Biomedical Engineering Reference
In-Depth Information
TABLE 3.6 (Continued)
Summary of Recent Studies of Electrophoretic Deposition of Hydroxyapaptite (HAp)
HAp
Concentration
Voltage
(V)
Time
(min)
Temperature
(°C)
Quality
(Cracks)
Thickness
(μm)
Coating
HApType
Substrate
Medium
Sintering
Reference
HAp +
chitosan
Nano-HAp
316L stainless
steel (foil, wire)
Ethanol-H
2
O
1000°C
~60
144
HAp +
chitosan
Precipitated
HAp
Pt, stainless
steel (plate,
wire), graphite
Ethanol-H
2
O-
chitosan
8 g/L
25
≤1200°C
No
50
145
HAp + SiO
2
+
chitosan
HAp
Ti (foil),
graphite,
316L stainless
steel (foil, wire)
Ethanol-H
2
O
2.5 g/L
10-30
1-10
25
No
~100
146
HAp + CaSiO
3
+
chitosan
Nanoneedle
HAp
316L stainless
steel
Ethanol-H
2
O
0.5-1.0 g/L
20
1000°C
0.1-20
(single
layer)
147
HAp +
bioglass +
chitosan
HAp +
bioglass +
alginate
Nanoneedle
HAp
Pt (foil), Ti
(wire),
platinized Si
wafer
H
2
O-chitosan-
sodium alginate
0-1 g/L
10-30
25
≤1000°C
No
148
HAp +
chitosan +
heparin
Nanoneedle
HAp
304 stainless
steel, Pt (foil),
graphite
H
2
O-acetic acid
0.5-1.0 g/L
10-30
2-100
(Multilayered)
149
HAp +
bioglass +
chitosan +
heparin
Nano-HAp
NiTi shape
memory alloy
Ethanol-H
2
O
0.5 g/L
chitosan
10-30
25
1-30
150
a
TCP, tricalcium phosphate.
b
PVA, polyvinyl alcohol.
c
YSZ, yttria partially stabilized zirconia.
d
CNT, carbon nanotubes.
e
PVB, polyvinyl butyral.
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