Hydroxyapatite and Other Biomedical Coatings by Electrophoretic Deposition - Biological and Biomedical Coatings: Processing and Characterization - page 115

HAp Precipitated

HAp

Carbon iber
(Tenax), carbon
felt (Lydall)

Isopropanol 30-100 g/L 50-200 0.2-10 25 No 129

Si-HAp Si-substituted

HAp

Ti n -Butanol-

chloroform-
triethanolamine

20 g/L 30 1.5 700°C, 2 h 130

Si-HAp Precipitated

Si-substituted
HAp

Ti n -Butanol,

triethanolamine

12.5 g/L 40 2-10 25 820°C No 6-30 131

HAp
HAp + YSZ c

Precipitated
HAp

Acetic acid,
ethanol,
isopropanol

0.25-10 g/L 100 25 132

HAp
Al 2 O 3

Precipitated
HAp

Carbon-coated
alumina

Ethanol,
acetylacetone

30, 60, 90 0.5-6 25 1400°C 133

HAp + CNT d

Submicron
HAp

Ti6Al4V Ethanol 2.5 wt.% 200 30 25 800°C,

1 h, 5 Torr
vacuum

No 10 134

HAp + CNT d

Nano-HAp Ti6Al4V HCl solution-

Darvan C

5 wt.% 20 4 600°C,

2 h, N 2

No 25 135

HAp + CNT d

Nano-HAp Ti Ethanol (pH

4-5)

5 g/L 30 1 25 700°C,

2 h, Ar

No 10-20 136

Nano-HAp Ti wire Ethanol (pH 3.5) 20 1-3 Yes 10 137

HAp + CNT d

HAp + CNT d

Precipitated
HAp

Ti6Al4V H 2 O-

triethanolamine

5 wt.% 20 25 600°C,

2 h, N 2

10-15 138

HAp + CNT d

Precipitated
HAp

Graphite, NiTi
shape memory
alloy

Ethanol-H 2 O 4 g/L 10-50 20 ≤800°C 0.5-10 139

Precipitated
HAp

Ni foil, carbon
felt, graphite

Isopropanol-
PVB e

30-200 g/L 50-200 ≤1 25 25 140

HAp + TCP a +
Ca 2 SiO 4

HAp + CaSiO 3
(Wollastonite)

Precipitated
HAp

Ti Ethanol 2 g/L 1 25 10 141

HAp + glass Nano-HAp Ti6Al4V Ethanol-H 2 O-

PVB e

8 wt.% 20 3 600°C

pyrolysis,
950°C, N 2

No 142

HAp + glass Nano-HAp Ti6Al4V 8 wt.% 20 7-8 25 950°C, N 2 No 143

( continued )