Fig.3  Carbon-based nanomaterials and transition metal dichalcogenides

Fig.4  Lubrication mechanism diagrams of microcapsule (a) and cellular composite material(b)

Fig.10  Coercivity of unannealed and annealed magnetic powder cores prepared by different coating processes

Fig.6  Stress field distribution of joint Ⅲ(a) and joint Ⅳ(b)

Fig.1  SEM morphologies of the microstructures of Ti45Al-8Nb-0.3Y-mCo alloys (a)m=0;(b)m=0.5;(c)m=1;(d)m=2

Fig.1  Self-lubricating mechanism of FeCoCrNiAl/GNP composites^[83] (a)wear form; (b)wear mechanism; (c)COF and wear rate

Fig.4  Raman spectra of samples before and after fluorination  (a)AC, G, P and Q; (b)FAC, FG, FP and FQ

Fig.5  FTIR spectra of fluorinated samples

Fig.6  C1s spectra of fluorinated samples  (a)FAC; (b)FG; (c)FQ; (d)FP

Fig.7  Galvanostatic discharge curves at different current densities  (a)FAC; (b)FG; (c)FP; (d)FQ

Fig.8  Ragone plots of FAC, FG, FP and FQ

Fig.7  Rheological curve of PDMP-2 resin

Fig.2  XRD patterns of Ti45Al-8Nb-0.3Y-mCo alloys

Fig.2  Sectional diagram of the node for electrical current analysis

Table 1  Multilayer gradient structure coating and properties coated on zirconia fiber insulation tiles

Fig.1  Diagram of thermite reaction device^[23]

Fig.2  XRD patterns of W_x-HEA(x=0.12, 0.15, 0.19) alloys (a) and lattice constant of BCC1 and BCC2 phases(b)

Fig.3  SEM images of W_0.12-HEA(a), W_0.15-HEA(b) and W_0.19-HEA(c) alloys

Table 1  Morphological data of ZnO nanorods

Fig.7  Simulated temperature curves of the core and corner of samples