Search results

Preface A great success has been achieved in the four basal scientific mainstay industries, such as, micro-electronics technology, bio-technology, new-type materials and space technology [1], and the development of the bio-technology especially make the great advancement in the four industries at present and make people all over the world pay close attention to it.
The advances of genetically engineered pharmaceutics in high throughput screening technology to discover the target molecules, and to get the accumulation of functional genomics and proteomics data will make us design and recover novel biomolecules and proteins on a rational basis in various areas of pharmaceutical, agricultural, industrial, animal husbandry science, veterinary science, animal industry, nutritional science, physical mechanism in human being, and environmental applications, and so on.
[2] The Blueprint of National Development Program in Science and Technology in Middle and Long Term (2006-2020) (Nation Issued the No. [2005]44）, (the Central Committee of the Chinese Communist Party and the State Council, February 9, 2006
The Developing status and the expectation of biopharmaceuticals in China．Journal of Heze University，2007，4．Vol 29．No．2．92-95
Chinese Journal of Pharmaceutical Technology Economics & Management. 2008.

Łągiewka Institute of Material Science, University of Silesia, Bankowa 12, 40-007 Katowice, Poland Keywords: electrodeposited Ni-Mo alloys, AES, Cini-Sawatzky's model, electronic structure.
It has been also shown that the application of the Cini-Sawaztky model to the experimental spectral lines can be used to explain the distortion appearing in the materials.
The modern view of CVV (where C denotes the core level, V is the band) Auger spectra of a number of materials cannot be interpreted in terms of the self-fold of the density of occupied states [2-9].
Hashimoto in: Amorphous and Nonocrystalline Materials (Springer-Verlag, Berlin 2001) [2] M.
Budniok: Worldwide Journal of Achievements in Materials and Manufacturing Engineering (2006) - in press

By enhancing the lining materials stiffness, the displacement of tunnel decreased, but the peak acceleration and first principle stress of it increased and the position of max-displacement also changed.
The maximum acceleration is 0.77g at 3.66s when using c20 as lining material, -1.1g at 3.63s when using c40 as lining material.
In the position of bottom, the first principal stress is from 413798 N/m2 to 193773 N/m2 when the lining material is c20, from 207606 N/m2 to 541368 N/m2 when lining material is c40. 4.2.
The maximum value is at the position of fault when the lining material is c20, but at the tunnel entrance with the lining material of c40.
The displacement, when using c40 as lining material, decreased 27% at the position of fault, but increasing 1700% at the tunnel entrance than those of using c20 as lining material.

The materials of specimens used in the experiments are copper foil, stainless steel foil and nickel foil.
As applied load increases, bending angle increases for three materials.
Figure 6 shows variations in bending angle with foil thickness for there foil materials, when the applied load was 10 N and the sliding length was 3 mm.
As the foil thickness decreases, the bending angle increases for three foil materials.
Misu, R.Oba and M.Saito: Journal of Laser Applications, 2003, 15

Calcium oxide, as a modified material, is used in pyro-modification of fly ash and the modified fly ash is used to treat phosphorus-containing wastewater, and treatment effect of modified fly ash on phosphorus-containing wastewater in different modification conditions is studied.
Experimental Materials.
Figure 4 SEM of raw fly ash before modification Figure 5 SEM of modified fly ash Conclusions As a Modified material for pyro-modification of fly ash, Calcium oxide raw materials readily available and economically viable.
Vol.3 (2004) p.36-39 (InChinese) [4] L Huang: Journal of North China Institute of Science and Technology.

Abstract: The current study is presented into the investigation of the application of ultrasonic vibration on the lower punch during compaction process of powder metallurgy material.
In many recent studies of the application of ultrasonic vibration have been extended into the compation of powder material [4, 5].
In a few previous studies [5, 6] have designed and tested the ultrasonic compaction tools for powder magnetic material.
“Effect of vibrations on the yield strength of a low-carbon steel”, First Technical Report, The Rice Institute, Solid States Science Division, Air Force Office of Scientific Research, ARDC, Washington, Technical Document No.
Journal of Material Science Letter, 4, pp 403-404 [5] S.

However, an excessively small clearance causes contact between the core plate and restraining material due to the influence of Poisson’s ratio wherein the restraining material also supports compressive force, causing the α value to increase.　
The clearance varies depending on the flatness accuracy of the mortar surface of the restraining material and the varying widths of the unbonded material.
For the purpose of comparing the clearances, the material and dimensions of the core plates and the restraining materials were the same.
In order to compare gaps, the conditions of the core plates and the restraining materials were the same between the specimens, and only the internal gap was used as a parameter.
Midorikawa, M. and Iwata, M.: Fatigue Performance of the Buckling-Restrained Brace Using Steel Mortar Planks, Journal of Structural and Construction Engineering (Transactions of AIJ), No.736, pp.921-928, 2017.6(in Japanese) [3] Murase, R.

Iron sand is a metal mining material that is formed due to the transportation and sedimentation process of sand-sized materials containing iron.
Iron sand is not only used as an additional material for cement and steel, but also in the research and development of nanotechnology materials [1-5].
The Kertajati’s iron sand has very promising prospects for the development of iron materials.
Choi, Sticking Behaviour in Direct Reduction of Iron Ore, Journal Ironmaking & Steelmaking 26, 53-57 (1999)
Sirivat, Synthesis and Characterization of Magnetite Co-precipitation Nanoparticles via the Chemical Method, Materials Science and Engineering B 177, 421-427 (2012)

Anusavice: Science of Dental Materials. (2003), p. 832
Valandro: Dental Materials Journal Vol. 27 (2008), p. 99
Re et al.: The European Journal Of Esthetic Dentistry.
Swain: Journal of Dentistry Vol. 33 (2005), p. 9
Kern: Dental Materials Vol. 26 (2010), p. 44

Dissolution Process The material under investigation had precipitates in the nanometric and micrometric scale [11].
However, the analyses of the material evidenced the presence of Nb rich particles in the heat-treated steel.
Liang, Dissolving behavior of second phase particles in Nb-Ti microalloyed steels, Materials Letter. 63, (2009) 2324-2326
Riva, Diaz E., Carlos Parra, Costa e Silva: Submitted to Indian Journal of Engineering and Materials Science
Journal of Materials Science. 37 (2002) 1083-1090