1 benzyl 3 (4 bromobenzoyl) 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
1 methyl 3 (2 methylbenzoyl) 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
1 methyl 3 (4 methylbenzoyl) 4 phenyl 3,4 dihydro 1,8 naphthyridin 2(1h) one [1] |
1 methyl 3 (4 methylbenzoyl) 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
1 methyl 4 phenyl 3 (thiophene 2 carbonyl) 3,4 dihydroquinolin 2(1h) one [1] |
1 methyl 4 phenyl 3 [4 (trifluoromethyl)benzoyl] 3,4 dihydroquinolin 2(1h) one [1] |
1,2,3-Triazoles [1] |
1,3,5-triazine [1] |
1,3-dipolar cycloaddition [1] |
1-Acetyl ?-carboline [1] |
1-allyl-3-methylimidazolium chloride [1] |
1-butyl-3-methylimidazolium [1] |
1D nanostructures [1] |
2 [3 (4 bromobenzoyl) 2 oxo 4 phenyl 3,4 dihydroquinolin 1(2h) yl]ethyl 2 (6 methoxynaphthalen 2 yl)propanoate [1] |
2 [3 (4 methylbenzoyl) 2 oxo 4 phenyl 3,4 dihydroquinolin 1(2h) yl]ethyl 2 (6 methoxynaphthalen 2 yl)propanoate [1] |
2-Acylbenzothiophene [1] |
2-Amino arylcarbaldehydes [1] |
2-Aminopyridine [1] |
2-Aminoquinolines [1] |
2-azidobenzothiazoles [1] |
3 (4 bromobenzoyl) 1 ethyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 (4 bromobenzoyl) 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 (4 bromobenzoyl) 6 fluoro 4 (2 methoxyphenyl) 1 methyl 3,4 dihydroquinolin 2(1h) one [1] |
3 (4 bromobenzoyl) 6 methoxy 1 methyl 4 (4 tolyl) 3,4 dihydroquinolin 2(1h) one [1] |
3 (4 methoxybenzoyl) 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 acetyl 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 1 ethyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 1,5,7 trimethyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 4 (4 bromo 2 fluorophenyl) 1,5,7 trimethyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 6 bromo 1,5 dimethyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 6 fluoro 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 6 fluoro 4 (2 methoxyphenyl) 1 methyl 3,4 dihydroquinolin 2(1h) one [1] |
3 benzoyl 6 methoxy 1 methyl 4 phenyl 3,4 dihydroquinolin 2(1h) one [1] |
4 (2,3 dimethoxyphenyl) 6 fluoro 3 (4 methoxybenzoyl) 1 methyl 3,4 dihydroquinolin 2(1h) one [1] |
4 (4 bromo 2 fluorophenyl) 1,5,7 trimethyl 3 (4 methylbenzoyl) 3,4 dihydroquinolin 2(1h) one [1] |
4 (4 bromo 2 fluorophenyl) 1,5,7 trimethyl 3 [4 (trifluoromethyl)benzoyl] 3,4 dihydroquinolin 2(1h) one [1] |
4-Nitrophenol [1] |
6 methoxy 2 methyl 3 (3,4,5 trimethoxybenzoyl)benzofuran 7 yl phosphate disodium [1] |
6 methoxy 3 (4 methoxybenzoyl) 1 methyl 4 phenyl-3,4 dihydroquinolin 2(1h) one [1] |
6 methyl 8 (4 methylbenzoyl) 9 [3 (trifluoromethyl)phenyl] 2,3,8,9 tetrahydro[1,4]dioxino[2,3 g]quinolin 7(6h) one [1] |
8 (3,4 dimethoxybenzoyl) 6 methyl 9 [3 (trifluoromethyl)phenyl] 2,3,8,9 tetrahydro[1,4]dioxino[2,3 g]quinolin 7(6h) one [1] |
8 benzoyl 6 (prop 2 yn 1 yl) 9 [3 (trifluoromethyl)phenyl] 2,3,8,9 tetrahydro[1,4]dioxino[2,3 g]quinolin 7(6h) one [1] |
8 benzoyl 6 methyl 9 [3 (trifluoromethyl)phenyl] 2,3,8,9 tetrahydro[1,4]dioxino[2,3 g]quinolin 7(6h) one [1] |
?-Amino amidines [1] |
?-Amyloid [1] |
?-amyloid [1] |
?-bond metathesis [1] |
?-Carboline [2] |
?-carboline [3] |
?-carboline N-fused imidazoles [1] |
?-Carbolines [1] |
[3+2] Cycloaddition [1] |
[Au2{S2P(OiPr)2}2]n complex [1] |
[BMIM]Cl [1] |
]+ catalyst [3] |
A-carbon [1] |
A<sup>3</sup>-coupling [1] |
Absorption spectroscopy [1] |
acetoacetic acid [1] |
Acetyl oxime [1] |
Acetylcholinesterase [1] |
acetylcholinesterase [1] |
acetylcholinesterase inhibitors [1] |
Acidic functional groups [1] |
Activation enthalpy [1] |
Active electrodes [1] |
Active methylene compounds [1] |
Addition reactions [1] |
Additives [1] |
Adsorption [1] |
Adsorption kinetics [1] |
Alginic acid [1] |
Alkali molten-globule [1] |
Alkalinity [2] |
Alkyl cyanides [1] |
Alkylhalides [1] |
alkyne derivative [1] |
Allene intermediate [1] |
Aluminum compounds [1] |
Alzheimer's disease [2] |
Alzheimer�s disease [2] |
amide [1] |
Amides [3] |
amides [1] |
amidine [1] |
Amido amine derivative of alginic acid [1] |
amine [1] |
Amines [2] |
AMR [1] |
anetumab ravtansine [1] |
Angiotensinogen [1] |
Animal [1] |
Animals [1] |
Anion Binding [1] |
Anion Effects [1] |
antagonist [1] |
Anthocyanins [1] |
antibacterial activity [1] |
antibiotics [1] |
Anticancer activity [1] |
Antifungal [1] |
Antimutagenic agent [1] |
Antioxidant activity [1] |
Antioxidants [1] |
Antiplasmodial [1] |
apoptosis [1] |
aptamers and enzymes [1] |
aqueous solution diode [1] |
Aromatic compounds [1] |
Aromatic nitro compounds [1] |
Arsenic adsorption [1] |
Article [4] |
Arylboronates [1] |
arylpiperazines [1] |
Atoms [1] |
Attenuated total reflectance Fourier transform infrared [1] |
Au nanoparticle [1] |
Au nanorods [1] |
Au nanostars [1] |
Au/Ag [1] |
Au/CdSe [1] |
Au/Cu [1] |
Au/ZnO; composite; nanorods; Photocatalyst [1] |
Au/ZnS [1] |
Azadirachta indica [2] |
Azirine [1] |
Basic conditions [1] |
Benzimidazole derivatives [1] |
Benzimidazoles [2] |
Benzothiazin-4-ones [1] |
benzothiazoles [1] |
beta carboline derivative [1] |
Bi-functional [2] |
BiFeO<sub>3</sub> [1] |
Bifunctional activity [1] |
Bifunctional electrocatalysts [3] |
Bifunctional electrodes [1] |
Bifunctional NiO [1] |
Bimetallic [1] |
bimetallic [1] |
Bimetallic compositions [1] |
Bimetallic core-shell nanoparticles [1] |
Bimetallic cores [1] |
Bimetallic nanoparticles [1] |
Bimetallic nanostructures [1] |
Bimetallics [1] |
Binary alloys [2] |
Binary composites [1] |
binding affinity [1] |
Binding Sites [1] |
Biochar [1] |
biofilm inhibition assay [1] |
Biohazards [1] |
Biomass [1] |
Biomass-derived solvent [1] |
Biomimetic approaches [1] |
Biomimetic processes [1] |
Biomimetics [1] |
Biomolecules [1] |
biosensors [1] |
Biosorbent [1] |
blood pressure [1] |
Bond formation [1] |
Borylation [1] |
Bosentan [1] |
Bovine [1] |
Brunauer emmett tellers [1] |
bundle [1] |
Butanol [1] |
Butyric acid [1] |
C(1)-functionalization [1] |
C(sp<sup>3</sup>)? activation [1] |
C-H activation [1] |
C-H functionalization [1] |
C-N bond formation [1] |
C?C coupling reaction [1] |
Cadmium compounds [1] |
cancer chemotherapy [1] |
Capacitance [1] |
Carbon [2] |
Carbon dioxide [2] |
carbon nanofibers [1] |
Carbon nanotubes [1] |
Carboxylation [2] |
carboxylic acid derivative [1] |
carcinogenic activity [1] |
Cascade cyclization [1] |
Cascade reaction [1] |
Cascade reactions [1] |
Catalysis [1] |
catalysis [2] |
Catalyst [2] |
catalyst [2] |
Catalyst activity [6] |
Catalyst supports [1] |
Catalyst-free [1] |
Catalysts [1] |
Catalytic environment [1] |
Catalytic properties [1] |
catalytic properties [1] |
Cationics [1] |
Cattle [1] |
cell [1] |
cell migration [1] |
cell signaling assay [1] |
Cellulose [2] |
Chalcone [1] |
Charge transfer [1] |
charge transfer [1] |
Chelation [1] |
Chemical Bond [1] |
chemical bond [1] |
chemical composition [1] |
Chemical stability [1] |
chemical structure [2] |
Chemistry [1] |
Chickpea [1] |
Chirality [1] |
Chitosan [1] |
Chlorine compounds [1] |
Chromatographic techniques [1] |
Chromatography [1] |
cinnamic acid derivative [1] |
Clean energy [1] |
Clean energy generation [1] |
Click Chemistry [1] |
CO-association dynamics [1] |
Co<sub>3</sub>O<sub>4</sub>/MoO<sub>3</sub>/g-C<sub>3</sub>N<sub>4</sub> [1] |
Cobalt [1] |
Cobalt compounds [1] |
Cobalt metallography [1] |
cobalt phosphate [1] |
Cobalt-nickel [1] |
colchicine [1] |
Cold denaturation [2] |
coltuximab ravtansine [1] |
combretastatin A1 phosphate [1] |
combretastatin A4 phosphate [1] |
Complex [1] |
complex formation [1] |
Composite [2] |
composite [2] |
Composite nano rods [1] |
Composite nanostructures [1] |
Composites structures [1] |
Condition [1] |
conductance [1] |
Conduction band edge [1] |
conjugation [1] |
Constrained dynamics [3] |
Control experiments [1] |
controlled study [3] |
Conventional energy sources [1] |
Cooperative catalysis [1] |
Copper [5] |
copper [1] |
Copper alloys [1] |
Copper catalysis [1] |
Copper catalyst [1] |
Copper compounds [3] |
Copper ferrites [1] |
Copper nanoparticles [1] |
Copper oxides [1] |
Core shell [2] |
Core shell nano structures [1] |
Core-shell nanoparticles [2] |
Core-shell nanostructure [1] |
Core-shell nanostructures [1] |
core−shell [1] |
Cost effective [1] |
Cost Effectiveness [1] |
Cost effectiveness [3] |
Coulomb blockade [1] |
Coulomb staircase [1] |
Counteracting effect [2] |
Cr(VI) [1] |
Cr(VI) adsorption [1] |
cross coupling reaction [1] |
Crosslinking [1] |
Crowding agents [4] |
Crystal atomic structure [2] |
Crystal structure [2] |
Crystal structure analysis [1] |
Crystal symmetry [1] |
Crystal violet [1] |
Crystallinity [1] |
Cu catalyst [1] |
Cu catalysts [1] |
Cu(II)-Catalysis [1] |
Cu-catalysts [1] |
Cu<sub>2</sub>O@MCC [1] |
CuAgAu [1] |
curative agents [1] |
current density [1] |
Cyclic voltammetry [1] |
cyclic voltammetry [1] |
Cyclization [1] |
cyclization [1] |
Cytochrome c [2] |
Cytotoxicity [1] |
cytotoxicity assay [1] |
C�S/O bond formation [1] |
DABCO [1] |
De-nitration [1] |
de-nitration [1] |
Decarboxylation [2] |
decarboxylation [1] |
Decarboxylation reactions [1] |
Decomposition [1] |
Decomposition approach [1] |
Decorated [1] |
decorated [1] |
Denaturation [1] |
Density Functional Calculations [1] |
Density functional theory [5] |
Density-functional-theory [2] |
Depression [1] |
depression [1] |
Desi and kabuli [1] |
Design [1] |
Design for testability [1] |
Dextran [1] |
Dextrans [1] |
DFT analysis [1] |
DFT studies [1] |
Dichalcogenide [1] |
Differential gene expression [1] |
Diffusion method [1] |
Dihydrocoumarins [1] |
dihydroquinoline derivative [1] |
diphenylpyrimidine [1] |
Direct reactions [1] |
directing groups [1] |
distilled water [1] |
Dithiocarbamates [1] |
Dithiophosphonato [1] |
DNA [2] |
Doping (additives) [2] |
Drug activity [1] |
Drug Discovery [1] |
Drug discovery [3] |
drug synthesis [1] |
Drugs [1] |
Dual role [1] |
dumbbell-shaped [1] |
Durability [1] |
Dyeing [1] |
Dyes [1] |
Eco-friendly [1] |
economic aspect [1] |
Efficient synthesis [1] |
Electric fields [1] |
electric potentia [1] |
Electro reduction [1] |
Electrocatalysis [4] |
electrocatalysis [1] |
Electrocatalyst [1] |
electrocatalyst [1] |
Electrocatalysts [10] |
Electrocatalytic [7] |
Electrocatalytic activity [1] |
Electrochemical [1] |
electrochemical analysis [1] |
Electrochemical impedance spectroscopy [1] |
electrochemical instrumentation [1] |
Electrochemical oxygen [2] |
Electrochemical performance [1] |
Electrochemical response [1] |
Electrochemicals [1] |
Electrode material [1] |
Electrodeposition [1] |
Electrodes [2] |
Electrolysis [1] |
Electrolytes [1] |
Electrolytic reduction [1] |
Electromagnetic induction [1] |
Electron hole recombination process [1] |
Electron transport [1] |
electron transport [1] |
Electron transport chain [1] |
Electron transport properties [2] |
Electronic properties [1] |
electrophilicity [1] |
Electrospray ionization [2] |
Electrospray ionization mass spectrometry [1] |
Electrostatics [1] |
elemental sulfur [1] |
Endothelial growth factor receptor (EGFR) [1] |
endothelin [2] |
Energy applications [1] |
Energy conversion and storages [1] |
Energy dispersive spectroscopy [1] |
Energy efficiency [1] |
Energy harvesting [1] |
Energy productions [1] |
Energy source [1] |
Energy transfer [1] |
Energy transfer efficiency [1] |
Engineered nanoparticles [1] |
Enhanced Raman scattering [1] |
Enthalpic Barriers [1] |
Enthalpy-entropy plot [2] |
Entropic stabilization [1] |
Environment remediation [1] |
Environmental applications [1] |
Environmental remediation [1] |
Environmental-friendly [1] |
Environmentally benign [2] |
Essential oil [1] |
Esters [1] |
ethyl 2 (3 benzoyl 2 oxo 4 phenyl 3,4 dihydroquinolin 1 (2h) yl]acetate [1] |
ethyl 2 [3 benzoyl 4 (4 bromo 2 fluorophenyl) 5,7 dimethyl 2 oxo 3,4 dihydroquinolin 1(2h) yl]acetate [1] |
ethyl 2 [4 (4 bromo 2 fluorophenyl) 5,7 dimethyl 3 (4 methylbenzoyl) 2 oxo 3,4 dihydroquinolin 1(2h) yl]acetate [1] |
europium molybdate [1] |
EXAF [1] |
Excluded volume effect [2] |
Extended X ray absorption fine structure spectroscopy [1] |
Extended X-ray absorption fine structures [1] |
Fabrication [1] |
Facile synthesis [1] |
Fe3+ ions [1] |
Fe<sub>2</sub>O<sub>3</sub>@cellulose [1] |
Ferrite [1] |
Ferrite nanoparticles [1] |
Ferrocenyl [1] |
Ferrocytochrome c [1] |
Ficoll [1] |
Field emission microscopes [1] |
field emission scanning electron microscopy [1] |
Flowering [1] |
Fluorescence [1] |
fluorescence [2] |
Fluorescence resonance energy transfer [1] |
fluorescent probe [1] |
Fluorophores [1] |
Folding kinetics [1] |
Fourier transform infrared [1] |
Fourier transform infrared spectroscopy [3] |
Framework structures [1] |
free radical [1] |
Free radicals [1] |
FRET [1] |
Fuller's earth [1] |
functional group [2] |
Functional polymers [1] |
Functional Properties [1] |
Functionalized [1] |
Fused pyrrole [1] |
Gas generation [1] |
Gas-phases [1] |
GC–MS [1] |
Gene Expression [1] |
Genes [1] |
Genomic DNA [1] |
glyoxylic acid [1] |
Gold [4] |
Gold compounds [1] |
Gold metallography [1] |
gold nanoparticle [1] |
Gold nanoparticles [1] |
Good stability [1] |
Grafting (chemical) [1] |
Graphene [1] |
Graphene oxide [1] |
Graphitic Carbon Nitride [1] |
Gravimetry [1] |
Green Chemistry [1] |
Green chemistry [1] |
Green manufacturing [1] |
Green synthesis [1] |
Ground state [1] |
Ground water [1] |
Growth mechanisms [1] |
Haryana [1] |
Hazard index [1] |
Hazardous chemicals [1] |
Heat denaturation [1] |
Heavy metal pollution index [1] |
Heavy metals [1] |
Hematite [1] |
HER [4] |
Heterocycles [1] |
heterocyclic compounds [2] |
Heterogeneous catalyst [2] |
Heterojunctions [2] |
Heterometallics [1] |
Heterostructure [1] |
Hexavalent chromium [2] |
High resolution transmission electron microscopy [5] |
high temperature [1] |
High-voltages [1] |
Higher yield [1] |
Highly stables [1] |
Histone H3 [1] |
Homoleptic [1] |
Hot electrons [1] |
HRTEM [1] |
Hybrid molecules [1] |
Hydrides [1] |
Hydrogen [5] |
Hydrogen bonding network [1] |
Hydrogen bonds [1] |
Hydrogen Catalyst [1] |
hydrogen evolution reaction [2] |
Hydrogen evolution reaction activities [1] |
Hydrogen evolution reactions [6] |
Hydrogen generations [1] |
Hydrogen production [4] |
Hydrogen-evolution [1] |
Hydrogen-Ion Concentration [1] |
Hydrophobic interactions [1] |
IC<sub>50</sub> values [1] |
II-VI semiconductors [3] |
Image enhancement [1] |
Imidazo[1,2-a]pyridines [1] |
Imidazole [2] |
imidazopyridoindole [1] |
Imine/amide-imidazole [1] |
iminium ion [1] |
immunosensors [1] |
impedance spectroscopy [1] |
In vitro study [1] |
Indole [2] |
indole derivative [1] |
Indole derivatives [1] |
indolizino[8,7 b]indole derivative [1] |
Indolizino[8,7-b]indole [1] |
Inductively Coupled Plasma Mass Spectrometry [1] |
Inhibitory dose [1] |
Inorganics [1] |
Insulin Resistance [1] |
Integration [1] |
interfacial charge transfer [1] |
Interfacial design [1] |
Intrinsic Chirality [1] |
iodine [1] |
Iodine catalysed [1] |
iodobenzene [1] |
Ion exchange [1] |
Ionic liquid [2] |
Ionic Screenings [1] |
Ions [2] |
IR absorption spectroscopy [1] |
Ir complexes [1] |
iridium complex [1] |
Iridium compounds [2] |
Iron [2] |
Iron loading [1] |
Iron metallography [1] |
Iron oxide nanoparticle [1] |
Iron Oxides [1] |
Iron oxides [1] |
Iron release [1] |
Isomerism [1] |
Isomers [1] |
Isoquinoline N-oxide [1] |
Isoxazoles [1] |
Kinetic Study [1] |
Kinetics [3] |
KO<sup>t</sup>Bu [1] |
Kumujian C [5] |
LaCoO<sub>3</sub> [1] |
Laser excitation [1] |
Laser spectroscopy [1] |
late-stage diversification [1] |
Leaching [1] |
Lead adsorption [1] |
lexibulin [1] |
Life cycle [1] |
ligand [2] |
Ligands [2] |
linear sweep voltammetry [1] |
Lipids [1] |
Lithium compounds [1] |
Loading [1] |
Localized surface plasmon resonance [1] |
Lonic interactions [1] |
Low-costs [1] |
Low-frequency local motion [1] |
Macromolecular Crowding [1] |
Macromolecular crowding [1] |
Macromolecular Substances [1] |
Macromolecule [1] |
Macromolecules [2] |
Magnetic nanoparticles [1] |
Magnetite [1] |
Manganese compounds [1] |
MAO inhibitors [1] |
MAO-A inhibitors [1] |
marigold flower [1] |
Mass spectrometry [2] |
MBH reaction [1] |
Mechanical stability [1] |
Mechanistic studies [2] |
Mechanistics [1] |
Medicinal chemistry [1] |
Mesoporous [1] |
Metabolites estimation [1] |
Metabolome [1] |
metal [1] |
Metal free [3] |
Metal halides [1] |
Metal index [1] |
Metal ions [2] |
Metal nanoparticles [2] |
Metal phosphonates [1] |
Metal semiconductors [1] |
Metal-free [1] |
metal-free [1] |
metal-free synthesis [1] |
Metalorganic frameworks (MOFs) [1] |
Metals [1] |
Methanol [2] |
methanol oxidation [1] |
Methanol oxidation reactions [1] |
Methanol synthesis [1] |
Methylene blue dye degradation [1] |
Michael addition [1] |
Michael addition reactions [1] |
Michael additions [1] |
Micro-crystalline cellulose [2] |
MicrOCRystalline Cellulose [1] |
Microcrystalline cellulose [1] |
Microcrystals [1] |
Microsecond folding kinetics [1] |
Microwave irradiation [1] |
Mild reaction conditions [1] |
milk [1] |
MIPs [1] |
Molecular catalysts [1] |
Molecular compaction [1] |
Molecular hydrogen [1] |
Molecular modeling [1] |
Molecular oxygen [1] |
Molecular precursor [1] |
Molten globule [1] |
Molten-globule state [2] |
molybdenum disulfide [1] |
Monarda citriodora [1] |
Monoamine oxidase [1] |
monoamine oxidase [1] |
Monomers [1] |
Morphological changes [1] |
Morphological transitions [1] |
Morphology [3] |
MoS<sub>2</sub>/V<sub>2</sub>O<sub>5</sub> [1] |
Motional dynamics [1] |
MTDLs [1] |
Multi-level hierarchies [1] |
Multi-target directed ligands [1] |
multi-target directed ligands [1] |
Multicomponent reaction (MCR) [1] |
Multicomponent reactions [1] |
multicomponent reactions [1] |
multitarget directed ligands [1] |
Mutagenicity [1] |
MWCNT/NiS/MoS<sub>2</sub> [1] |
n [2 [(4 hydroxyphenyl)amino] 3 pyridinyl] 4 methoxybenzenesulfonamide [1] |
n methyl 2 [3 (4 methylbenzoyl) 2 oxo 4 phenyl 3,4 dihydroquinolin 1(2h) yl] n [3 phenyl 3 [4 (trifluoromethyl)phenoxy]propyl]acetamide [1] |
N,S-heterocycles [1] |
N-heterocycles [5] |
Nano particulates [1] |
Nano zerovalent copper [1] |
Nano-catalyst [2] |
Nanobowls [1] |
Nanocatalysts [5] |
Nanoclusters [1] |
Nanocrystalline materials [1] |
Nanocrystals [2] |
Nanoemulsion [1] |
Nanoflower [1] |
Nanoflowers [1] |
Nanomanganese oxide [1] |
nanomaterials [1] |
nanoparticle [1] |
Nanoparticles [5] |
Nanopesticides [1] |
Nanoplates [1] |
Nanorods [5] |
nanorods [1] |
Nanosensors [1] |
nanoshell [1] |
Nanostar [2] |
nanostructure [1] |
Nanostructures [4] |
Nanotetrapods [1] |
Neurological disorders [1] |
neuroprotective agents [1] |
Neutron Diffraction [1] |
NH<sub>2</sub>OH?HCl reagent [1] |
Ni<sub>3</sub>V<sub>2</sub>O<sub>8</sub> [1] |
nickel [1] |
Nickel compounds [3] |
Nickel oxide [2] |
Nickel oxides (NiO) [1] |
Nickel phosphonate [1] |
NiO nanoparticles [1] |
Nitroarenes [1] |
nitrochalcone [1] |
Nitrogen doped carbon nanotubes [1] |
Nitrogen functionalization [1] |
Non human [1] |
Nonfertilizer [1] |
Nonlinear absorptions [1] |
Nonlinear optics [1] |
Nonstoichiometric [1] |
NSAID [1] |
Nuclear magnetic resonance spectroscopy [1] |
Nuclearity [1] |
nZVI [2] |
OER [5] |
ombrabulin [1] |
One pot [3] |
one pot synthesis [3] |
One-dimensional [1] |
One-pot [1] |
one-pot [1] |
One-pot procedures [1] |
Optical limiting [1] |
Optical limiting applications [1] |
Optical materials [1] |
Optical switches [1] |
Optical waveguides [1] |
Optimization studies [1] |
Organic ligands [1] |
Organic macromolecules [1] |
Organic polymers [1] |
Organic reaction [1] |
Organometallics [1] |
Oxadiazoles [1] |
Oxazoles [1] |
oxidative amidation [1] |
Oxide minerals [1] |
Oxide nanoparticles [1] |
Oxidized biochar [1] |
Oxygen [8] |
oxygen [1] |
oxygen enhancement ratio [1] |
Oxygen evolution [1] |
Oxygen evolution reaction [1] |
oxygen evolution reaction [2] |
Oxygen evolution reaction (oer) [1] |
P(NMe<sub>2</sub>)<sub>3</sub> [1] |
PANI composites [1] |
Papain [1] |
papain [1] |
papaya [1] |
Parkinson�s disease [1] |
pathogenesis [1] |
pathology [1] |
Penicillium digitatum [1] |
Performance [2] |
Perovskite oxide [2] |
Ph [1] |
Pharmaceutical [1] |
Pharmaceuticals [1] |
Pharmacogenetics [1] |
Pharmacology [1] |
Pharmacophore [3] |
Pharmacophores [1] |
Phenolics [1] |
Phenyl glyoxal [1] |
Phenylenediamine derivative [1] |
phenylglyoxylic acid [1] |
Photo-catalytic [1] |
Photo-reduction [1] |
Photocatalysis [1] |
photocatalysis [1] |
Photocatalyst [1] |
Photocatalysts [1] |
Photocatalytic activiti [1] |
Photocurrent [1] |
Photocurrents [1] |
Photoelectrochemical cells [1] |
Photoluminescence intensities [1] |
Photoluminescence spectroscopy [1] |
Photonic devices [1] |
Photophysical [1] |
Photophysical Properties [1] |
Physisorption [1] |
Phytoconstituents [1] |
Piperazine derivatives [1] |
Pistachio [3] |
Plant extract [1] |
platinum [1] |
plinabulin [1] |
PMS activation [1] |
Porous network structures [1] |
Potentilla [1] |
Potentilla fulgens [1] |
Precious metals [3] |
precipitation [1] |
Process Development [1] |
Production of hydrogen [1] |
Protein unfolding [1] |
Proteins [1] |
Pulmonary arterial hypertension (PAH) [1] |
Pulmonary capillary wedge pressure (PCWP) [1] |
pyrazole carbaldehydes [1] |
pyrazole fused thiochromenes [1] |
Pyrazoles [1] |
Pyridine [1] |
pyridine [1] |
Pyrimidine [1] |
pyrrole derivative [1] |
Pyrrole derivatives [1] |
Pyrroles [1] |
Quantitative yields [1] |
Quantum confinement effects [1] |
Radical cascade reactions [1] |
Raman [1] |
Raman scattering [2] |
Raman spectrometry [1] |
Reaction activity [1] |
Reaction Analysis [1] |
reaction analysis [1] |
Reaction catalyzed [1] |
Reaction conditions [2] |
Reaction kinetics [4] |
reaction optimization [1] |
Reaction strategies [1] |
reagent [1] |
Rectification [1] |
Recyclable catalyst [1] |
Redox process [1] |
Redox reactions [1] |
Reduced biochar [1] |
Reduced graphene oxide [1] |
Reduction-induced iron release [1] |
Reductive regeneration [1] |
Regioselective reactions [1] |
Regioselective synthesis [1] |
Regioselectivity [1] |
regioselectivity [2] |
Resonance tunneling [1] |
Reverse saturable absorption [1] |
Reverse transcriptase inhibitor [1] |
Revertant [1] |
Rheology [1] |
Rhodamine 6G [1] |
rhodamine 6G [1] |
Rhododendron arboreum [1] |
room temperature [1] |
Ru complexes [1] |
ruthenium complex [1] |
Ruthenium compounds [1] |
Salmonella enterica serovar Typhimurium [1] |
SAXS [1] |
Scaffolds [2] |
Scale-up experiment [1] |
Scanning Electron Microscopy [1] |
Scanning electron microscopy [2] |
Schottky barrier diodes [1] |
SDS [1] |
Secondary amines [1] |
seed free [1] |
Semiconducting cadmium compounds [1] |
Semiconductor materials [1] |
Semiconductor nanocrystals [1] |
Semiconductor quantum dots [2] |
Semiconductor quantum wells [1] |
Separation techniques [1] |
SERS [1] |
Sharp tip [1] |
Shell nanoparticles [1] |
Shells (structures) [4] |
Silver [1] |
Silver alloys [1] |
Silver compounds [2] |
Silver cores [1] |
Silver nanoclusters [2] |
Silver(I) cluster [1] |
Simple++ [1] |
Single crystal X-ray analysis [1] |
Single crystals [3] |
single molecular precursor [1] |
Single-molecule force spectroscopy [1] |
Single-step [1] |
Sirsa [1] |
Slow diffusion [1] |
Sluggish kinetics [1] |
Sodium azide [1] |
Sodium Borohydride [1] |
Sodium Chloride [1] |
Solid-state synthesis [1] |
Solution methods [1] |
Solutions [1] |
Soy protein isolates [1] |
Specific capacitance [1] |
specific capacitance [1] |
Spectroscopic analysis [1] |
Spectroscopic and microscopic techniques [1] |
Spectroscopic evidence [1] |
Spectroscopic studies [1] |
Spectroscopy [1] |
Spinel-type [1] |
Spiro compounds [1] |
Stability [2] |
Stability of iron centers [1] |
Stairs [1] |
Stereochemistry [1] |
Stoichiometric ratio [1] |
Structural determination [1] |
Structural evolution [1] |
Structural Stabilities [1] |
Structural stability [1] |
Structural variations [1] |
Structure Analysis [1] |
structure-fluorescence activity relationship [1] |
Structure�activity relationship [2] |
Styrylisoxazole [1] |
Substrates [1] |
Sulfate radical [1] |
sulfides [1] |
sulfonamide [1] |
Sulfur [1] |
Sulfur compounds [3] |
Sulfur insertion [1] |
sulfur insertion [2] |
Sulphonamides [1] |
Sulphur atoms [1] |
Superabsorbent hydrogel [1] |
Superabsorbent polymer [1] |
Superatoms [2] |
Supercapacitor [2] |
supercapacitor [1] |
Surface area [1] |
surface area [1] |
Surface enhanced Raman [1] |
Surface enhanced Raman Scattering (SERS) [1] |
Surface plasmon resonance [1] |
Surface reactions [2] |
Surface scattering [2] |
Sustainable agriculture [1] |
Sustainable development [2] |
Sustainable energy [2] |
Synergistic anions [1] |
Synergistic effect [2] |
Synergy [2] |
Synthesis [1] |
synthesis [4] |
Synthesis (chemical) [7] |
Synthesis conditions [1] |
Synthesis gas manufacture [1] |
Synthesis techniques [1] |
Synthesised [9] |
Synthetic schemes [1] |
Synthetic utility [1] |
Tafel slopes [1] |
Tantalum oxides [1] |
Tellurium [1] |
Tellurium compounds [1] |
Templated [2] |
Ternary nanocomposite [1] |
ternary phosphate [1] |
Tetherlines [1] |
Tetracycline degradation [1] |
Tetrahydroisoquinoline [1] |
tetrahydroisoquinoline [1] |
Tetrazoles [1] |
Ther [1] |
Thermal Analysis [1] |
Thermal stability [3] |
Thermodynamic stability [5] |
Thermodynamics [1] |
Thermogravimetric analysis [2] |
thioamides [1] |
Third-order nonlinear optical [1] |
Three component reactions [1] |
Three-dimensional frameworks [1] |
Time-resolved spectroscopy [1] |
TiO2 [1] |
Topoisomerase inhibition [1] |
tracleer [1] |
trans-esterification [1] |
Transamidation [1] |
Transcriptome [1] |
Transferrin [1] |
Transition metal sulfides [1] |
Transition metal-free [1] |
Transition metals [1] |
transition- metals [1] |
Transition-metal-free [1] |
Transmission Electron Microscopy [1] |
trastuzumab emtansine [1] |
Triazoles [1] |
Trimetallic [1] |
tubulin [1] |
Ugi-type reaction [1] |
unclassified drug [2] |
UV-visible [1] |
valence (chemistry) [1] |
verubulin [1] |
vinblastine [1] |
vincristine [1] |
Visible light [1] |
Visible light induced [1] |
Water controlled study [1] |
Water oxidation [1] |
Water splitting [6] |
water splitting [2] |
Water splitting reactions [1] |
Winter adaptation [1] |
X ray absorption [1] |
X ray analysis [1] |
X ray crystallography [1] |
X ray diffraction [1] |
X ray diffraction analysis [1] |
X ray photoelectron spectroscopy [4] |
X ray photoemission spectroscopy [1] |
X ray powder diffraction [1] |
XPS [1] |
XRD [1] |
Z-scan [1] |
Zerovalent copper [2] |
Zerovalent iron [1] |
Zinc [1] |
Zinc compounds [1] |
Zinc oxide [4] |
zinc oxide nanoparticle [1] |
Zn(II) Di-isobutyldithiocarbamate. [1] |