58
K. Illath et al.
Table 1
(continued)
S. No.
Metal
Shape
Size (nm)
Type
Reaction
condition
Tuning parameters
References
22
Au
Cages
7.2–9 (water soluble)
20.5 (nanocluster)
Solvothermal
60-210 °C
Reaction
temperature and
time
[87]
23
Au
Corolla
300
Solvothermal
Boiling for
10 min
–
[88]
24
Rh
Sheets
500–600
Solvothermal
At 180 °C for 8 h –
[89]
25
Rh
Dendrites
18–25
Solvothermal
At 220 0C for
1.5-24 h
Reaction time,
halogen anions, and
the molar ratio
[54]
Polyhedrons
8.5
± 0.3
Grains
<2
Cubes
4.8
± 0.3
Horned particles
3–11
Dendrites
network- shaped
wires
5.1
± 0.3
26
Ni
octahedral
40.0
± 5.1
Solvothermal
200 °C for 12 h Solvents
[45]
truncated octahedral 25.2
± 4.3
200 °C for 12 h
27
Au
Star
39–104 (diameter)
50–187 (tip-tip
length)
Chemical
reduction—seed-mediated
Ascorbic acid
reduction
Order of reagent
addition, size and
amount of seed,
molar ratio, the
addition of halides
and pH
[63]
(continued)
K. Illath et al.
Table 1
(continued)
S. No.
Metal
Shape
Size (nm)
Type
Reaction
condition
Tuning parameters
References
22
Au
Cages
7.2–9 (water soluble)
20.5 (nanocluster)
Solvothermal
60-210 °C
Reaction
temperature and
time
[87]
23
Au
Corolla
300
Solvothermal
Boiling for
10 min
–
[88]
24
Rh
Sheets
500–600
Solvothermal
At 180 °C for 8 h –
[89]
25
Rh
Dendrites
18–25
Solvothermal
At 220 0C for
1.5-24 h
Reaction time,
halogen anions, and
the molar ratio
[54]
Polyhedrons
8.5
± 0.3
Grains
<2
Cubes
4.8
± 0.3
Horned particles
3–11
Dendrites
network- shaped
wires
5.1
± 0.3
26
Ni
octahedral
40.0
± 5.1
Solvothermal
200 °C for 12 h Solvents
[45]
truncated octahedral 25.2
± 4.3
200 °C for 12 h
27
Au
Star
39–104 (diameter)
50–187 (tip-tip
length)
Chemical
reduction—seed-mediated
Ascorbic acid
reduction
Order of reagent
addition, size and
amount of seed,
molar ratio, the
addition of halides
and pH
[63]
(continued)
