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These polymers films also have practical uses in the surface modification of all kinds of materials such as binding of biomaterials, dyeing of textiles, catalyst preparation, printability of polymers, adhesion improvement of composite, wettability improvement of materials etc. [5-9].
First bond tests with different polymer materials (PC, PMMA, COC) have been started.
This is normally reached with oxide materials and has been successfully proven with HfO2 and SiO2 layers, tested on glass substrates.
Besides silicon technologies, another type of technologies coming from the downscaling of processes used in precision engineering, such as micro milling, micro turning, laser machining and electro discharge machining, offers a good alternative.
With these technologies features size down to 10 µm, and this boundary is constantly being pushed down, can be achieved on a wide range of materials including typical mould materials such as harden steel.

Fabrication of Integral Core/shell Ceramic Casting Mould for Hollow Turbine Blade Haihua Wu1, a, Dichen Li2, b, Yiping Tang2, c 1College of Mechanical & Material Engineering, China Three Gorges University, P.
The approach to solve the problem of thermal resistance and high-temperature strength of turbine blades is basically developed in two directions, i.e. improving cooling structure and raising high-temperature performance of materials of turbine blade.
Russian Institute of Aeronautical Materials developed a core inlay technique by which the double-walled structure and the minute cooling passages in blade are formed by the assembly of ceramic cores.
Journal of Materials Science, 37(19) (2002)4235-4245
Journal of Materials Processing Technology, 135 (2003)258-265

Design of Static Test Model for Three-tower Cable-stayed Self-anchored Suspension Composed Bridge Yu Zhao1, 2,a, Yongjun Zhou2,b, Jing Sun2,c, Jintao Tang2,d and Xu Li2,e 1Civil engineering School, Tongji university, Shanghai, 200092,China 2Highway School, Chang’an university, Xi’an, Shaanxi,710064,China azy@gl.chd.edu.cn, bzyj@chd.edu.cn,cyanansunjing@163.com, d406069863@qq.com, e358151867@qq.com Key words: Cable-stayed self-anchored suspension bridge; model test; the theory of abnormal similarity; whole-process simulation of construction; finite element model Abstract.
And because of the complex structure of the real bridge, a variety of materials are needed.
Fig.2 General layout of the model test bridge Model materials.
Because of the complex structure and the diversity of materials of the real bridge, and in order to insure the similarity of the model structure, concrete, steel plates, aluminum alloy and high tensile steel wire are adopted as the model materials in this test.
The materials of the primary members are as follows: the main girders: steel and aluminum alloy material is adopted for 315cm part of the suspension span, and aluminum alloy material is adopted for the other main girders; the main tower: concrete material is adopted; the assistant tower: the anchored span adopt steel structure, other part adopts steel-concrete structure; the main cable: parallel steel wires (diameter 8mm) are adopted; stayed-cables and backstay cables: 65 manganese steel (diameter 8mm) is adopted; suspenders: 65 manganese steel (diameter 6mm) is adopted.

The impact loading process of energetic materials is a force-thermal conversion process [19].
Du: Chinese Journal of Energetic Materials Vol. 12 (2004) No.6, p.376
Zhao: Chinese Journal of Energetic Materials.
Tian: Journal of Ordnance Engineering College.
Test Method of Loading Materials for Initiating Explosive Device--Determining the Hygroscopicity.

Production of titanium nitride by carbothermic reduction of the anatase and rutile forms of titanium dioxide A.Saidi1,a, N.Setoudeh 2,b , and N.J.Welham 3,c 1 Materials Engineering Department, Isfahan University of Technology, Isfahan, Iran 2 Yasouj University, Yasouj, Iran 3 Extractive Metallurgy, Murdoch University, Perth, WA 6150, Australia a a.saidi@cc.iut.ac.ir ; bnsetoudeh@mail.yu.ac.ir ; bNicholas.welham@murduch.edu.au Key words: Anaatase, Ball milling, Rutile, Srilankite, Titanium dioxide Abstract Two types of titanium oxide were used, rutile (>99.9% TiO2) and anatase (>99% TiO2).
[9] Welham NJ, Materials Science and Eng A 1998; 248 : 230
[12] Shaviv R, Materials Science and Eng A 1996;209:345
[15] Calka A, Radlinski AP, Materials Science and Eng A 1991; 13:1350
[26] Hu J Qin H, Sui Z, Lu H, Materials Lett 2002; 53:421

Stress Corrosion Crack Tests of 16MnR Low Alloy Steel in Anhydrous Ammonia Environment Zhiming Lu a, Bingbing Chen, Zengliang Gao and Deming Fang College of Mechanical and Electrical Engineering, Zhejiang University of Technology, Hangzhou, People's Republic of China a lzmhzcn@yahoo.com.cn Keywords: Anhydrous ammonia, Low alloy steel, Stress corrosion crack, Stress intensity factors Abstract.
Three factors are necessary to induce the stress corrosion: sensitive materials, special operating environments and definite stress, they take effects together and affect to each other.
Material and test method Material property.
By standard GB/T15970, the continued test time lie on the material and environment.
Literature [7] indicated that, the key to prevent pressure vessel from stress corrosion crack in anhydrous ammonia was restrict of the vessel material, the low alloy steels with low stress corrosion crack susceptibility and low yield strength were commended.

The field of nanocomposite materials has the attention, imagination, and close scrutiny of scientists and engineers in recent years.
The regeneration is one of the key factors in evaluating the performance of the adsorbent.
Hu, Mesoporous titanium dioxide as a novel solid-phase extraction material for flow injection micro-column preconcentration on-line coupled with ICP-OES determination of trace metals in environmental samples, Talanta. 73 (2007) 274-281
Zhang, Heavy metal removal from water/wastewater by nanosized metal oxides: A review, Journal of Hazardous Materials, 211 (2012) 317-331 [4] F.L.

Ltd. of Caofeidian Tangshan, Tangshan Hebei 063200, China alyz19670624@126.com, bwuyejingwei@126.com Key words: SGC; SMA; feasibility research Abstract.
Army Corps of Engineers to improve and perfect this method.
Experimental Raw material.
Asphalt type: PG76-22 asphalt with SBS modified; Aggregate: 1# material (9.5~16 mm), 2# material (4.75~9.5 mm), 3# material (2.36~4.75 mm), 4# material (0~2.36 mm). 1#, 2#, 3# using basalt, 4#, using limestone; Mineral powder used by the alkaline limestone powder, hydrophilic factor of 0.8, unbonded.

Understanding the Inhibition Mechanism of a Supramolecular Complex as the Corrosion Inhibitor for Mild Steel in the Condensate Water Baomin Fan1,a*, Boyu Wei1,b, Hua Hao2,c, Yunhao Feng1,d and Biao Yang1,e 1Department of Materials Science & Engineering, Beijing Technology and Business University, Beijing 100048, China 2Institute of Chemistry, Chinese Academy of Sciences, Beijing 100190, China ajzfbm@163.com, b13581572938@163.com, chaohua@iccas.ac.cn, dfengyhbtbu@163.com, eybiao@btbu.edu.cn Keywords: octadecylamine, cyclodextrin, supramolecular, adsorption, interface Abstract.
Introduction Mild steel (MS) plays a crucial role in a wide range of industrial and engineering applications due to its excellent structural strengths, mechanically workability and affordability [1].
Using corrosion inhibitors is one of the best known ways to secure metallic materials against corrosion, which has been applied with different degrees of success and investigated in great detail [2, 5, 8, 9].
Considerable research efforts so far have proved that supramolecular chemistry is promising in numerous areas, such as materials science [16], separation and purification [17], pharmacology [18], and food industry [19].
Experimental Details Materials and Test Solutions.

To reduce the undesirable effects of wear, lubricants are generally applied along the interface of contacting materials.
Discussions and Results Lubrication is fundamental to the operation of all engineering machines.
Tribology - Materials, Surfaces & Interfaces, Vol. 6-3 (2012), p. 134-141
Vijay Kumar: Titanium Oxide Nanoparticles as Additives in Engine Oil, Journal of King Saud University - Engineering Sciences Vol. 30-2 (2018), p. 116-122
Kalam: Tribological Properties and Lubricant Mechanism of Nanoparticle in Engine Oil, Procedia Engineering Vol. 68 (2013 ), p. 320-325