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The consistent use of lightweight structures in the automotive industry, like aluminium extrusion profiles, leads to a reduction in vehicle mass and thus to a decrease in fuel consumption.
To correlate the fast heating‑rates with the thermal analysis by DSC, a continuous heating dissolution diagram (see Fig.6) was created on the basis of the measurement data, shown in Fig.1.

The students can share experiment data, experiment equipments and experiment environment, etc., this characteristic can reduce repeating investment and economize investment cost greatly.
The virtual laboratory experiment projects need timely expansion, reduction or modification, and the service function also wants to add or change at any time.

Rocha[11] discusses the feasibility of the use of ionic liquids as catalysts in the biodiesel production field, through the analysis of the data generated in the studies reviewed, it is possible to affirm that ionic liquids present great potential as catalysts for biodiesel production, as immediate advantages, the use of ionic liquids leads to a reduction of the amount of residual water generated in the treatment of biodiesel compared to the traditionally used catalysts and the achievement of processes with fewer steps for product separation and purification.

The evaluation results showed that the grinding size reduction to 0.0 – 0.2 mm and less causes no increase of magnetic separation characteristics.
However the obtained data on the material composition of final concentrates is enough for comparison with hydrogoethite ore concentration methods without the use of microwave fields.

The strips were then cold-rolled in a laboratory mill in several passes to achieve a reduction of approximately 80%, resulting in a thickness ranging from 2.0 to 0.4 mm (Temper – H18).
Mechanical Properties Tensile Testing Table 1 shows the measured mechanical properties of cast strip alloy 3105 after cold rolling (Temper H18) and recrystallisation treatment (Temper O) in comparison with data from the 3105 strip obtained using the conventional method obtained from the literature [8].

Reduction of graphene oxide (rGO) has been used as chemical sensors and biosensors.
From the data of diffraction peaks, it is known that there is the highest peak at 2θ = 26.64o in the phase of (110).

Despite the significant reduction using higher temperature during implantation, TW response after implantation (Fig 4a) is an order of magnitude higher than after annealing.
The measured Rs values are noticeably lower than previously reported data [1] and up to 6 times lower than the sister sample that was furnace annealed (with a capping layer).

The linear polarization data presented in Table 1 highlights the corrosion performance of aluminum alloys without deposition (Al 6061 and Al 3003) and their Zn-Mn deposited counterparts aluminium alloys (Al-D 6061 and Al-D 3003).
The corrosion current density (Jcorr) and total corrosion current (icorr) shows significant reductions after Zn-Mn deposition, indicating improved corrosion resistance.

The Ca/P HA ratio based on EDS characterization was 1.67, increasing to 1.83 with the addition of La3%, were calculated from the EDS data.
nx-1H2O+Ca10(PO4)6(OH)2↔10Ca2++3X1PO43-+3X2HPO42-+3X3H2PO4 -+3X4H3PO4+ncOH- (1) The largest reduction in HA/La mass due to PBS immersion was 0.0136 g, and the smallest was 0.0023 g obtained from HA/La3%.

Reduction of CO2 release is a key mission for environmental production and human society progress [1, 2].
Because the time lag methods were not used in this work, we will report D and S data of the dendrimer ILMs in the next paper according to the above reference paper.