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Ben-Nissan1e 1 Department Chemistry, Materials and Forensic Science, University of Technology Sydney, PO Box 123 Broadway NSW 2007 Australia 2 Department of Chemistry Kasetsart University, PO Box 1011 Kasetsart Chatujak Bangkok 10903 Thailand a Kanthi.C.Lewis@its.edu.au b g4784020@ku.ac.th c Louise.Evans@uts.edu.au d fscits@ku.ac.th eBesim.Ben-Nissan@uts.edu.au Keywords: hydroxyapatite, crocodile, biomaterial, bone, bonegraft, bioceramic Abstract This study aims to characterize the structure and properties of crocodile bone to assess the potential for use in biomedical applications.
X-ray data confirmed the inorganic material is single phase hydroxyapatite (Hap).
The TGA/DTA data confirms that the organic material is removed at 500 degrees.
The crystallinity is an important factor when considering the use of materials for bone replacement as lower crystallinty materials are more suited to bone graft [9].
Vol. 25 (2004), p. 987 [9] S Overgaard, U Bromose, M Lind, C Bunger, K Soballe Journal of Bone and Joint Surgery (British volume): Vol. 81 (1999) p. 725 [10] E.P.Paschalis, E.

Simultaneously, the effectiveness of EC methods for the treatment of organic materials in wastewater depends on the property of the anodes.
Anode materials, e.g.
Materials and Methods Materials and Chemicals.
Acknowledgements This work was financially supported by the National Science Foundation of China (20876032) and the Natural Science Foundation of Hebei province (2009000023).
Chinese Journal of Catalysis.

In addition, the application of photosensitive elements based on perovskites directly onto glass (or other materials) is much cheaper than methods for producing thin-film elements. 
Dimethylformamide was chosen as the solvent, providing a true solution of the starting materials used. 
When used as such transport layers (HTM) of organic materials such as SPIRO - OMETAD and PEDOT: PSS, it is not possible to achieve high stability and service life. 
Therefore, an active search for the otherinorganic materials is currently underway.
Scientific - Technical Journal of Information Technologies, Mechanics and Optics, 2013, No.3 (85)

Introduction In recent years, nanocrystalline materials have attracted people’s great interests due to their excellent physical and mechanical properties, such as large volume fraction of grain boundaries, high hardness and strong wear resistance [1-10].
However, nanocrystalline materials are under a state of thermodynamic non-equilibrium, and show sensitivity to widely fluctuant temperature.
According to this view, it is meaningful to determine the suitable application temperature of nanocrystalline materials.
Sui, Science 287(2000)1463
Lu, Journal of Materials Science and technology, 1999,15(3):193-197.

Yi: Hazardous Materials Vol. 102(2-3) (2003), p.257-275 [3] Runhu Zhang, Bo Wang, Hongzhu Ma: desalination Vol. 255 (2010), p.61-66 [4] Y.
Aksoy: Chemical Engineering Journal Vol. 151 (2009), p.188-194
[5] Xinjiang Hu, Jingsong Wang, Yunguo Liu, etc: Hazardous Materials Vol. 185 (2011), p.801-808 [6] Shaoji Zhou: Ion Exchange and Adsorption(in chinese), Vol. 20(3) (2004), p.278-288
[7] Mingyu Li, Qingxuan Zeng, Changgen Feng, Weina Sun, Kai Li: Materials Science & Technology(in chinese), Vol. 14 (2006), p.32-35
[8] Nadir Dizge, Bulent Keskinler, Hulusi Barlas: Hazardous Materials Vol. 167 (2009), p.915-926 [9] Ho Y S, Mckay G.

China 3 Department of Modern Physics, University of Science and Technology of China, P.
China Keywords: Silicon carbide, E1/E2, DLTS, positron lifetime spectroscopy Abstract E1/E2 (EC-0.36/0.44eV) are deep level donors generally found in ion-implanted, electron and neutron irradiated n-type 6H-SiC materials.
With focus to find the minimum energy for generating E1/E2, we have performed DLTS studies on n-type epi 6H-SiC materials irradiated by electrons with varying energies.
E1/E2 are the deep level donors (~0.36/0.44 eV below the conduction band) that are usually found in ion implanted and particle irradiated 6H-SiC materials.
E1/E2 are the deep donors that are commonly observed in particle irradiated or ion implanted n-type SiC materials.

Generally, most researchers agree that moisture penetration into composite materials is conducted by three different mechanisms.
Composite Science Technology 2003. 63:1281
International Journal of Basic & Applied Sciences, 2010. 10: 54-57
Applied Mechanics and Materials (2013) 315:665-669
Applied Mechanics and Materials (2014) 465:1277-1281

Materials Reports, 32 (2018) 4041-4046
Key Engineering Materials, 508 (2012) 76-80
Journal of colloid and interface science, 393(2013)300-305
ACS applied materials & interfaces, 6(2014) 10258-10264
Journal of Materials Chemistry A, 2(2014) 21010-21019

As a result, the material(s) will blow off and hence lead to a so-called blow-off impulse.
Hohmes: AIAA Journal Vol. 26 (1988), pp. 96-103 [5] H.E.
Dong, Science Press, Beijing, China (2002) [14] Y.J.
Huang: Advanced Materials Research Vols. 108-111 (2010), pp. 1039-1042 [15] Y.J.
Huang: Journal of Experimental Mechanics Vol. 20, No.

The original materials were AZ91 ingot, pure aluminum (99.9%), pure zinc(99.9%), magnesium-gadolinium intermediate alloy(20.02%Gd).
When all the materials were melted, the melting was stewing for 10 minutes before casting in a metal mold of 100 mm in diameter at 700℃.
Material Science and Engineering, 1996, (1): 115-120
Materials Science and Technology, 1996, (9): 741-742
Phase equilibria in the AI-Gd-Mg system in solid state，Journal OF Materials Science Letters,1996,(15): 2077-2079