data for "Micro-patterning of C-C covalently-bound grafts by mechanochemical imprint lithography"
Creators: name: xie, xiaoshi
Publisher: name: Zenodo
Year: 2024

description: Description of raw data

1.        CV (1) curves were plotted by origin software for Fig. 1b.

2.        Raman spectra (2-3) were plotted by origin software and smoothed to be used in Fig. 1c.

3.        AFM image (4) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. 1d.

4.        AFM image (5-6) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. 2(b-c).

5.        SEM image (7-8) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. 3a.

6.        SEM image (9) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. 3c.

7.        AFM image (10) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. 3d.

8.        AFM image (11) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. 4b.

9.        SEM image (12) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. 4c.

10.    SEM image (13) was adjusted the brightness and contrast to be used in Fig. S1.

11.    Raman spectra (14) was plotted by origin software and smoothed to be used in Fig. S2a.

12.    Raman spectra (15) was adjusted the brightness and contrast to be used in Fig. S2b.

13.    SEM image (16) was adjusted the brightness and contrast to be used in Fig. S3.

14.    SEM image (17-20) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S4(a-d).

15.     AFM image (21) was flattened and equalized by applying a 3x3 Gaussian smoothing filter and set to 3D mode for use in Fig. S5a.

16.     STM images (22) are fit by a polynomial of second or higher order, and planar fitting and spreading of all images is applied to the Fig. S5b.

17.    SEM image (23) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S6a.

18.    SEM image (24) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S6b.

19.    SEM image (25) was adjusted the brightness and contrast to be used in Fig. S8.

20.    SEM image (26-31) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S9(a-f).

21.     AFM image (32) was flattened and equalized by applying a 3x3 Gaussian smoothing filter and set to 3D mode for use in Figure S10(a-b).

22.     AFM image (33) was flattened and equalized by applying a 3x3 Gaussian smoothing filter and set to 3D mode for use in Figure S10(c-d).

23.     AFM image (34) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Figure S10e.

24.    SEM image (35) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S10f.

25.    SEM image (36-37) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S11(a-b).

26.    Raman spectra (38-39) were plotted by origin software and smoothed to be used in Fig. S11(c-d).

27.    SEM image (40-43) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S12(a-d).

28.     SEM image (44-47) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S13(a-d).

29.     SEM image (48-51) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S14(a-d).

30.     SEM image (52-55) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S15(a-d).

31.     SEM image (56-59) was adjusted the brightness and contrast and cropped to a suitable shape to be used in Fig. S16(a-d).

32.    AFM image (60-61) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. S17(a-b).

33.    AFM image (62) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. S18(a-c).

34.    AFM image (63) was flattened, equilized, applied 3x3 gaussian smooth filter to be used in Fig. S18(d-f).