4 article(s) from Melone, Lucio
Schematic thermodynamic description of the CP process and time constants. The I-S model (left), the ...
Jump to Figure 1
1H MAS NMR spectra of a) CDNS(1:8)-IbuNa and b) CDNS(1:8). The inset (top right) shows the expansio...
Jump to Figure 2
The effect of the spinning speed on the spectral features. 1H MAS NMR spectra of a) CDNS(1:4)-IbuNa...
Jump to Figure 3
13C CP-MAS NMR spectra for samples of β-CD (top), CDNS(1:4) (middle) and CDNS(1:8) polymers (bottom...
Jump to Figure 4
13C CP-MAS NMR spectrum of: a) CDNS(1:4) polymer; b) CDNS(1:4)-IbuNa system; c) CDNS(1:8)-IbuNa sys...
Jump to Figure 5
13C CP-MAS NMR spectra of CDNS(1:4) acquired with CP variable contact time in the range 50 μs–7 ms.
Jump to Figure 6
Time dependence of 13C magnetization for CDNS(1:4) (left) and CDNS(1:8) (right) polymers.
Jump to Figure 7
1H-13C CP oscillatory kinetics for the carbon C(1) and C(4) of CDNS(1:4)-IbuNa sample (left) and CD...
Jump to Figure 8
1H-13C CP oscillatory kinetics for the ibuprofen aromatic carbon atoms C(6,8) in samples CDNS(1:4)-...
Jump to Figure 9
PXRD patterns of: a) CDNS(1:8), b) CDNS(1:4), c) CDNS(1:8)-IbuNa loaded, d) CDNS(1:4)-IbuNa loaded,...
Jump to Figure 10
Beilstein J. Org. Chem. 2017, 13, 182–194, doi:10.3762/bjoc.13.21
a) 1H high resolution NMR spectrum of IP dissolved in D2O, b) 1H HRMAS NMR spectrum of IP-CDNSEDTA ...
Normalized NMR signal decay I(q,td) as function of q2 for a) IP in D2O solution, b) IP in CDNSEDTA ...
log–log plot of MSD vs diffusion time td for: a) D2O solution, b) CDNSEDTA (1:4) and CDNSEDTA (1:8)....
TEM images of: a) CDNSEDTA (1:4) and b) CDNSEDTA (1:8).
Effect of the increasing amount of crosslinker with respect to CD (expressed here as mol of crossli...
Schematic representation of the nanosponge synthesis. Acronyms: β-CD: β-cyclodextrin; EDTAn: anhydr...
Jump to Scheme 1
Beilstein J. Org. Chem. 2014, 10, 2715–2723, doi:10.3762/bjoc.10.286
FTIR spectra of branched β-CD polymer (a), cross-linked β-CD nanosponge (b) and pyromellitic dianhy...
SEC curves of the β-CD-based polymer before (solid line) and after ultrafiltration with cut-off siz...
Thermogravimetric curves of the β-CD-based polymer after ultrafiltration with cut-off size of 3000 ...
Raman (a) and FTIR–ATR (b) spectra of the branched β-CD-based polymer in the wavenumber range of 15...
Ratio between the intensity of the bands assigned to ester groups (ICO1) and to the free carboxylic...
NMR spectra of fluorescein in D2O solution (a) and in the presence of the hyper-branched β-CD polym...
UV–vis spectrum of fluorescein with increasing amounts of hyper-branched β-CD polymer. pH range: 8....
Beilstein J. Org. Chem. 2014, 10, 2586–2593, doi:10.3762/bjoc.10.271
Catalytic role of NHPI in the selective oxidation of organic substrates.
Radical addition of aldehydes and analogues to alkenes.
Jump to Scheme 2
NHPI/AIBN-promoted aerobic oxidation of 2,6-diisopropylnaphthalene.
Jump to Scheme 3
NHPI/AIBN-promoted aerobic oxidation of CHB.
Jump to Scheme 4
NMBHA/MeOAMVN promoted aerobic oxidation of PUFA.
Jump to Scheme 5
Alkene dioxygenation by means of N-aryl hydroxamic acid and O2.
Jump to Scheme 6
NHPI-catalyzed reaction of adamantane under NO atmosphere.
Jump to Scheme 7
Nitration of alkanes and alkyl side-chains of aromatics.
Jump to Scheme 8
Radical mechanism for the nitration of alkanes catalyzed by NHPI.
Jump to Scheme 9
Benzyl alcohols from alkylbenzenes.
Jump to Scheme 10
Catalytic cycle of laccase-NHDs mediator oxidizing system.
Jump to Scheme 11
Mediators of laccase.
DADCAQ/NHPI-mediated aerobic oxidation mechanism.
Jump to Scheme 12
DADCAQ/TCNHPI mediated aerobic oxidation of ethylbenzene.
Jump to Scheme 13
NHPI/xanthone/TMAC mediated aerobic oxidation of ethylbenzene.
Jump to Scheme 14
NHPI/AQ-mediated aerobic oxidation of α-isophorone.
Jump to Scheme 15
NHPI/AQ-mediated oxidation of cellulose fibers by NaClO/NaBr system.
Jump to Scheme 16
NHPI/AQ mediated aerobic oxidation of cellulose fibers.
Jump to Scheme 17
Molecule-induced homolysis by peracids.
Jump to Scheme 18
Molecule-induced homolysis of NHPI/m- chloroperbenzoic acid system.
Jump to Scheme 19
Proposed mechanism for the NHPI/CH3CHO/O2-mediated epoxidation.
Jump to Scheme 20
NHPI/CH3CHO-mediated aerobic oxidation of alkyl aromatics.
Jump to Scheme 21
Light-induced generation of PINO from N-alkoxyphthalimides.
Jump to Scheme 22
Visible-light/g-C3N4 induced metal-free oxidation of allylic substrates.
Jump to Scheme 23
NHPI/o-phenanthroline-mediated organocatalytic system.
Jump to Scheme 24
NHPI/DMG-mediated organocatalytic system.
Jump to Scheme 25
NHPI catalyzed oxidative cleavage of C=C bonds.
Jump to Scheme 26
Synthesis of hydrazine derivatives.
Jump to Scheme 27
Beilstein J. Org. Chem. 2013, 9, 1296–1310, doi:10.3762/bjoc.9.146
Subscribe to our Latest Articles RSS Feed.
Register and get informed about new articles.
Follow the Beilstein-Institut