Skip to main content
Account

Table 1 Conditions of deposition in different experiments

From: A composite CdS thin film/TiO2 nanotube structure by ultrafast successive electrochemical deposition toward photovoltaic application

Experiment

Precursors (M)

Overvoltage (V)

Current density (A cm-2)

Period (s)

Group

   

-1.9

-5.66182*10-2

Inf.a

1

Method and substrates

Na2S2O3(0.3)

Na2S2O3(0.06)

-2.1

-7.56863*10-2

Inf.a

2

   

-2.1

-9.06196*10-2

Inf.a

3

Forms of voltages (injection)

CdS (0.001)

Na2S (0.001)

-5.0

-4.42343*10-3

Inf.a

4

-5.0

-2.94895*10-3

2

5

0

-7.62940*10-7

2

-5.0

-1.31268*10-3

2

6

+5.0

1.18708*10-3

2

Morphology and structure versus voltage amplitude

CdS (0.001)

Na2S (0.001)

-2.5

-5.81360*10-4

2

7

+2.5

2.34985*10-4

2

-5.0

-1.30234*10-3

2

8

+5.0

1.20498*10-3

2

-6.0

-2.07529*10-3

2

9

+6.0

1.54178*10-3

2

-7.0

-3.50537*10-3

2

10

+7.0

2.50537*10-3

2

-9.0

-5.00245*10-3

2

11

+9.0

3.23547*10-3

2

-10.0

-6.65894*10-3

2

12

+10.0

5.85234*10-3

2

Different concentration with voltage modulation

CdS (0.003)

Na2S (0.003)

-2.5

-2.36574*10-3

2

13

+2.5

1.78911*10-3

2

-5.0

-3.95514*10-3

2

14

+5.0

4.87913*10-3

2

-6.0

-6.93433*10-3

2

15

+6.0

4.98143*10-3

2

-7.0

-7.68741*10-3

2

16

+7.0

5.35164*10-3

2

-9.0

-8.09984*10-3

2

17

+9.0

6.15614*10-3

2

-10.0

-9.88776*10-3

2

18

+10.0

8.00364*10-3

2

CdS (0.003)

Na2S (0.005)

-2.5

-4.06871*10-3

2

19

+2.5

3.99878*10-3

2

-5.0

-6.79454*10-3

2

20

+5.0

5.51788*10-3

2

-6.0

-8.23256*10-3

2

21

+6.0

6.84196*10-3

2

-7.0

-9.94613*10-3

2

22

+7.0

9.21516*10-3

2

-9.0

-1.36516*10-2

2

23

+9.0

1.24556*10-2

2

-10.0

-2.31949*10-2

2

24

+10.0

1.93546*10-2

2

  1. a“Inf.” in the voltage column means potentiostatic condition.

Navigation