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Hence, it becomes necessary to comprehend acutely the effects of such manufacturing processes on the material properties, such as the crystalline quality of the transferred layer or its electrical and optical properties.
In this extent, SiC-on-Insulator (SiCOI) structures can be of great interest for probing the properties of the transferred layer alone, electrically insulated from the receiver substrate.
Using such, it is possible to measure the electrical properties of the transferred layer, affected by the ion implantation step [14], before the recovery of the material in the finishing steps.
For this reason, we chose here to use the SiCOI structure as a tool for characterizing the electrical properties of the transferred SiC layer.
We considered a Hall factor equal to 1 – close to the values previously measured by Rutsch et al. [21] under similar magnetic field.

Through many experiments and field practice, the author found that the bearing capacity of the anchoring section of anchor cable is not only effected by the bonding stress along the anchoring section, but also effected by many other factors, which can be expressed in expression (2): (2) Where is the load bore by the part of anchoring section; is the contribution coefficient loaded on the part from the anterior and posterior segment of anchoring section; is the borehole area of the part; is the length of the part; is the properties of the cement mortar of the part; is the properties of the stratum around the part; is grouting pressure loaded on the part; is the properties of reinforcement material.
Fully considering soil and rock self stability and the interaction among environmental factors and engineering are the new thought for slope anchorage Engineering.
(2) The anti-corrosion technology mainly points to the external and internal factors that can induce anchorage structure corrosion.
So studies on slope anchoring mechanism are still need to strengthened, including the study of anchorage system effect on the stress distribution and mechanical properties of rock and soil and the working performance of anchorage system under the effect of earthquake or blasting impact load.
Analysis of factors influencing the stress distribution in prestressed cables[J].

The regenerative type is found to be the main limiting factor to the production rate in most machining processes Fig. 1 [3].
Frictional properties of the tool work piece interaction affect the dynamic cutting force characteristics and, consequently, have a great influence on the process stability.
SDOF modeling of the turning process including tool wear Two approaches are possible to extend this work to multi DoF systems, one is to find the dominant mode of a mDoF system and use its parameters as the equivalent properties of the sDoF system.
Transactions of American Society of Mechanical Engineers 1958; 80:1079
Proceeding, Institution of Mechanical Engineers 1946, 154:261

Some magnetic composites showed as interesting materials for MR properties.
Long et al, reported the MR properties of PANI nanotubes filled with magnetite [16].
Structural, electrical and magnetic properties are discussed.
Transport Properties.
Li, Synthesis and electrical–magnetic properties of polyaniline composites.

Among them, the electrode material is the most important factor.
Carbon/ conductive polymer Material The conductive polymer is a kind of conductive polymer, its mechanical properties are poor, easy to aging and fall off, so it need to be attached to a certain skeleton to play the advantages of its pseudo capacitor.
Fig. 1 The electrochemical properties of the MnO2/PANI composite, MnO2 nanowire and PANI nanowire.
CNTs/TiO2 composites and its electrochemical properties after UV light irradiation, Progr.
Wang, One-Step Synthesis of Graphene−Cobalt Hydroxide Nanocomposites and Their Electrochemical Properties, J.

For a load-bearing application, mechanical properties such as strength, fracture toughness, modulus and hardness are the indispensable factors for lifetime and performance between the implant and the living tissue.
Processing and mechanical properties of hydroxyapatite reinforced with hydroxyapatite whiskers.
Novel bioactive materials with different mechanical properties.
High-strength biofunctional zirconia: mechanical properties and static fatigue behaviour of zirconia-apatite composites.
Advances in biomaterials, Mechanical properties of biomaterials.

So it is the key factor to take effective tunnel surrounding control technology for safety and effect of isolated island coal face.
Mechanical model and mechanical parameters.
With Mohr-Coulomb yield criterion to judge the damage of rock mass, the rock mechanical property parameters of coal rock mass model is shown in table 1.
Table 1 Coal petrography mechanical parameters lithology Thickness （m） Shear modulus （GPa） Bulk modulus (GPa) Cohesion (MPa) Internal Friction angle（°） Density (kg/m3) mudstone 7.2 3.47 6.08 3.5 30 2472 13-2 coal 0.9 2.01 4.9 1.25 28 1380 Chiltern mudstone 6.5 5.37 8.23 4.5 33 2472 13-1 coal 3.4 2.01 4.9 1.25 28 1380 Silt finestone 1.3 9.62 14.33 8.31 38 2520 Table 2 Rock mass mechanics parameters after slip casting reinforced Bulk modulus（GPa） Shear Modulus （GPa） Density （kg/m3） Internal Friction angle（º） Cohesion （MPa） Tensile Strength （MPa） 1.257 5.80 2243 29 1.0E6 0.83E6 Characteristic of surrounding rock stress.
It is shown as Fig.4 that bolt is affected by tension stress and bolt cable by pressure stress in bolt cable-mesh support.

The slope analysis is a mechanics process for geological body, which has property of discontinuity, including interdependent elements and easily influenced by seism.
The high arc dam system of hydraulic engineering has above complex factors of slope.
Affects for the latent sliding face in the infinitesimal body's normal average compressed stress.
Conclusion Rock mass fracture and crack and the seismic environment are unavoidable factors of high arc dam system influence the sliding safety of dam shoulder slope.
The developed model including dynamic contact element reflecting local rock crack and quasi continuous medium reflecting large deform can accurately simulate above factors.

These factors in combination with the heat expandable gasket, creates a high lateral compressive stress in the filter when seated in the filter bowl.
The thermal stress generated in a brittle ceramic body during heating is dependent on the material's physical properties [12].
Table 2 provides data on the general physical properties of the CS-X filter.
Physical Properties of CS-X Filter Material.
Field-testing of the new filter confirmed it has superior thermal-mechanical properties relative to PBA filters.

The swelling potential is influenced by factors such as clay mineral composition, dry density, void ratio, cementation, and soil macrostructure.
Particle size curve The geotechnical properties of the soil materials are presented in Table 2.
Assadi-Langroudi, Structure-based hydro-mechanical properties of sand-bentonite composites, Engineering Geology, Vol. 235, (2018) 53-63, ISSN 0013-7952, https://doi.org/10.1016/j.enggeo.2018.02.002
Sabtan, Geotechnical properties of expansive clay in Tabuk, S.
Bentley, Shrinkage and Swelling Characteristics, in Soil Properties and their Correlations.