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This means a reduction of approximately 900 kg/m3 for a total substitution of aggregate, which means a decrease of about 40% in density (Table 1).
TAC data were processed with 10.0 Mimics software.

The data were collected from 0.5 to 3° (2θ) with a resolution of 0.02°.
This suggests the reduction of long-range order of pore arrangement starts to occur [9] at this range of calcination temperature.

The decrease in distortion energy promotes the reduction of excess voids, dislocations, and crystal lattice distortions within the crystals [13].
Data listed in table. 1 show that compared to as-plated state, Plateau strength improves by sintering at 600℃.

Introduction Magnesium alloys are currently of great potential for application in automobile and aircraft industries, because of their low density which is essential for mass reduction and fuel efficiency [1, 2].
In this work, the authors found that the strain hardening exponent and yield ratio takes on a linear relationship (Equ. 2) by least square fitting; the corresponding data were drawn into Fig. 2.

During the modified Fenton's oxidation process, H2O2 can continuously be produced at the cathode under rather mild conditions by the reduction of oxygen.
The data suggests (b) (a) that both samples can meet the requirements for biomedical implants.

Initial solids yielding is reached as a result of wellbore fluid pressure reduction below some critical level.
Table 2 Porosity variation after sand production Core number Initial porosity [%] Threshold velocity [m/d] Fluid flow rate [m3/d] Sand production [m3/d] Porosity of yielded zone [%] Porosity variation [%/d] S-1 33.25 2.0 120 0.024 33.259 0.009 S-2 33.47 4.0 160 0.032 33.491 0.021 S-3 33.83 1.0 100 0.02 33.832 0.002 Conclusions Using field data of sand production, associating the simulated test and the analytical model, prediction of porosity variation caused by sand production is practical.

However, potential applications of BFO in the memory devices, sensors, satellite communications, optical filters and smart devices were greatly limited due to its low insulation resistance caused by the reduction of Fe 3+ species to Fe 2+ and oxygen vacancies for charge compensation [3,4].
These data were used to define the range of temperatures for XRD investigation to between 600 and 850°C.

These data have been shown in our previous studies [11,12].
In order to diminish such melt hardening effect, reduction of holding time at appointed melt spinning temperature was effective.

Some prokaryotic acidophilic heterotrophic organisms have direct roles in the dissimilatory oxido-reduction of iron and sulphur [2-4].
Some data on the microbial diversity of Indian sulphidic mines are available in the literature [4,10].

Besides, Sauls [8] numerically determined the mesh transmission error (MTE) in screw rotor pairs leading to a modified rotor design and the reduction in MTE and noise levels are achieved by crowning modification of rotor helicoids.
Besides, the discrete data of gas-induced cyclic forces and torques are imported into ADAMS as spline curves and applied on the male and female rotors, respectively, by using the build-in function “AKISPL”.