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Gentle water freezing-thawing exfoliation of h-BN triggered by freezing expansion force and against reaggregation by PVP coating
Absorption spectra for h-BN dispersions stabilized with various surfactants (a), TGA curves of washed BNNSs, PVP stabilized BNNSs, and pure PVP (b)
SEM image (a) with inset showing bulk h-BN, TEM image (b), HRTEM image (c) with inset showing corresponding SAED pattern, AFM image (d), and the corresponding height profile of random nanosheet along the red trace (e) and statistical analyse on the number of monolayers per sheet (f) of BNNSs
XRD patterns (a) and Raman spectra (b) of h-BN and BNNSs
XRD patterns of precursors (A) before adding VC at pH 5-7 (a) and pH 9-11 (b), specimens (B) in ascorbic acid solution reduction system at different pH, and FT-IR spectra of the as-obtained samples at pH 11 (C)
XPS of B1s, N1s, O1s, Cu2p of the sample Cu₂O/BNNSs-OH
SEM images of BNNSs-OH (a), CuO/BNNSs-OH (b), products prepared in ascorbic acid solution reduction system at different pH((c) pH 3, (d) pH 5, (e) pH 7, (f) pH 9, (g) pH 11), HRTEM images of Cu₂O/BNNSs-OH (h-i) with inset in (h) showing the corresponding size distributions of Cu₂O NPs with inset in (i) showing the corresponding selected SAED pattern and lattice fringe pattern at pH 11
SEM images of products under different mixing ways
(a) VC→Cu²⁺; (b) Cu²⁺→VC
UV-Vis absorption spectra of Cu/BNNSs-OH (a), CuO/BNNSs-OH (b), Cu₂O/BNNSs-OH (c), Cu₂O-Cu/BNNSs-OH (d), and Cu₂O/BNNSs (e) in contrast to the reduction of 4-NP as a function of reaction time with excess amount of NaBH₄ over various catalysts (f)
UV-Vis absorption spectra of 4-NP solution before and after NaBH₄ (a) and BNNSs-OH (b) additions, and schematic of the reduction of 4-NP to 4-AP over the Cu₂O/ BNNSs-OH (c)
Reusability of Cu₂O/BNNSs-OH catalyst for the reduction of 4-NP with NaBH₄(A), XRD patterns of Cu₂O/BNNSs- OH catalyst before and after five usages (B)
(a) Architecture of Si electrode with highly cross-linked alginate binder, and (b) peeling forces of Si anodes with different binders^[42]
(a) Scheme for the cross-linked binder of PNA-NaPAA-g-CMC, (b) tensile tests of different binders impregnated with electrolyte and (c) cycling performances of Si electrodes with different binders^[47]
Influences of polar polymeric binders on properties of LIBs
Applications of polar polymeric binders in LIBs
Mechanism of the CMC binder with Si nanoparticles^[16]
Molecular structures of ALg-C and PAA-c^[29]
Model of the evolution in the CMC-Si bonds during lithiation process^[40]
Schematic for the process of EVA colloid immersed in electrolyte^[62]
TGA curve of carbonyl groups graphite sheets tested at high purity air

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