Development of bioceramic material for spinal surgery implants

Abstract

Highly porous zirconia-based ceramics were prepared. The ceramic samples sintered at 1600°C had porosities from 40% to 43%, with pore size ranges as follows: "big pore" 100-220 pm and "small pore" 0.8-8 pm. This makes the ceramic structure to be very similar to the structure of the natural spinal bone. The level of mechanical properties of the synthesized zirconia-based ceramics is determined by the pore sizes. The values of the compressive strength and the effective Young's modulus are very similar to those characteristics of the natural spinal bone.

Original language	English
Article number	012004
Journal	IOP Conference Series: Materials Science and Engineering
Volume	140
Issue number	1
DOIs	https://doi.org/10.1088/1757-899X/140/1/012004
Publication status	Published - 8 Aug 2016
Event	International Seminar on Interdisciplinary Problems in Additive Technologies - Tomsk, Russian Federation Duration: 16 Dec 2015 → 17 Dec 2015

ASJC Scopus subject areas

Materials Science(all)
Engineering(all)

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10.1088/1757-899X/140/1/012004

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title = "Development of bioceramic material for spinal surgery implants",

abstract = "Highly porous zirconia-based ceramics were prepared. The ceramic samples sintered at 1600°C had porosities from 40% to 43%, with pore size ranges as follows: {"}big pore{"} 100-220 pm and {"}small pore{"} 0.8-8 pm. This makes the ceramic structure to be very similar to the structure of the natural spinal bone. The level of mechanical properties of the synthesized zirconia-based ceramics is determined by the pore sizes. The values of the compressive strength and the effective Young's modulus are very similar to those characteristics of the natural spinal bone.",

author = "T. Sablina and N. Savchenko and A. Pshenichnyy and M. Grigoriev and S. Buyakova and S. Kulkov",

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AU - Sablina, T.

AU - Savchenko, N.

AU - Pshenichnyy, A.

AU - Grigoriev, M.

AU - Buyakova, S.

AU - Kulkov, S.

PY - 2016/8/8

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N2 - Highly porous zirconia-based ceramics were prepared. The ceramic samples sintered at 1600°C had porosities from 40% to 43%, with pore size ranges as follows: "big pore" 100-220 pm and "small pore" 0.8-8 pm. This makes the ceramic structure to be very similar to the structure of the natural spinal bone. The level of mechanical properties of the synthesized zirconia-based ceramics is determined by the pore sizes. The values of the compressive strength and the effective Young's modulus are very similar to those characteristics of the natural spinal bone.

AB - Highly porous zirconia-based ceramics were prepared. The ceramic samples sintered at 1600°C had porosities from 40% to 43%, with pore size ranges as follows: "big pore" 100-220 pm and "small pore" 0.8-8 pm. This makes the ceramic structure to be very similar to the structure of the natural spinal bone. The level of mechanical properties of the synthesized zirconia-based ceramics is determined by the pore sizes. The values of the compressive strength and the effective Young's modulus are very similar to those characteristics of the natural spinal bone.

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Development of bioceramic material for spinal surgery implants

Abstract

ASJC Scopus subject areas

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