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The corresponding indices in sequence are (1 0 0), (0 0 2), (1 0 1), (1 0 2), (1 1 0), (1 0 3), and (1 1 2) based on Shatnawi et al., 2016 [14].
Proc. 2015, 1699, 040001 [14] Shatnawi, M., Alsmadi, A., Bsoul, I, Salameh, B, Alna'washi, G.A, Al-Dweri F, El Akkad, F, Journal of Alloys and Compounds, 2016. 655, 244-252.

TiO2 has special properties and is most frequently used as photocatalyst in water purification, for instance Abhang et. al. [7] who succeeded in purifying dirty water by using TiO2 photocatalyst.
This observation is also reported by Lin et.al [17] in their work.
References [1] Dessouky, H.T., El-Ettouney, H.M.

For example, Srinivasan et al [2] found that the urinary citrate excretion (601±84 mg/24h) of control group is obviously higher than patients of uric acid stones, calcium oxalate (CaOx) stones and calcium phosphate stones, the latter three are 415±43, 429±58 and 492±52 mg/24h, respectively.
As Hess et al [12] shown, citrate can not only enhance the inhibition of normal Tamm-Horsfall protein (n-THP) on CaOx crystal aggregation, but also change the promotion effect of abnormal stone former Tamm-Horsfall protein (SF-THP) into inhibition on CaOx crystal aggregation.
El-Shall.

Ratchaburi lateritic red soil analyzed by the X-ray Fluorescence Spectrometer, (XRF) Comp Result Unit Det. limit El. line Intensity w/o normal Analyzing depth (mm) Intensity ratio Comp.
(Org) Result (Org) Na 0.0131 Mass % 0.01502 Na-KA 0.0144 0.0177 0.0053 1 Na2O 0.0177 Mg 0.0378 Mass % 0.0094 Mg-KA 0.1391 0.0626 0.0081 1 MgO 0.0626 Al 1.7114 Mass % 0.00623 Al-KA 20.288 3.2337 0.0118 1 Al2O3 3.2337 Si 43.5681 Mass % 0.01481 Si-KA 461.6995 93.2058 0.0161 1 SiO2 93.2058 P 0.0484 Mass % 0.00329 P -KA 0.7111 0.1108 0.0102 1 P2O5 0.1108 K 0.2234 Mass % 0.00507 K -KA 1.5817 0.2692 0.0449 1 K2O 0.2692 Ca 0.3975 Mass % 0.00501 Ca-KA 3.1567 0.5562 0.059 1 CaO 0.5562 Ti 0.6384 Mass % 0.01152 Ti-KA 2.5281 1.0649 0.0973 1 TiO2 1.0649 Cr 0.0249 Mass % 0.00697 Cr-KA 0.3069 0.0364 0.1561 1 Cr2O3 0.0364 Fe 0.934 Mass % 0.00477 Fe-KA 32.2516 1.3354 0.25 1 Fe2O3 1.3354 Sr 0.0035 Mass % 0.00217 Sr-KA 1.6683 0.0041 2.2447 0.9981 SrO 0.0041 Y 0.0057 Mass % 0.00198 Y -KA 3.2183 0.0072 2.5805 0.9958 Y2O3 0.0072 Zr 0.0711 Mass % 0.00197 Zr-KA 44.5918 0.096 2.9441 0.9918 ZrO2 0.096 H-Wax-C 0.4 0.4 Table 2.

Tilton et al., ‘Public policy and future mineral supplies’, Resources Policy, vol. 57, pp. 55–60, Aug. 2018
Carvalho et al., ‘Safeguarding mineral resources in Europe: existing practice and possibilities’, EU Commission - Minland Project, Brussels, Deliverable 2.3, 2019
Vega-Panizo, ‘El análisis del potencial geológico de rocas industriales en proyectos de planificación territorial: una revisión’, Boletín Geológico y Minero, vol. 125, no. 4, pp. 475–492, 2014

However, Manshor et al (2016) pointed out that the pattern peak is visible at the angle of XRD in between 24o to 37o [15].
El-Maghraby, M.
Hong, Effect of multiple pressures by magnetic pulsed compaction (MPC) on the density of gas-atomized Al-20Si powder, Powder Technology 224 (2012) 360–364

Kopp, et al., New Lightweight Structures for Advanced Automotive Vehicles–Safe and Modular.
Yin, et al., Multiobjective crashworthiness optimization of functionally lateral graded foam-filled tubes.
Baroutaji, et al., Analysis and optimization of sandwich tubes energy absorbers under lateral loading.
Feraboli, et al., LS-DYNA MAT54 modeling of the axial crushing of a composite tape sinusoidal specimen.
El-Hage, P.

Amiro et al (1999) used remote sensing techniques to estimate the CO2 flux of western Canadian boreal forest after fire.
Wang XK, et al (2001) obtained the mean annual of CO, CO2 and CH4 released from forest fires in China by the emission ratio method, Cao Guoliang et al (2005) calculated the SO2, NH3, CH4, CO, CO2 and other pollutants in the total emited by biomass burning in mainland China.
Accounting for 45%, 21% and 44% of the total all global emissions (Wang XK et al, 1998).
Ward et al (1992) and Ferek et al (1998) determined that CO2 and CO emission factor from forest fires in Brazilian were 1 700,140 g • kg-1 and 1 600,125 g • kg-1 by air sampling tests and the BASE-B test method, and.
[11] Levine JS, Cofer WR, Cahoon DR, Winstead EL, 1995.

Li et al. /5/ investigated the hot deformation behaviour and processing maps of as-cast Mg-10Gd-4.8Y-2Zn-0.6Zr alloy.
Chen et al. /15/ obtained a Q of 209 kJ/mol for as-cast Mg-Zn-Y-Zr alloy containing W-phase.
Al-Samman, K.A.
El Kadiri, A review on the effect of rare-earth elements on texture evolution during processing of magnesium alloys, Journal of Materials Science 52, pp. 1-29, 2017 [5] H.Z.
Teng, et al.: Microstructure transformations in the heat-treated Mg-Zn-Y alloy.

Elemental analysis was performed by Element Vario EL organic element analyzer.
Al-Ghannam and J.M.
Al-Rawi: Fuel Vol. 60 (1981), p. 1043-1046.