Biomedical Engineering Reference
In-Depth Information
α-Al
2
O
3
Nonaqueous
Anode: graphite
Electrode
separation:
1 cm
Medium: ethanol
10 vol.%
0-600
0-5
25
1550°C,
6 h
Al
2
O
3
deposit
thickness:
60-180 μm
55
Y-ZrO
2
(YSZ
c
)
YSZ
c
deposit
thickness:
30-110 μm
α-Al
2
O
3
0.6 μm
Nonaqueous
Anode: stainless
steel
Cathode:
stainless steel
Electrode
separation:
0.35 cm
Medium: ethanol
pH adjustment: HCl,
NaOH
Dispersant: Darvan C +
n
-butylamine
α-Alumina
2.5 vol.%
100, 300
20
56
Ce-ZrO
2
(CeSZ
d
)
0.32 μm
Ce-ZrO
2
1.5 vol.%
α-Al
2
O
3
+ ZrO
2
0.02 μm
Aqueous
Anode: stainless
steel
Cathode:
stainless steel,
Ni, Pt, Pd
Medium: H
2
O
Suspension pH: 4
5 vol.%
5-120
(over
time)
30
25
1350°C,
2 h
Al
2
O
3
+
ZrO
2
laminate
57
60 nm
α-Al
2
O
3
+ ZrO
2
220 nm
Nonaqueous
Anode: stainless
steel
Cathode:
stainless steel
Medium: ethanol
pH adjustment: HCl,
NaOH
Dispersant:
triethylamine + citric
acid
5 wt.%
20, 15
3, 5
Deposit
thickness:
10 μm,
15 μm
58
75 nm
α-Al
2
O
3
+
Y-ZrO
2
(YSZ
c
)
470 nm
Nonaqueous
Anode: stainless
steel
Cathode:
stainless steel
Electrode
separation:
2.6 cm
Medium:
monochloroacetic acid
in isopropanol
15 wt.%
85-105
0-30
25
1500°C,
2 h
Deposit
thickness:
≤1250 μm
59, 60
170 nm
(
continued
)
Search WWH ::
Custom Search