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Chemical mechanical polishing slurry in CPM is a key factor.
The type, physical and chemical properties, particle size, particle dispersion and stability etc. of polishing abrasive, are closely related with the polishing.
In addition, the polishing pad properties (such as material, roughness, etc.) are also greatly affected the results of CMP[16].
The study shows that the polishing efficiency of chip surface is mainly affected by its pattern density, and its pattern density in different station also affected[19].
Its viscoelastic property is better than traditional polyurethane pad.

In recent years, increasing weld strength along with improved surface properties of the joint during friction stir welding (FSW) has gained noteworthy attention due to increasing applications concerning higher wear resistance and strength related factors.
Rathika (2013) Investigation of microstructure and mechanical properties of aluminum hybrid nano-composites with the additions of solid lubricant, Mater.
Paul (2019) Particle size and shape effects on the surface mechanical properties of aluminium coated with carbonaceous materials, J.
Fujii (2011) The effect of SiC particles on the microstructure and mechanical properties of friction stir welded pure copper joints, Mater.
Fratini (2017) Enhancement of mechanical properties of FSWed AA7075 lap joints through in-situ fabrication of MMC, J.

Introduction For certain steel grades -like HSLA steels- the mechanical properties of the final product are predominantly determined by the process control in the finishing mill.
Deformation prior to nucleation affects the nucleation equations in three ways.
The effect of the deformation on the pre-factor however, remains unclear.
The effect of deformation on the growth rate lies in two different factors.
Second, the presence of dislocation substructures may affect the mobility of the γ−α interface.

The filtering experiment showed that the filtration properties were better when the area density of PVA nanofibers is 2.5g/m2.
The mechanical strength of nanofibers is very low, which make they cannot be used for filtering and need to compound together with other carriers (base material).The sandwich structure purification material with glass fiber and industrial filter cloth as base material [1], PVA nanofibers as core material was prepared by using the hot pressing technology and its filtration properties were also tested.
Preparation of sandwich structure material and its filtration properties.
Taylor cone will form in the electrospinning process and the surface tension mainly affects the formation of Taylor cone.
Fig.8 The filtration efficiency and retention rate of fibers under different cycles Conclusions PVA has been taken seriously by people because of its superior physical and chemical properties as well as no pollution.

Introduction Microstructure evolution is one of the most important feature for controlling the mechanical properties of metallic materials during processing.
Some researchers have indicated that the advantage of mesoscopic models was that material properties may significantly depend on microstructure morphology and spatial distributions [2].
It is well known that the microstructure evolution of nickel alloys turbine disks is a key factor in determining the mechanical properties of disks.
In the design of dual-property turbine disk, the microstructure of rim and hub of disk can be design for satisfying different requirement of mechanical properties.
Clearly the dissolution kinetics of the primary precipitate will also affect the coarsening of the matrix phase.

The factors which usually affect the hydrolysis process are such as the concentration of either the substrate or enzymes, temperature and pH.
(Source: Starches - Characterization, Properties, and Applications [7]) Fig. 1.
However, retrogradation is sometimes promoted to modify structural, mechanical or organoleptic properties of certain starch-based products.
Properties of Hydrolyzed Starch Determination of Hydrolysis Yield.
Bertolini, Starches: Characterization, properties, and applications.

A recent study compared the thermal and mechanical properties of different materials based on clay and vegetal aggregates including rape straw and clay (Brouard et al., 2018).
Experimental study of parameters influencing mechanical properties of hemp concretes.
Mechanical and thermal properties of lime and hemp concrete (“hempcrete”) manufactured by a projection process.
Effect of Viscosity Modifying Agent on the Mechanical and Transport Properties of Hemp and Rapeseed Straw Concrete. 2nd Int.
Experimental study on mechanical properties of low-volume rape straw fiber concrete.

These parameters are controlled by the input factors characterizing the composition of the charge SHS process.
The study, using a fractional factorial design was obtained by linear approximation response functions in a given area changes controllable factors, and coded named values are presented in Table 1.
Coded* and named input values of controlled factors.
Selected indicators unevenly affect the level of the quality of SHS ferrosilid.
Kharisov Properties of ferrosilicide and high-alumina cement from dispersed waste of machine building // Litejnoe Proizvodstvo. – 2002. – №2. – С.11

Several factors such as their chemical composition, viscosity, porosity, radiopacifiers and antibiotic additives, mixing methods, sterilization, and temperature during handling, mechanical properties and biocompatibility, affect the clinical performance of PMMA bone cements.
Chemical, physical and mechanical properties of acrylic bone cements Commercial bone cements consist of a powder and a liquid component.
Mechanical properties of different ABC according to ref. [4].
The influence of the size and shape of the alumina fillers and the loading on the mechanical properties of the prepared composite were studied using nanoindentation measurements and dynamic mechanical analysis.
Rizkalla, Physical and mechanical properties of PMMA bone cement reinforced with nano-sized titania fibers, J.

The simulation results showed the scan speed is the most significant factor affecting thermal stress, followed by the layer thickness.
Deposition speed: the main effect resulting from the changes of travelling speed is the frequency changes of the material heating and cooling cycle, which essentially alters the degrees of thermal gradients, affecting the thermal induced stresses accordingly.)
The Preparation of the Simulation The acrylonitrile butadiene styrene (ABS) is considered as the feedstock, which is widely used in FDM thanks to its perfect mechanical property.
However, the performance of ABS shows a little change with temperature, Table 1 shows the properties of ABS under different temperature.
The mechanical property of ABS is the same at any part of the model.