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The result also proved that different kind of dispersants and content are also important factors that influence the dispersion property.
Experimental Results and Analysis The Influence of Monomer on UV Magenta Paste's Dispersion Properties.
Different kinds of monomer have different reactive group, its physical and chemical properties such as viscosity have a big difference, it has a great effects on paste's dispersion properties also.
We can obtain different monomers have a different contribution on paste’s performance, by examining a single monomer’s effect on paste’s properties.
Influence of P/B Ratio and Milling Time on UV Magenta Paste's Dispersion Properties.

The wet process uses natural bonding properties of wood and its lignin fibers.
This material significantly reduces impact noise even in very low thickness, what is positively reflected in the properties of whole structure.
Properties of Sound Insulation Pads.
In the field of impact sound transmission loss there is dynamic stiffness one of the main variables affecting sound insulation properties of ceiling with floating floors.
Static Relaxing Properties.

Composite exhibited better physical and mechanical properties, such as higher UTS and low coefficient of thermal expansion.
Hashim et al. [9] explained in his work that processing variables such as a number of blades on the impeller, stirring speed, shape and size of the impeller, holding temperature and impeller position are the significant factors to be considered while stir cast these parameters of casting has a major influence on various properties.
Mechanical properties of composite material depend on size and distribution of particles, therefore the porosity level should be maintained minimum.
Mechanical properties improved due to the applied pressure in squeeze casting, which leads to a reduction of microporosity in the alloy and composite.
Furthermore, SiC reinforced 10 wt% composites showed better mechanical properties with 1.82 % of porosity level.

Microstructural, optical and mechanical properties of oxide and fluoride films are examined.
However the factors affecting structure and stoichiometry of the compounds and repeatability of filter deposition processes are complex and testing under actual condition of use is still a major feature of quality control for thin film materials [1].
It can cause absorption of water and hydrocarbons and instability of optical and mechanical properties.
Physical properties.
Optical, mechanical and environmental properties of coating materials determine quality and performance of interference filters.

Corrosion of reinforcement steel is a major factor affecting the deterioration of reinforced concrete structures.
During corrosion, steel undergoes several phases of chemical reactions with consequent variation in steel section geometry and mechanical properties.
Durability is a main factor affecting the function of reinforced concrete structures during their life time, especially those exposed to marine environments.
This model uses the concrete properties for the 30MPa concrete with the 240/350 steel bar embedded.
Also, a variation in its mechanical and physical properties occurs within the same mix.

Two factors have been pooled which are screw speed and filling time.
Ozcelik et al. [4] used the same method to investigate the influence of injection parameters and weld line on the mechanical properties of polypropylene during plastic injection.
Finally, he found that the mechanical properties was increased under optimum conditions, and all mechanical properties gave linear relationship with injection parameters.
From the analysis results, the higher percentages pure sum of factor will contribute more affects from these factors to the samples or product.
[6] “Plastics – Determination of Tensile Properties – Part 2 Test Conditions for Moulding and Extrusion Plastics.”

Also, the material properties and the operational conditions during the forming process can affect the springback phenomena [6].
Previous studies revealed the impact of the influential factors on the springback phenomenon.
Accordingly, one may argue that the current study would offer insightful information on how various factors affect springback and suggest different approaches to reduce springback and improve dimensional accuracy during the sheet metal forming process. 2.
The mechanical properties of a material including the yield stress and elastic modulus have a significant contribution in signifying the amount of springback after bending.
Estimate Zinc-Oxide particles on PMMA mechanical properties.

At the same time, the thermal conductivity coefficient which changed according to the temperature's changing and specific heat which are the physical properties parameter are considered.
In the course of transient heat transfer, the physical properties parameter such as temperature, the rate of heat flow, thermal boundary conditions and the thermal conductivity coefficient, convection heat transfer coefficient of the material are also varied obviously.
As polymer Materials, the latent heat on phase transition is one of the factors which can not be ignored.
China Mechanical Engineering Vol. 11 No.10(2000), p.1101-1104
China Mechanical Engineering Vol. 14 No.8(2003), p. 1101-1104

Mechanical properties of CT3 steel Standard Mechanical properties Yield limit (N/mm2) Tensile Strength (N/mm2) Elongation (%) ΓOCT 380 - 89  225 min 373 ÷ 461 22 min Measuring instruments.
The sample after tensile test to determine mechanical properties is shown in Fig.10.
Synthesis and analysis of parameters affecting tensile strength are shown in Table 5.
Synthesis and analysis of parameters affecting elongation are shown in Table 6.
Tensile test results with mechanical properties are synthesized and compared with the mechanical properties of the sample material (Table 1), with the table as shown inTable 8.

Improving the Properties of Sapphire by Coatings Liping Fenga, Zhengtang Liub State Key Lab of Solidification Processes, College of Materials Science and Engineering, Northwestern Polytechnical University, Xi'an, Shaanxi, 710072, China a flpmerry@yahoo.com.cn, b liuzht@nwpu.edu.cn Keywords: sapphire; transmission; surface morphology; flexure strength Abstract.
SiO2 coatings and double layer films of SiO2/Si3N4 have been designed and prepared on sapphire (α-Al2O3) by radio frequency magnetron reactive sputtering in order to improve the optical and mechanical properties of infrared windows of sapphire.
Introduction Single crystals of sapphire exhibit outstanding optical and mechanical properties that make this material highly attractive for manufacturing mid-wave (3~5um) infrared-transmitting windows and domes capable of operating in adverse environments [1-2].
Silicon dioxide and silicon nitride are important materials used as high and low index films in multilayer optical thin films devices because of their desirable properties.
It was observed that the prepared coatings can affect the morphology and roughness of the sapphire substrate.