-transparent.png){kind=logo}
By using the fracture toughness estimation method based on two-dimensional map, it was found that the ductility of the high porosity hydroxyapatite/mice composite was comparable with silicon carbide. It was measured to be higher than that of packed hydroxyapatite. Alumina ceramics with more than 96% aluminium oxide showed a higher fracture toughness than the composite material. When bending strength was compared, the strength of the composite was two or three times lower than that of packed hydroxyapatite and much lower than the other studied materials. The composite material showed high porosity, which in turn gives it a lower bending strength. However, the high porosity is more favourable for biocompatibility.
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
December 2019,
Materials (Basel, Switzerland),
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
June 2019,
Dental materials journal,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
December 1998,
Hua xi yi ke da xue xue bao = Journal of West China University of Medical Sciences = Huaxi yike daxue xuebao,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
January 1993,
Journal of research of the National Institute of Standards and Technology,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
January 1993,
The International journal of prosthodontics,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
June 2024,
Nanoscale,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
November 2016,
Materials science & engineering. C, Materials for biological applications,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
October 2010,
Journal of biomedical materials research. Part B, Applied biomaterials,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
January 1994,
Bio-medical materials and engineering,
E G Nordström, and
A T Yokobori, and
T Yokobori, and
Y Aizawa
August 2012,
Acta biomaterialia,
