This search combines search strings from the content search (i.e. "Full Text", "Author", "Title", "Abstract", or "Keywords") with "Article Type" and "Publication Date Range" using the AND operator.
Beilstein J. Nanotechnol. 2024, 15, 1054–1069, doi:10.3762/bjnano.15.86
Figure 1: (a)–(c) Absorption spectra of laser-synthesized NPs (a) Ag NPs [AgD1, AgD2, AgD3, AgN1, AgN2, AgN3]...
Figure 2: TEM images of Ag NPs: (a) AgD1, (b) AgD2, (c) AgD3, (d) AgN1, (e) AgN2, and (f) AgN3.
Figure 3: TEM images of Au NPs: (a) AuD1, (b) AuD2, (c) AuD3, (d) AuN1, (e) AuN2, and (f) AuN3.
Figure 4: TEM images of Ag/Au NPs: (a) AgAuD1, (b) AgAuD2, (c) AgAuD3, (d) AgAuN1, (e) AgAuN2, and (f) AgAuN3....
Figure 5: The variation in sizes of NPs at different wavelengths and environments. The left panel displays th...
Figure 6: Panels (a)−(c) display FESEM images of a filter paper loaded with Ag NPs obtained in DW: (a) AgD1, ...
Figure 7: Panels (a)−(c) display FESEM images of a filter paper loaded with Ag/Au NPs obtained in DW: (a) AgA...
Figure 8: The SERS spectra of MG (1 nM) using filter paper loaded with ps laser ablated NPs (i) AgD, (ii) AuD...
Figure 9: The SERS spectra of methyl salicylate (1 mM) using filter paper loaded with ps laser-ablated Ag, Au...
Figure 10: Stability of paper-based SERS substrates: (a) MG (1 nM) and (b) thiram (10 µM). Prominent peak inte...
Figure 11: The SERS spectra of (a) MS (1 mM) and (b) DMMP (1 mM) at different Raman laser excitations: 633, 53...