Figures & data
![](/cms/asset/1a377d76-84e2-4d68-9cd3-a9a2b5490ee1/tmrl_a_1383946_uf0001_c.jpg)
Figure 2. Representative HRTEM (a) and SADP (b) images of as-deposited Cu–Zr film with h = 2000 nm. Typical EDX mapping analysis for the Cu–Zr film (c,d) shows a uniform distribution of constituent elements. The atom percentages of Cu and Zr in the MG film are inserted in (d).
![Figure 2. Representative HRTEM (a) and SADP (b) images of as-deposited Cu–Zr film with h = 2000 nm. Typical EDX mapping analysis for the Cu–Zr film (c,d) shows a uniform distribution of constituent elements. The atom percentages of Cu and Zr in the MG film are inserted in (d).](/cms/asset/6e2fd1b3-32b5-414b-af97-e26abc369104/tmrl_a_1383946_f0002_c.jpg)
Figure 3. Representative load–depth curves of the Cu–Zr film with h = 1000 nm at different holding loads (a) and with different h at a constant holding load of 4500 μN (b).
![Figure 3. Representative load–depth curves of the Cu–Zr film with h = 1000 nm at different holding loads (a) and with different h at a constant holding load of 4500 μN (b).](/cms/asset/38adc79c-633f-430a-9aaf-6c355e9bb0a9/tmrl_a_1383946_f0003_c.jpg)
Figure 4. (a) Representative experimental results and fitting curve of h = 2000 nm Cu-Zr MG film. (b) Fitting creep responses for Cu–Zr films with different h. (c) Representative creep strain rate as a function of creep time for h = 1500 nm Cu–Zr film at different holding loads. (d) Example of the experimental method to determine the SRS.
![Figure 4. (a) Representative experimental results and fitting curve of h = 2000 nm Cu-Zr MG film. (b) Fitting creep responses for Cu–Zr films with different h. (c) Representative creep strain rate as a function of creep time for h = 1500 nm Cu–Zr film at different holding loads. (d) Example of the experimental method to determine the SRS.](/cms/asset/a6c598fd-0737-4dd9-9dc8-01a842978945/tmrl_a_1383946_f0004_c.jpg)