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However, large volume expansion and contraction of silicon anode materials during lithiation/delithiation (~ 328 %) result in poor electrical contact between the current collector and the active materials and capacity loss over a relatively small number of cycles, which has been an obstacle in its wider use in commercial Lithium-ion battery applications [4-6].
To overcome this problem, metallic oxides, especially SiOx powders have been proposed for alternative anode materials with better cycle performances than silicon.
It is known that the Li2O and lithium-silicate act as buffer materials for volume changes, which improves the cycle stability [7, 8].
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Introduction Barium titanate (BaTiO3) is a prototypical ferroelectric material with a characteristic tetragonal distortion of cubic perovskite structure.
The starting materials were mixed powders BaCO3 (99.5% purity, May & Baker LTD., UK) and TiO2 (Ajax Finechem).
Acknowledgments The authors thank the Advanced Materials Physics Laboratory (Amp.), School of Physics, Institute of Science, Suranaree University of Technology, NakhonRatchasima and the division of Science, Faculty of Science and Technology, Rajamangala University of Technology Phra Nakhon (RMUTP).
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Niepce, Synthesis reaction of metatinate BaTiO3 Part 1 Effect of the gaseous atmosphere upon the thermal evolution of the system BaCO3-TiO2, Journal of Materials Science. 18 (1983) 3041-3046

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Materials and Methods 2.1.
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A Thermovision Method for Studying Deformation Kinetics of Materials and Structure Elements E.S.
The characteristic changes in the temperature of a sample correspond to the limiting states of the material.
Study of deformation and fracture of materials with the recording of thermograms and measurement of temperature is based on the phenomenon of the thermal effect following the deformation processes.
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In addition, the organic materials strongly affected the compressibility of the soil based on the humification.
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The facing and core materials are assumed to display linear elastic behavior.
Three core materials were investigated.
These critical stresses are lower than the critical failure stress of the materials in compression.
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Journal of Achievements in Materials and Manufacturing Engineering (2007), Vol. 23, 35-38 [4] Nia G.X., Choy Y.S ., Lu W.W., Ngan A.H.W., Chiu K.Y., Lia Z.Y., Tang B., Luk K.D.K.: Nano-mechanics of bone and bioactive bone cement interfaces in a load-bearing model.
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Paper is mainly made of cellulosic pulp fibers derived from renewable natural bioresources including wood and non-wood lignocellulosic materials[9].
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