cast at 22oC have the highest initial permeability, which is reasonable, the reduction rate of the specific series is 30% higher than the rest of the mixtures, yielding to similar RCP values at 90 days.
The mixtures cured in water tanks with constant temperature as opposed to the exposed mixtures observed a RCP reduction rate of 47 % higher whereas the reference mixtures exhibited a 27 % higher reduction rate compared to the IC mixtures.

A generalized use of plasticizing chemical admixtures leads to a further cement reduction (Tool 3).
Mehta and Meryman [8] state that the combined use of tools 1 and 3 may give a reduction of 30 % in cement consumption.
In total the reduction might become about (0.7 x (2800 x 0.6 x 0.8) = ) 941 million tons/year, being the 1990 emission rate.
This evolution is important, and contributes considerably in the evolution of construction industry to sustainability through environmental protection, energy saving and reduction of demolition waste.
[6] PlasticsEurope, Plastics – the facts 2014-2015, An analysis of European Plastics Production, Demand and Waste data.

In the industrial sphere, power plants have the greatest potential capacities of CO2 reduction.
The energy derived from the biomass may be considered to substitute for fossil fuel and therefore the recovery of energy from biomass is considered to contribute to a reduction in the carbon dioxide emissions.
b) Pyrolysis of wood and energy production A higher grade of reduction in CO2 emissions compared to biomass combustion can be achieved by the process of pyrolysis of wood and other forms of biomass, production of biochar and C sequestration in the biochar [20].
The addition of biochar to the soil allowed for a 70% reduction of nitrous oxide fluxes from soil [21].
Loehle,  Climate change: detection and attribution of trends from long-term geologic data,  Ecol.

Optical absorption coefficient (α) for PEDOT:PSS thin film on glass is then calculated using Eq. (2) at different wavelengths using the reflection and transmission data from the UVVISNIR spectrophotometer measurements [13].
The significant reduction in the WAR is attributed to combination of enhanced light coupling by the nanotextures and increased light scattering by the underlying microscale pyramids [11,17].
After depositing PEDOT:PSS, all the samples (including planar reference c-Si) show further reduction in the WAR due to the ARC nature of the polymer.
Further reduction of WAR by 1.5% (from 9.2% to 7.7%) and 2.0% (from 7.2% to 5.2%) is evident for PEDOT:PSS deposited on b-Si and hybrid textures respectively.
The non-conformal coating causes an increased in Rs, which leads to a slight reduction in effective nh and an increase in µh.