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Acknowledgements The authors would like to acknowledge the financial contributions received from the Natural Science Foundation of China (Ref.
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Although wafer-level packaging, temporary protection films etc. can protect the microstructures, but the structural, process and material design of MEMS will be limited seriously.
Acknowledgements The work and results discussed in this paper was supported by Youth Science and Technology Foundation of Wuhan Mechanical Technology College.
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Introduction At present, both at home and abroad, many impact study about nanometers SiO2 to mechanical behavior of cement based materials has been carried out, but it is rare in clayey nanometer materials for the admixture research.
Experiment chooses the materials for same as ash activity test materials.
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Introduction The failure of prostheses made of bioinert materials following implantation in patients with bone failure led to the development of a new generation of materials.
These materials interact and bond with living tissue or stimulate self-regeneration of the diseased bone [1].
In both cases, the understanding of the interaction between human bone cells and the bioactive materials is an important factor in the development of the materials.
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The volcanic rocks were mainly derived from the crust materials.
It indicates that diagenetic material mainly provided by the continental crust.
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Another challenge for micro-tubular SOFCs is to develop alternative cathode materials in order to reduce cathode-electrolyte interface polarization.
Efforts have been devoted to lowering the cathode polarization resistance for YSZ-based micro-tubular SOFCs by introducing novel cathode materials to meet the demand for commercialization [8, 9].
The SrFe0.9Sb0.1O3−δ (SFSb) powder was also synthesized by auto-ignition process with the raw materials Sb2O3, Sr(NO3)2, and Fe(NO3)3·9H2O at a proper molar ratio and then calcined at 950 °C for 3 h.
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These material presented the sensitivity of gas such as NO2, NH3, CO, CO2, O2, and H2, and so on.[9,10,26] Accordingly, The atomic structure of boron nitride(BN) sheets is similar to the honeycomb structure of graphene，Porous materials, such as Metal-organic Frameworks(MoF's), clathrates, carbon nanotubes, fullerences and organic hosts, were considered as possible Hydrogen storage materials[30-33].
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