Hydroxyapatite and Other Biomedical Coatings by Electrophoretic Deposition - Biological and Biomedical Coatings: Processing and Characterization - page 113

HAp Nano-HAp Ti6Al4V,

femoral shaft
of hip
prosthesis

Ethanol 58 wt.% 10-30 5-11 500°C, 1 h 20-30 106

HAp Nano-HAp Ti

Ethanol-PVA b -
N,N -dimethyl-
formamide

0.10 wt.% 20, 200

(dynamic)

800°C,
2 h, Ar

No 107

HAp HAp powder Ti, Ti6Al4V,

316L stainless
steel

Ethanol 5 g/L 50 875°, 900°,

950°, 975°,
1000°,
1050°C,
1 h, Ar

108

HAp Stainless steel

cortical screws

50-200 2 950°C,

1 h, Ar

109

HAp HAp powder 316L stainless

steel

Isopropanol 2.50 wt.% 60 2-5 800°C,

1 h, 10 -5
Torr

110

HAp Submicron

HAp

316L stainless
steel

Ethanol 200, 400,

800

0.05 800°C, 2 h No 111

HAp Nano-HAp,

polystyrene
spheres for
pores

Ti Ethanol 100 900°C, 1 h 112

HAp Hap powder

0.3 μm

Ethanol-HNO 3 30 g/L 1 1200°C,

2 h

No 50 113

HAp 316L stainless

steel

Isopropanol 30-90 3 800°C,

1 h, 10 -5
Torr

114

HAp Stoichiometric

and
calcium-
deicient Hap
powder

Ti Ethanol-HCl 5 g/L 12 2-5 800°C, 2 h Yes 5-15 115

HAp HAp powder Ti6Al4V H 2 O-

ethylenediol

3 g/L 400 10 25-75 116

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