National Repository of Grey Literature 26 records found  previous11 - 20next  jump to record: Search took 0.00 seconds. 
Porous composites based on siloxane resin for hard tissue replacements
Suchý, T. ; Balík, Karel ; Sochor, M. ; Černý, Martin ; Hulejová, H. ; Pešáková, V.
A composite material based on polysiloxane and first on glass fabrics was prepared. The composite samples were prepared with controlled open porosity, the sizes of which were in the range: i) 0,2-0,4 mm, ii) 0,4-0,6 mm, and iii) >0,6 mm. For further improvement of osseointegration, a powder hydroxyapatite, particle size of 0,005 mm in the amount of 10 wgt %. The effects of surface treatment and hydroxyapatite matrix additives on osseointegration were studied by methods in vitro and in vivo.
Kompozity na bázi skla a polysiloxanů pro použití v biomedicíně
Suchý, Tomáš ; Balík, Karel ; Sochor, M. ; Černý, Martin ; Sedláček, R. ; Hulejová, H. ; Pešáková, V.
The size of open pores of composites based on glass and polysiloxanes and its influence on biocompability was studying.
Mechanical Testing of Carbon-Carbon Composite for Applications in Human Spine Surgery in the Form of Intervertebral Cages
Sochor, M. ; Balík, Karel ; Suchý, Tomáš ; Sedláček, R. ; Tichý, P.
In this paper are presented results of mechanical testing of carbon-carbon composites to be used in human spine surgery in the form of the intervertebral cages.
Applied for Assesing the Stres Distribution in the Intervertebral Cages
Sochor, M. ; Balík, Karel ; Tichý, P. ; Španiel, M. ; Vtípil, J.
A project developing intervertebral implants based on a C-C composites was initiated by some extraordinary characteristics of this material. FEM was applied for assesing the stress distribution in the intervertebral cages.
Intervertebral Cages Based on Carbon-Carbon Composites - Experimental Measurements
Sochor, M. ; Balík, Karel ; Suchý, Tomáš ; Tichý, P. ; Sedláček, R.
In this paper are presented some results of project of carbon-carbon composite used for treatment of some human lumbar spine injuries in the form of the intervertebral cages.
Characteristics of Materials to Be Used in Bone Surgery
Sochor, M. ; Balík, Karel ; Sedláček, R. ; Tichý, P. ; Suchý, Tomáš
The paper presented deals with mechanical testing of C-C composite materials useable in orthopeady in the form of intervertebral cages applied at lumbar spine injuries treatment. Some results obtained are presented in this paper.
Experiments Proposed when Developing Cages Based on Carbon-Carbon Composites
Sochor, M. ; Balík, Karel ; Sedláček, R. ; Tichý, P. ; Vtípil, J.
A project developing intervertebral implants based on a C-C composites was initiated by some extraordinary characteristics of this material.
Study of implants used for osteosynthesis of lumbar spine
Sochor, M. ; Balík, Karel ; Beneš, J. ; Tichý, P.
In this paper are presented some results of mechanical and biocompatible testing of C-C composite used for treatment of some human lumbar spine injuries in the form of the intervertebral cages.
Cages Based on Carbon-Carbon Composite
Sochor, M. ; Balík, Karel ; Tichý, P. ; Španiel, M. ; Vtípil, J.
A project developing intervertebral implants based on a C-C composites was initiated by some extraordinary characteristics of this material.
Oxygen resistivity of 2-D composites based on E-glass and siloxane
Balík, Karel ; Černý, Martin ; Kolář, František ; Křena, J.
2-D composites prepared from glassy fabric and siloxane resin as a matrix were cured and subjected to pyrolysis at 400, 500, 600řC in nitrogen. Materials were oxidized in dried air at 400 and 700řC for a period of 1h.

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