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This article analyzes the impact factors on the copper alloy target capability, including oxidation and strength.
Alloying method commonly used as a method to improve the material properties.
Now the research of affecting solute elements copper alloy film focused on the impact of research on the film resistivity, microstructure evolution and thermal stability and resistance to electro-migration performance [4-9].
The antioxidant properties of copper film will be improved
The precipitates enhance the mechanical properties of the copper film.

Analysis the properties of biofilm.
According to the result, the higher content of glycerol used in production of biofilm affecting the water absorption on the bioplastic due to the polar properties of glycerol which was soluble in water and natural hygroscopic.
The use of different glycerol ratios in biofilm affected the mechanical, physical, hydrophobicity and biodegradability properties of starch-based plastic.
[6] Basiak, E., Lenart, A., & Debeaufort, F, How glycerol and water contents affect the structural and functional properties of starch-based edible films.
E, Barrier, mechanical and optical properties of plasticized yam starch films.

Mechanical, thermal and chemical properties were examined and analyzed. 1.
The usage of fly ash to improve the rheological properties of the fresh paste is due to the spherical shape of its particles that reduces the frictional forces affecting the flow [10], therefore it has a strong effect on workability as presented above in the flow test results (section 3.2).
QD was integrated in 5 set of samples, from 0% to 40% by weight, which were examined for their mechanical, thermal and chemical properties.
Kriven, J.S.J. van Deventer, Understanding the relationship between geopolymer composition, microstructure and mechanical properties, Colloids Surf.
Shah, Factors affecting the resistance of cementitious materials at high temperatures and medium [0] heating rates, Materials and Structures 39 (2006) 455–469

The study assessed the mechanical and physical properties, such as porosity and water absorption, before and after exposure to simulated climate conditions.
The findings indicated that the Mediterranean climate significantly affects the weathering and decay of stone materials, leading to changes in their physical properties.
The study investigated how salt contamination affected the physical properties of the stones, such as compressive strength and water absorption capacity.
The authors demonstrated that the mechanical and thermal characteristics of construction stones can change significantly in the presence of salts, potentially affecting their performance and durability in buildings.
Ozcelik, Joint simulation of a building stone deposit using minimum/maximum autocorrelation factors, Constr.

The surface quality and delamination factor are dependent on many factors such as the cutting parameters, tool geometry, tool wear and cutting forces.
The drill geometry is considered to be the most important factor that affects drill performance.
Mechanical properties in the ABAQUS analysis are from experimental tests.
The mechanical properties of Toray-T800S are given in Table 1.
Table 1 Mechanical properties of Toray-T800S Work material Critical crack propagation energy [GIC/ J/m2] Elastcity modulus [E/GPa] Ply thickness [h/mm] Poisson ratio [ν] Toray-T800S 340 294 0.1875 0.3 Drilling test.

According to geological characteristics and the occurrence of heavy oil properties in the northern Tibetan plateau, the development feasibility studies and risk analysis were carried out .
The main factor affecting reservoir properties was theorized.
Reservoir properties and pore structure characteristics.Pores and fissures are the major reservoir.
Diagenesis and reservoir The impact of Lithogenesis on reservoir properties is great.The process of reservoir destruction or erosion was made by early cementation and compaction ,while it is good for expand the space of reservoir by dissolution and fracturing 1.Compaction and Disruption For the medium-deep reservoir ,compaction is one of the most important factors in porosity and permeability effect.
However, the reservoir properties are improved greatly by the dissolution.

The results indicate that the upright magnesium reducing furnace has perfect flue gas flow field and temperature field to meet the challenge of the magnesium reducing process; the major factors that affect the magnesium reducing reaction are the low thermal conductivity of slag and the high chemical reaction heat absorption.
Other parameters: The property parameters of the smoke can be regarded as RCO2=0.13, RH2O =0.11, RN2=0.76, temperature t＝1250℃.
These are the major factors that affect the rate of the magnesium reducing reaction, and its key problem is just the slow calefactive process of the central material.
The result shows that the major factors, which restrict the speed of the magnesium reducing reaction, include low thermal conductivity of slag and the high chemical reaction heat.
Mechanical Engineer,” No.1, 2002, pp.6-8.

The microstructure and the mechanical properties of the coating are affected by the spraying parameters, like the spraying power, stand-off distance and powder feed rate, etc.
They correlated the obtained response equations based on the experimental designs with the responses relevant to microstructure, mechanical, and electrical properties of coatings deposited using various thermal spray and post-spray processes.
It has been broadly recognized in the thermal spray community that there are many hundreds of parameters, which can potentially affect the properties of the coatings.
The circular contour plot indicates that the interactions between the corresponding factors are insignificant, while the elliptical contour plot indicates that the interactions between the corresponding factors are significant [25].
[27] H.Guo, S.Kuroda, and H.Murakami, Microstructures and Properties of Plasma-Sprayed Segmented Thermal Barrier Coatings, J.

In the paper, a mechanical analysis for a piling machine column is conducted, based on the virtual prototype proposed in a previous portion of our research work in this area.
Literature review shows that little research effort has been reported for the mechanical properties of composite pile frame [5].
The variable h affects the contact area between the column and tension diagonal.
In addition, other factors required by manufacturability may affect the column strength.
Taking air holes and other factors that may affect the column strength into consideration, the authors conducted a further check for strength adequacy of the detailed column.

Therefore, this paper highlights the investigation on metallurgical factors affecting significantly HIC occurrence at bondline including center segregation effects, and to discuss the effect of ERW variables on the factors.
Table 1 shows the chemical composition and typical properties of the parent material.
The chemical composition, mechanical and HIC properties of the strip for X60 ERW line pipe.
Then, analysis on the effect of the factors was done, and finally DOE optimization was established based on the test results.
This result is consistent with the fact that the main factor affecting HIC occurrence at the bondline is penetrators, such as an oxide inclusion and segregation effects are negligible.