Additional file 1: Figure S1. of Effects of Defects on the Mechanical Properties of Kinked Silicon Nanowires
Creators: name: Chen, Yun
name: Zhang, Cheng
name: Liyi Li
name: Tuan, Chia-Chi
name: Chen, Xin
name: Gao, Jian
name: Yunbo He
name: Ching-Ping Wong
Publisher: name: Figshare
Year: 2017
Subjects: subject: Biophysics
subject: Biochemistry
subject: 29999 Physical Sciences not elsewhere classified
subject: FOS: Physical sciences
subject: FOS: Physical sciences
subject: Cell Biology
subject: Genetics
subject: FOS: Biological sciences
subject: FOS: Biological sciences
subject: Molecular Biology
subject: Physiology
subject: Sociology
subject: FOS: Sociology
subject: FOS: Sociology
subject: Developmental Biology
subject: 111714 Mental Health
subject: FOS: Health sciences
subject: FOS: Health sciences
subject: Computational Biology

description: (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 1st-W0.5-L1.0; (III) 1st-W1.0-L1.0; (IV) 1st-W1.5-L1.0. Figure S2. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 1st-W0.5-L1.5; (III) 1st-W1.0-L1.5; (IV) 1st-W1.5-L1.5. Figure S3. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 1st-W0.5-L2.0; (III) 1st-W1.0-L2.0; (IV) 1st-W1.5-L2.0. Figure S4. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 2nd-W0.5-L1.0; (III) 2nd-W1.0-L1.0; (IV) 2nd-W1.5-L1.0. Figure S5. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 2nd-W0.5-L1.5; (III) 2nd-W1.0-L1.5; (IV) 2nd-W1.5-L1.5. Figure S6. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 2nd-W0.5-L2.0; (III) 2nd-W1.0-L2.0; (IV) 2nd-W1.5-L2.0. Figure S7. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 3rd-W0.5-L1.0; (III) 3rd-W1.0-L1.0; (IV) 3rd-W1.5-L1.0. Figure S8. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 3rd-W0.5-L1.5; (III) 3rd-W1.0-L1.5; (IV) 3rd-W1.5-L1.5. Figure S9. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 3rd-W0.5-L2.0; (III) 3rd-W1.0-L2.0; (IV) 3rd-W1.5-L2.0. Figure S10. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 4th-W0.5-L1.0; (III) 4th-W1.0-L1.0; (IV) 4th-W1.5-L1.0. Figure S11. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 4th-W0.5-L1.5; (III) 4th-W1.0-L1.5; (IV) 4th-W1.5-L1.5. Figure S12. (a) The relationships between the strain and stress of KSiNWs with defects when tensioning. (b) Final profiles after fracture. (I) Control; (II) 4th-W0.5-L2.0; (III) 4th-W1.0-L2.0; (IV) 4th-W1.5-L2.0. (DOCX 37176 kb)