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Adsorption model of Langmuir and Freundlich from empirical data is used for this experiment.
The experimental data fulfilled pseudo second-order kinetic models.
The increase in pH, means increasing the concentration of OH-, cause a reduction in the positive charge SMZA surface so that interaction adsorbent with the anion dye CR decreases and the amount of adsorption decreases Effect of contact time on the adsorption CR.

Ensuring the enduring accessibility of critical space data, ISO 14721 lays out the Open Archival Information System (OAIS) Reference Model as a roadmap for its long-term preservation within data and information transfer systems, emphasizing long-term preservation of digital information related to space activities.
Satellite Data Monitoring enhances Supply Chain Transparency, providing insights into raw material extraction, manufacturing processes, and transportation networks.
Consideration of the satellite networks that enable global connectivity and distribution can be important, especially in industries relying on real-time data and communication [37].
Earth observation data obtained from satellites offer spatial attributes crucial for comprehending fundamental aspects of the Earth's ecosystem.
This data plays a pivotal role in addressing sustainability challenges [53] and opens up new possibilities for enhancing data-driven policy formulation and decision-making support.

The heat flux for the YPSZ/NiCrAl-coated from FEA exhibited about 98% reduction compared to the uncoated piston crown.
The data of the engine is based on a spark ignition engine with four-stroke cycle with direct injection system and CNG fuelled [15−17].
Ariffin, Friction Reduction in Compressed Natural Gas Direct Injection Engine using Piston Rings with Diffusion Chromium Coating, J.

[3] SHU K L.Ray-trace analysis and data reduction methods for the Ritchey-Common Test[J].Applied Optics,1983,22(12):1879-1886
A data processing method in Ritchey-Common test [J].Opto-Electronic Engineering,2004,31(1):24-25.

The initial temperature rises rapidly, and along with fuel reduction, but drops gradually.
Table 3 Test sample compressive strength orthogonal data analysis K1 74.75 39.79 31.93 K2 -21.79 39.37 23.83 K3 -19.99 -13.45 -2.83 K4 -0.03 -32.77 -19.99 k1 18.69 9.95 7.98 k2 -5.45 9.84 5.96 k3 -4.10 -3.36 -0.71 k4 -0.01 -8.19 -4.10 range 24.14 18.14 12.98 scheme A2 B4 C4 Table 3 for the tentative data orthogonal analytical table, from the test result analysis, selected the 2nd level, the 4th level, the 4th level for the polypropylene textile fiber, the silica flour and the carbon fiber, the ratio of compressive strength loss is in a small scope.

Based on this, the two sets of data will be establishedinto the model.
Table 1,Electric parametersof different time B2 B4 B6 B8 B10 B12 B14 B18 Capacitor 1 U 401.9 401.9 401.9 405.9 405.9 405.9 402.3 402.3 402.3 I 3.251 9.948 6.608 0.687 8.196 8.862 1.412 2.737 0 P 322.1 1083.8 896.4 19.2 707.7 2035.0 308.7 326.7 0 Q -1266 -3841 -2520 -277 -3250 -2956 -476 -1052 0 2 U 141.3 141.3 141.3 142.6 142.6 142.6 141.6 141.6 141.6 I 1.107 4.083 2.354 0.234 3.721 2.708 0.517 0.526 38.302 P 37.4 175.5 150.6 -0.5 180.3 128.3 44.3 21.7 -0.5 Q -151.3 -547.4 -298.6 -32.9 -500.4 -364.2 -58.1 -70.9 -5426 Through the above-mentioned data, table 2 shows the results in the testing time for different situations of the system harmonic impedance: Table 2, Under the different running system impedance 11 times System impedance Z Capacitor to exit 1.89-5.19i Capacitor input 0.15-1.53i The capacityof # 2 main transformeris 20 MVA, impedance is 10.02%.
Calculate the reduction to 10 kV side bases of wave impedance is 0.501i, according to the harmonic impedance of ideally calculation method, the harmonic impedance of 11 times is about5.5i.

The physicochemical data, mechanical strength and phase composition of this ceramic were analysed.
Also in comparison to published data for Y-TZP or common ZTA-ceramic showed that our results concerning the initial monoclinic ZrO2 are in the same range below < 2 % [4,5].
After the test the remaining static strength was 70 kN, which corresponds to a reduction of approximately 18 %.

In the present research, the effect of cyclic compressive loads of different amplitudes on clay bricks was studied, with two main objective of acquiring specific data on the fatigue behaviour in relation to the static behaviour and studying the fatigue effect on the possible change of the elastic properties of the bricks.
With increasing number of cycles the load versus displacement curve shows a deterioration consisting of a reduction in its inclination relative to the displacement axis; this process comes to a limit, i.e., failure occurs, when this curve intersects the descending branch of the static test (Fig. 1b).
For a higher intensity compressive cycles, brick fatigue life can be evaluated by means of a failure criterion based on the observation of the static and cyclic curves, as already ascertained by several authors for concrete: a very good applicability was found for bricks, despite it was observed a medium variability of the data.

Using high-purity cobalt oxide or cobalt oxalate by hydrogen reduction and electrolytic cobalt powder to prepare metallic cobalt powder are two main methods for preparing cobalt powder, the processes of which have a wide range of applications in practice [5].
The data of the mass loss of the pyolytic decomposition of CoC2O4 . 2H2O in the argon gas is presented in Table 1 according to its TG-DSC curves.
Fig.1 The curve of TG-DSC of CoC2O4 . 2H2O from the room temperature to 500 °C in the argon gas (heating rate of 10 °C. min-1) Table 1 The data of the weight loss of the pyolytic decomposition of CoC2O4 . 2H2O in the argon gas Temperature / °C Thermal decomposition process Mass loss rate / % Real mass loss rate Theoretical mass loss rate 150~275 CoC2O4 . 2H2O→CoC2O4+2H2O 19.07 19.67 300~450 CoC2O4→Co+2CO2 47.60 48.09 Analysis of the morphologies of the pyrolysates of CoC2O4 . 2H2O SEM images of the pyrolysate of CoC2O4 . 2H2O at the different temperature for 10 min in the argon gas (heating rate of 10 °C. min-1) are shown in Fig. 2.

The device receives the data of vehicle early warning sensors and driver control status of the sensor, and predict the possibility of collision accidents.
(6)calculate rotational speed of motor output == (2-6) Calculated from the design parameters and data, we choose to use a DC permanent magnet motor with gear.
Table 2 Parameters of motor model 45ZY24-25-D/60JB7.5 specified voltage specified current zero load rotational speed specified torque specified rotational speed specified capacity reduction-gear ratio Design and development of intelligent preloaded safety belt controller The hardware is mainly divided into power circuit, minimum system circuit, BDM program download circuit, motor-drive circuit, clutch drive circuit, and each sensor interface circuits.The following describes the controller individual circuit.