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Hot rolling was conducted for attaining sheet with high reduction rate 2mm thickness.
The lattice parameters obtained from the XRD data are 3.722 Å and 3.679 Å for the kappa carbides and γ-matrix, respectively [21].

Presented data are for untreated a-Si:H film and different sample geometry: 1-1, 1-2, 2-1 and 2-2.
The photoconductivity of the samples after irradiation decreased by 4 times and more due to amorphous silicon phase volume fraction reduction caused by material ablation and crystallization.

Introduction Aluminum alloys have been widely used as key structural materials in automobiles [1, 2], ships [3, 4], bullet trains [5] and aircraft [6-8] to meet the comprehensive requirements of desired mechanical properties, weight reductions and fuel consumption improvements.
Three measurements were executed for each group so as to guarantee the reliability of the experiment data.

Despite the reduction in mechanical strength, the stabilized kaolinitic clay exhibits potential for use in unfired forms for earth construction due to its enhanced durability.
Okeiyi, “Use of quick and hydrated lime in stabilization of lateritic soil: comparative analysis of laboratory data,” International Journal of Geo-Engineering, 8(3), (2017), 1-13, doi: 10.1186/s40703-017-0041-3

In addition, this reduction in stresses at 24 degrees is slightly less than the von Mises stress in the fixture, making the fixture more likely to get plastic.
Torsten, "Data on implant failures will show different results depending on how patients are compiled and analyzed: A retrospective study on 3902 individual patients treated either with one single implant or implants in the edentulous upper jaw", Clinical Implant Dentistry and Related Research 22.2 (2020), pp. 226-236

They found that corrosion and wear resistance of the new samples was improved compared with the base metal, and conclude that attribute to the reduction of grain size and the mismatch of thermal expansion coefficient between base metal and reinforced particles, while the lubrication effect of Fe78Si9B13 particles plays the role of improving wear resistance.
Using an orthogonal array and investigating the S/N ratio obtained from samples information, the data were analyzed using MINITAB16 software.

This happens because the wind helps to homogenize temperatures vertically, which results in a reduction of thermal turbulence (5).
Each scenario shared the common data presented above.

With the call for environmental sustainability across all sectors, the aerospace industry looks at 3D printing for emissions reduction because of the more efficient operation provided by lighter aircraft parts.
Table 1 Nonmetal parts/equipment manufactured using 3D printing technologies 3D printed part Material Printing Technology Application UAV model Carbon-fiber filled polyamide (carbonmide) Selective laser sintering Information gathering, traffic control, live data streaming Aircraft model ABS M30 thermoplastic Fused deposition modeling prototyping Lattice structure Carbon-fiber and thermoplastic composite Composite Filament Co-extrusion Technology Composite 3D printing for aerospace applications Airplane seat frame Plastic Fused deposition modeling Production of lightweight seat frames in airplanes Camera fairing ABS thermoplastic Fused deposition modeling Installation of a camera on a military aircraft Air duct Nylon 12 Selective laser sintering HVAC systems Carbonmide is a fine, black carbon-fiber-filled polyamide-12 powder used in SLS [25].

The spectra were recorded as absorbance values at each data point.
Thus, the chelation of metal ions can be done by the reduction of formation of ROS with chelating agents [3].

Therefore, the bio-cementation method is a promised way for minimizing the greenhouse gases and energy used reduction Firoozi et al. [3] reported that soil stabilization by cementation (also known as chemical stabilization) is when soil is mixed with cement and compacted until it reaches the required density.
The concentration of materials and the recorded data have been mentioned in Table 12 and graphically represented in Figure 8.