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J Hazard Mater,2009,161( 1) : 387-395 [2] Yao C, Liu M, Li W M, et al.
[9] Wang C, Zhang P, Li Y, et al.
[13] Hameed B H, Khaiary M I El.

Wagner et al. explained that Goss sub-grains inside a Cu-type SB formed in a Cu-oriented grain is a resultant of matrix rotation along TD axis [18]. {110} <001> is related to the parent Cu-orientation by 55° along –TD axis.
Later, Paul et al. [21] showed using TEM-OIM that the convergence of individual crystallites inside a shear band towards Goss is through a homogeneous slip coupled with the rotation along <112> axis.
El-Danaf, S.

Al-Thabaiti, A.
Al-Youbi: Colloid Surface B Vol. 82 (2011) p. 513-517
El-Sayed: Int.

Comparison obtained data’s with other studies at 25 °C Study Dye pH Contact time Material Q(mg/g) Choy et al.* [11] Blue (RAWL) - 21 days Charcoal 100.9 Red (AR114) 21 days Charcoal 101.0 Yellow (AY) 21 days Charcoal 128.8 Tsai et al. [12] Orange 51 - 10 hours Activated bleaching earth 8.45 This study Nylosane Red (F3GL) 5.5 5 hours S 117.65 SNHC 294.12 *at (20±2) °C Thermodynamic parameters (Table 3) indicate that the adsorption is enhanced by increasing the temperature.
El Maleh, Élimination des colorants des eaux résiduaires de l'industrie textile par la bentonite et des sels d'aluminium, Revue des sciences de l’eau 2 (1997) 233-248

Table 4 Components of Mg alloys prepared by master alloys Alloys Mass of components (g) Mg Mg-10wt%Mn Mg-12wt%Mn Al Zn M1A 880 120 - - - 900 - 100 - - AZ91C 888 12 - 90 10 890 - 10 90 10 ZM21 930 50 - - 20 938 - 42 - 20 The prepared Mg alloys were tested by energy spectrometer, and the results were listed in Table 5.
Table 5 Chemical composition of Mg alloys (wt%) Alloy Mn Al Zn M1A Standard 1.20 - - Mg-10wt%Mn 1.21 - - Mg-12wt%Mn 1.13 - - AZ91C Standard 0.13 8.70 0.70 Mg-10wt%Mn 0.12 8.71 0.63 Mg-12wt%Mn 0.11 9.02 0.61 ZM21 Standard 0.50 - 2.00 Mg-10wt%Mn 0.53 - 1.82 Mg-12wt%Mn 0.42 - 1.78 Conclusions (1) The yields of Mn in Mg-Mn master alloys are limited by the particle size of Mn powder.
[4] E.L.

Guide Pattern Functionalization for Regularly Arranged PS-PDMS Self-Assembled Nanodot Pattern by Brush Treatment Takashi Akahanea, Miftakhul Hudab, Takuro Tamurac, You Yind, and Sumio Hosakae Graduate School of Engineering, Gunma University 1-5-1 Tenjin-cho, Kiryu 376-8515, Japan at10801301@gunma-u.ac.jp, bt10801375@gunma-u.ac.jp, ctamura@atec.gunma-u.ac.jp dyinyou@ gunma-u.ac.jp, ehosaka@el.gunma-u.ac.jp Keywords: brush treatment, nanodot, self-assembly, block copolymer, electron beam drawing, guide pattern Fig. 1 SEM image of nanodots fabricated by EB drawing.
Bita et al. reported the brush treatment using PDMS.
Ross et al., J.

Jagminas et al. reported that the anodic iron oxide may consist of hydroxides and oxyhydroxides at room temperature [8].
El-Dek and A.
[7] Habazaki, H., et al., Galvanostatic growth of nanoporous anodic films on iron in ammonium fluoride-ethylene glycol electrolytes with different water contents.

Introduction In the Copenhagen climate conference in 2009, China promised to reduce the CO2 per unit GDP by 40%-45% in 2020 [[]Weiding Long, Gaijing Zhang, Hao Liang, et al..Journal of HV&AV,2010,40(3)：6~11.
The El and Tl should be counted as: Ml=Ml0×Nl （M=E,T）.
Comparison among the five treatments Conclusion The carbon emission of construction industry is proportional to energy consumption, which is also confirmed by the latest study [[] GhaffarianHoseini A H, Dahlan N D, Berardi U, et al.

The results of lower tan δ value in the case of composites are in consistent with the study of Pasquini et al. [9] which found that the natural rubber reinforced with the cellulose whiskers exhibited the lower tan δ value than the pure one, and also the study of Abdelmouleh et al. [10], which used short natural-fiber as a reinforcement.
El-Wakil and A.

Stambolova et al. reported that Zn2SnO4 could be obtained by thermal decomposition of Zinc hydroxystannate (ZnSn(OH)6) at the temperature above 900 °C [9].
Annamalai et al.
[6] E.L.