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El Chaar, L.A.Lamont,.
[4] M.Venkatachalam, M.D.Kannan,S.Jayakumar et al CuGaxIn1-xSe2 thin films prepared by electron beam evaporation, Solar Energy materials & Solar cells 92 (2008) 571-575

Nouari et al, the diffusive effect was the reason of crater wear in tool rake face, and the highest temperature was generated in the deepest point in the crater[8], the crater wear morphology (Fig 2.a-c), diffusion are the key factors of tool wear.
Adhesion Flanck wear Crater wear Microchiping Adhesion Flank wear Crater wear 2 31 (a) Wear morphology in beginning (150×) (b)Tool failure morphology (100×) (c)Tool failure morphology (200×) (d ) EDS result of (c) at point 1 (e) EDS result of (c) at point 2 (f) EDS result of (c) at point 3 (f=0.1mm/r，ap=0.25mm，v=80m/min，a(31min after)；b, c (67min after） Fig.2 Tool wear SEM morphologies and EDS The EDS analysis (Fig 2.d-f) showed the same results, at the point 1 and 2, the compositions are Ti, Al, and V elements, and it is the adhesive titanium alloy.
At the point 3, the compositions showed a complex situation, its contents chiefly ware B and N elements (atomic 84.52%) , it was substrate of CBN material; Co and W(atomic 6.9%) elements were the binders of CBN material; additionally, Ti, Al, and V(atomic 8.58%) was adhesive titanium alloy in tool rake face.
El Baradie, M.S.J.

Turpin et al. [2] focused on reconfigurable and tunable metamaterials used in devices.
Hedayati et al. [3] had an overview of perfect nanocomposite metamaterial absorbers.
Lin et al. [6] gave a brief review on the zero-index metamaterial (ZIM).
Chang et al. [14] visited the fundamental theories of MEMS-based active metamaterials.
El-Morsy, H.A.

References [1] Ohno H, Munekata H, Penney T, et al.
[3] Dietl T,Ohno H,Matsukura F, et al.
[4] Wang Jiqing,Chen Pingping,Li Zhifeng, et al.
[7] Chen P P, Makino H, Kim J J, et al.
[8] Sonoda S, Shimizu S, Sasaki T, et al.

Several studies conducted by Ramadani et al. [11] and Chen et al. [12] have shown that solid waste material such as WGP has chemical composition and physical properties comparable to traditional supplementary cementitious materials and can be successfully used to create blended cements which can improve workability, early and long term strength and durability.
However, Rahma et al. [18], confirmed that increasing the fineness and the glass powder content has a negative effect on the workability of the mixture.
Omran et al. [21] reported that the use of glass powder in the cement matrix resulted in a decrease in both water absorption and porosity.
Rahma et al. [18] reported similar results that as the content of glass powder increased, slump flow decreased.
[18] Rahma, A., El Naber, N., & Issa Ismail, S, Effect of glass powder on the compression strength and the workability of concrete, Cogent Engineering, 4, 1(2017) 1373415

El-Nikhaily, O.A.
El-Hadad, M.
Al-Mufadi, A.S.
Al-Mufadi, A.S.
Al-Mufadi, A.S.

Farahmand et al. utilized activated carbon from rice straw with an H3PO4 activator for the removal of Ce(IV) [14].
Fan et al. used a mixed adsorbent of rice straw and sewage sludge activated with ZnCl2 to reduce Cr(VI) in aqueous solutions [15].
Gao et al. employed rice straw bio sorbent activated with C4H6O6 for the reduction of Cr(VI) in aqueous solutions [16].
El-Sakhawy, ‘Rice straw charcoal: Characterization and adsorption of Pb2+ from aqueous solution’, Environ.
El-Saied, and A.

[3]Zhenfeng Wu, Hongfu Zuo et.al: TRIBOLOGY Vol 20(2000),p: 143-146, in Chinese
[6]Weihua Wang,Yonghui Yin et.al:TRIBOLOGY Vol 23(2003),p:340-343, in Chinese
[7]Hongwei Yang el.al:LUBRICATION ENGINEERING Vol 32(2007),p:162-164, in Chinese
[10]Akihiko Umeda et.al:Wear Vol 216(1998),p:220-228
[11]Puyin Liu et.al:Fuzzy System and mathematics Vol 12(1998),p: 77-87, in Chinese

Lee, and et al: Phys.
Lepine, and et al: Opt.
Liu, and et al: Opt.
Delone, and et al: Sov.
Lee, and et al: Phys.

Booker[4] et. al. used Australian zeolite to study the saturated ion exchange capacity of zeolite, and the result was: 4.5mg/g.
From the figures we can see that before the sample absorb ammonium cations, there are Al, Si, C, O, and Na on the surfaces.
Al ions), and inter-layer cations.
This indicates that after modification, the Si-O tetrahedral and Al-O octahedral structures are severely damaged, resulting in significant changes in the flexural vibrations of Si-O and Al-OH, which may even become difficult to detect.
Booker, E.L.