| 1,4-diethynylbenzene [1] |
| 17 beta-Estradiol [1] |
| 2Mg-Fe [1] |
| [beta]-TCP [1] |
| A-779 [1] |
| AA6013 [1] |
| AA7475 alloy [1] |
| Ab initio calculations [1] |
| Ab inition simulations [1] |
| abrasion resistance [1] |
| absolute configuration [1] |
| absorvedores de micro-ondas [1] |
| Acanthoscurria gomesiana [1] |
| Accelerometer biometrics [1] |
| accelerometer biometrics [1] |
| Accident [1] |
| Acetalization [1] |
| Achilles-Tendon [2] |
| Acid carbon catalyst [1] |
| Acid hydrolysis [1] |
| acidentes de trânsito [1] |
| Acidic carbon-based catalysts [1] |
| ACO [1] |
| Actinic cheilitis [1] |
| Activated carbon fiber [1] |
| acute kidney injury [1] |
| Acute lung inflammation [2] |
| Acute myocardial infarction [2] |
| Adaptive biometric systems [3] |
| Adaptive large neighborhood search [1] |
| Adaptive mesh refinement [1] |
| Adaptive penalty function [1] |
| adaptive requirements [1] |
| Adenosine [1] |
| Adhesion [1] |
| adhesion [2] |
| Adhesion molecule [1] |
| advanced oxidation processes [1] |
| aerocapture [1] |
| aerodynamic force [1] |
| Aeroelasticity [1] |
| aerogravity-assisted maneuver [1] |
| aerospace applications [1] |
| Aerospace Polymer [1] |
| Aflatoxins [1] |
| Aging [1] |
| AIF [1] |
| Air pollution [1] |
| Airway smooth muscle [1] |
| Algebras with involution [1] |
| Algorithm [1] |
| algorithm analysis [1] |
| algoritmo genético [1] |
| Algoritmos evolutivos [1] |
| Alkaline [1] |
| alpha- tricalcium phosphate [1] |
| alpha-Tricalcium phosphate [1] |
| alumina [1] |
| aluminium [1] |
| aluminum alloy [2] |
| Aluminum alloys [2] |
| aluminum matrix composite [1] |
| Alveolar macrophages [2] |
| Alzheimer's disease [2] |
| Ammonium cation [1] |
| Amperometric Biosensors [2] |
| AmperometryAssembled Multilayer Films [2] |
| Amphiphilic anions, carbon dioxide [1] |
| Amyloid-beta peptide [1] |
| Anabolic steroids [1] |
| Analgesia [1] |
| analgesia [1] |
| angiotensin-(1-7) [2] |
| anodal tDCS [1] |
| Ant Trail problem [1] |
| Antibacterial [2] |
| Antigen [1] |
| Antigenic peptide [2] |
| Antimicrobial activity [1] |
| Antimicrobial peptide [2] |
| Antioxidant activity [1] |
| antitumor peptides [1] |
| aplicações aeroespaciais [1] |
| apoptosis [1] |
| Applications [1] |
| ApplicationsArabidopsis-Thaliana [2] |
| Approximate Calculation Of Sums [1] |
| Aqueous-Solution [2] |
| arousal [1] |
| Arterial blood pressure [1] |
| Artificial photodegradation [1] |
| Artificial satellites [1] |
| Ascorbic-Acid [2] |
| Aspect-oriented programming [1] |
| AspectJ [1] |
| asthma [1] |
| Astrodynamics [2] |
| Atherosclerosis [1] |
| Atmosphere [1] |
| Atmospheric plasma spray [1] |
| Atomic Force Microscopy [1] |
| Atropoisomers [1] |
| Attitude determination [1] |
| Augmented Lagrangian [1] |
| Autoimmune Hemolytic Anemia [1] |
| Automatic design of algorithms [1] |
| Automatic feature engineering [1] |
| Automorphisms [2] |
| autonomic modulation [1] |
| Autonomic nervous system [2] |
| autonomic nervous system [2] |
| Autonomous construction [1] |
| autophagy [1] |
| Averaged models [1] |
| Axial injection [1] |
| axial injection [1] |
| backpacking [1] |
| Banach spaces not isomorphic to their squares [1] |
| Banach-Mazur distances [1] |
| barium zirconium titanate [1] |
| Basis for polynomial identities [1] |
| Batteries [1] |
| Bayesian networks [1] |
| beamline [1] |
| bee mortality [1] |
| Behavior [1] |
| bending magnet [1] |
| Berg's model [1] |
| Beta-adrenergic receptors [1] |
| Biased random-key genetic algorithm [1] |
| Bifrenaria [1] |
| Bilayers [1] |
| Bin-packing [1] |
| Binary [1] |
| Binding energy [2] |
| Bio-oxidation [1] |
| biocomposite [1] |
| biodegradable [1] |
| biodegradable materials [1] |
| biodegradation [1] |
| biodegradation assessment [1] |
| Biofilm [1] |
| Biohydrometallurgy [1] |
| Bioleaching [1] |
| Biomarkers [1] |
| biomedical application [1] |
| biometric data streams [1] |
| Biometrics [1] |
| Biomining [3] |
| Bionanomining [1] |
| biopolymer [1] |
| BiopolymerMaleated Poly(3-Hydroxybutyrate) [1] |
| biopolymers & renewable polymers [1] |
| Bioreactor [3] |
| Biosensor [1] |
| Biosurfactant [2] |
| biosurfactant [1] |
| Biosurfactants [1] |
| biotreatment [1] |
| Bipolar disorder [1] |
| bipolar disorder [1] |
| bisphenol A [1] |
| Bloat control [1] |
| Block-triangular matrix algebras [1] |
| blood pressure [1] |
| blood pressure variability [1] |
| blood-brain barrier [1] |
| BMP [1] |
| Bodies [1] |
| BODIPY [1] |
| Bone [1] |
| bone cement [1] |
| Bone regeneration [1] |
| Boron doped diamond [1] |
| Boron fullerene [1] |
| Boron-doped diamond [1] |
| Bothrops jararaca venom [1] |
| Bottom-up and top-down visual attention [1] |
| bradykinin [1] |
| brain complexity [1] |
| Brams [1] |
| branching point [1] |
| Brazilian MRS [1] |
| breathing exercises [2] |
| Brewery waste [4] |
| Bump phenomenon [1] |
| C [1] |
| C(K) spaces [2] |
| C(K, X) spaces [1] |
| C-0 (K, X) spaces [1] |
| C-0(K) Spaces [1] |
| C-0(K, X) SpacesBanach-Stone Theorem [1] |
| C-60 Fullerene [1] |
| Cadmium detection [1] |
| Calcaneal tendon injuryLevel Laser Therapy [2] |
| Calcium phosphate cement [1] |
| calcium phosphate cement [1] |
| calcium phosphate cements [1] |
| Cancer-associated fibroblasts [1] |
| Cancer-Cells [1] |
| carbeto de silício [1] |
| Carbon Fiber [1] |
| Carbon fiber [1] |
| carbon fiber [1] |
| Carbon fiber reinforced plastics [1] |
| carbon nanofibers [1] |
| Carbon Nanotube [1] |
| Carbon nanotube [1] |
| Carbon Nanotubes [2] |
| Carbon nanotubes [2] |
| carbon nanotubes [1] |
| carbon-steel filaments [1] |
| Carbon/Epoxy Composites [1] |
| carbonization [2] |
| carbonyl index evaluation [1] |
| carbonyl iron [1] |
| Cardiac hypertrophy [2] |
| Cardiac ischemia [1] |
| Cardiovascular system [1] |
| Carnot groups [1] |
| casting [1] |
| Cd-SAD [2] |
| celestial mechanics [2] |
| Cell death [1] |
| Cell therapy [1] |
| Cell transplantation [1] |
| cell viability [1] |
| Cell-Wall [1] |
| Cells [1] |
| Cellular Adhesion [1] |
| Cellular automaton [1] |
| cellular solids [1] |
| cellulose nanocrystals [1] |
| Ceramics [1] |
| Cerebral morphometry [1] |
| Cerebral Vascular Disorders [1] |
| Cerrado [1] |
| Cf/Pps [1] |
| Chagas' disease [1] |
| Change detection [1] |
| Characterization [3] |
| characterization [3] |
| Characterization measures [1] |
| charcoal [1] |
| Charge mobility [1] |
| Chemical reactor [1] |
| Chemical structure [1] |
| Chemistry [1] |
| chemokines [1] |
| chiral chromatography [1] |
| Chitin [1] |
| Chitinase [1] |
| Chitosan [1] |
| cholinesterase inhibitors [1] |
| Chromosomal abnormalities [1] |
| chromosome evolution [1] |
| chromosome inversion [1] |
| cimento ósseo [1] |
| Citizen science [1] |
| Classification [1] |
| classification [1] |
| Classifier fusion [1] |
| Clay minerals [1] |
| clustering [1] |
| clustering algorithms [1] |
| Clustering problems [1] |
| Clustering search [3] |
| Clusters [3] |
| Co-crystals [1] |
| CO2 capture [1] |
| Coal tailings [1] |
| cocrystals [1] |
| Code annotation [1] |
| code search [1] |
| Coffee ground waste [1] |
| Cognitive control [1] |
| Cognitive mapping [1] |
| Cold rolling [1] |
| cold spray [1] |
| Collaborative environments [1] |
| Collagenase-Induced Tendinitis [2] |
| Collective behavior [1] |
| colonisation [1] |
| Color tuning [1] |
| Column generation [2] |
| column generation [1] |
| combinatorial optimization [1] |
| Communication [1] |
| Community detection [1] |
| Community detection problem [1] |
| Commutative Algebra [1] |
| Compatibilizer [1] |
| Competitive Solvation [1] |
| Complete basis set limit [1] |
| Complex hydrides [1] |
| complex network analysis [1] |
| Complexity measures [3] |
| Composite [1] |
| composite [1] |
| Composite Electrodes [1] |
| Composite structures [1] |
| Composites [6] |
| compostos orgânicos voláteis (COVs) [1] |
| Computational biology [1] |
| computer modeling [1] |
| concanavalin A [1] |
| conducting polymer [1] |
| Conductive Polymers [1] |
| Conductivity [1] |
| Conformational analysis [1] |
| CoNiCrAlY [1] |
| Connectivity [1] |
| consciousness [1] |
| Conservation biology [1] |
| Consistency analysis [1] |
| Constrained optimization [2] |
| Consumo de bebidas alcoólicas [1] |
| Consumption of alcoholic beverages [1] |
| contact angle [1] |
| contact tracing [1] |
| Contamination risk [1] |
| Content-based image retrieval [1] |
| content-specific NCC [1] |
| Continuous classes [1] |
| Continuous function optimization [1] |
| continuous optimization [1] |
| Contour tracking [1] |
| copper alloy [1] |
| copper chromite [1] |
| Copper phthalocyanine tetrasulfonate [1] |
| Copper-based nanoparticles [1] |
| Coronary artery bypass surgery [1] |
| correlation [1] |
| cortical excitability [1] |
| Covariance Matrix Adaptation Evolution Strategy [1] |
| COVID-19 [4] |
| CREB [1] |
| Creep [1] |
| creep [1] |
| creep-age forming [1] |
| crime prevention [1] |
| criminal hot spots [1] |
| CRISPR-Cas [2] |
| Crop Classification [1] |
| crRNP [2] |
| Crystal Growth [1] |
| CrystallinityCarbon-Fiber [1] |
| crystallisation [1] |
| Crystallization [1] |
| Csm2 [2] |
| CubeSat [1] |
| Cucurbiturils [1] |
| CuPcTs [1] |
| current algebra [1] |
| cut levels [1] |
| cutting stock problem [3] |
| cutting stock problem with setups [1] |
| Cyclic AMP [1] |
| Cyclic peptides [1] |
| Cytochrome C [1] |
| cytocompatibility [1] |
| Cytokines [3] |
| Cytotoxicity [1] |
| cytotoxicity [1] |
| D-dimer [1] |
| Danielewski surface [1] |
| Data analysis and validation [1] |
| Data complexity measures [1] |
| Data streams [1] |
| Data validation [1] |
| Deactivation [1] |
| Decentralized planning [1] |
| Decomposition strategies [1] |
| decorative paint [1] |
| deflector mirror [1] |
| deformation-induced dissolution [1] |
| Degradation [1] |
| degradation [1] |
| delta V [1] |
| Dementia [1] |
| Denaturation [1] |
| Dendritic cells [1] |
| Density [1] |
| Density functional theory [2] |
| density functional theory (DFT) [1] |
| Dental implants [1] |
| dependence [1] |
| Depressive disorder [1] |
| Dermocosmetic [1] |
| Desirability function [1] |
| Desulfurization [1] |
| DFT [1] |
| diamond [1] |
| Dielectric properties [1] |
| dielectrical properties [1] |
| Differential Evolution [1] |
| Differential evolution [1] |
| differential scanning calorimetry [1] |
| Differentiation [1] |
| diffraction [1] |
| Diffusion tensor imaging [1] |
| Digital camera [1] |
| Digital cameras [1] |
| Digital elevation model [1] |
| Digital forensics [1] |
| Dilatometry [1] |
| Direct electron transfer [1] |
| Directed acyclic graphs [1] |
| Discontinuous Galerkin [1] |
| discrete-time switched systems [1] |
| dissimilar metals [1] |
| Dissolution [1] |
| Diversity measures [1] |
| diversity measures [1] |
| Dlx5 [1] |
| DmaFiber [1] |
| Dna [1] |
| DNA sensing [1] |
| Domain walls [1] |
| Dopamine detection [2] |
| Doped Graphene [1] |
| Double-average [1] |
| Double-Layer [1] |
| drug [1] |
| Drug delivery system [1] |
| DSC [1] |
| DSSC counter electrode [1] |
| DTI [1] |
| Dynamic output feedback control [1] |
| Dynamic range [1] |
| Dynamics [1] |
| dysploidy [1] |
| e-Science [1] |
| ECAP [3] |
| Eccentricity [1] |
| ECG interpretation [1] |
| education [1] |
| Effective code [1] |
| Egocentric video [1] |
| electric field stimulation [1] |
| Electrical properties [1] |
| Electrical-Properties [1] |
| Electrocardiography [1] |
| Electrochemical Impedance Spectroscopy [1] |
| Electrochemical Sensors [2] |
| Electroencephalography [2] |
| Electroluminescence [2] |
| Electrolyte [1] |
| Electrolytes [2] |
| Electromagnetic properties [1] |
| Electromagnetic shielding [1] |
| Electronic structure [1] |
| Electronic-Structures [1] |
| electrophoretic deposition [1] |
| Electrospinning [1] |
| electrospinning [3] |
| Electrosurgery [1] |
| Elementary grading [1] |
| Embryology [1] |
| Emitting Diode Therapy [2] |
| Emulsion polymerization [3] |
| emulsion polymerization [1] |
| enantiomeric excess [1] |
| Enantiomers [1] |
| Endonuclease-G [1] |
| endotoxemia [1] |
| Energetic Material [1] |
| Energy [1] |
| Energy conversion [1] |
| Engineering design [1] |
| Ensemble filters [1] |
| eosinophils [1] |
| Epdm Formulations [1] |
| Epidemiology [1] |
| epidemiology [1] |
| epidemiology, mathematical model, trend analysis, COVID-19, SARS-CoV-2 [1] |
| Epilepsy [1] |
| epithelium [1] |
| Epoxy nanocomposites [1] |
| Epoxy Resin [1] |
| equal channel angular pressing [1] |
| Equilibrium [1] |
| Error AnalysisFloating-Point Summation [1] |
| espumas vitrocerâmicas [1] |
| Esterification [1] |
| Estimating equations method [1] |
| Estrogen Deficiency [2] |
| Etherification [1] |
| Ethylene [1] |
| Europium [2] |
| eutectics [1] |
| Evaluation studies [1] |
| Event detection [1] |
| Evolutionary algorithms [2] |
| Evolutionary computations [1] |
| exact method [1] |
| Excited states [1] |
| exercise [2] |
| Exercise training [1] |
| exfoliation [1] |
| Exoplanets [1] |
| Exoplanets and third-body perturbation [1] |
| Expansive [1] |
| Experimental tests [1] |
| Experimental-Model [2] |
| Experiments in silico [1] |
| extreme point [1] |
| Fabrication [1] |
| factorial design [1] |
| Failure analysis [1] |
| Failure modes [1] |
| Feature engineering [1] |
| Feature representations [1] |
| Feature selection [1] |
| ferroelectric [1] |
| Ferroelectrics [1] |
| ferroelectrics [1] |
| Few operators [1] |
| Fiber-metal laminates [1] |
| fibroblast [1] |
| finger joint [1] |
| Finite-time Lyapunov exponent [1] |
| Fixed-bed column [1] |
| Flexible manufacturing systems [1] |
| Flip Of Inclination [1] |
| Fluorination [1] |
| fMRI [1] |
| Follicles [1] |
| Force-Field [2] |
| Forecast [1] |
| Forest monitoring [1] |
| Forged product [1] |
| formal concept analysis [1] |
| Formulas [1] |
| Fourier transform infrared spectra [1] |
| Fourier transformed infrared spectroscopy [1] |
| Fractography [1] |
| fractography [1] |
| fracture [1] |
| frontal cortex [1] |
| Frozen orbits [1] |
| FT-IR [1] |
| Ft-Ir [1] |
| FT-IR spectroscopy [1] |
| Ft-IrGold Nanoparticles [1] |
| Ftir Spectroscopy [1] |
| FTO electrodes [1] |
| Fuel additive [1] |
| Full factorial design [1] |
| Fullerene [1] |
| Functional Analysis [1] |
| Functional connectivity [1] |
| functional connectivity [1] |
| Functionalization [2] |
| Functionalized Graphene [1] |
| Functionalized latex [1] |
| Functionalized rGO [1] |
| Furniture production [1] |
| fuzzy clustering [1] |
| Fuzzy clustering method [1] |
| fuzzy logic [1] |
| fuzzy numbers [1] |
| fuzzy optimization [1] |
| GABAergic circuits [1] |
| Gamma oscillations [1] |
| Gaussian Type Quadrature Formula For Sums [1] |
| gel-casting method [1] |
| Gelatin [1] |
| gelcasting [1] |
| gender difference [1] |
| Gene-Expression [1] |
| Generalized Fibonacci number [1] |
| Generalized linear models [1] |
| Generalized Lucas number [1] |
| Genetic algorithm [3] |
| genetic algorithm [3] |
| genetic algorithms [1] |
| Genetic programming [4] |
| Geometrical and spectroscopic [1] |
| geração de colunas [1] |
| Glass fiber reinforced plastics [1] |
| glass-ceramic foams [1] |
| Global convergence [1] |
| Global optimization [1] |
| Glucocorticoid resistance [1] |
| gluconeogenesis [1] |
| glucose [2] |
| Glucose oxidase biosensor [1] |
| Glucose-Oxidase [2] |
| Glycerol [3] |
| Glycerol conversion [1] |
| glycerol conversion [1] |
| Glycoprotein Gp43 [1] |
| gold nanoparticles [2] |
| Gold Nanoprobes [1] |
| GrabCut method [1] |
| graded algebras [1] |
| Graded polynomial identities [1] |
| graded polynomial identities [1] |
| Graf Copolymer [1] |
| Grafo [1] |
| Granger causality [1] |
| Graph [1] |
| graph coloring [1] |
| graph theory [1] |
| Graph-based approaches [1] |
| Graphene [2] |
| Graphene oxide [1] |
| graphite [1] |
| Graphite nanosheets [1] |
| graphite nanosheets [2] |
| GRASP [1] |
| grazing incidence [1] |
| green nanocomposites [1] |
| Grhl3 [1] |
| Grinding [1] |
| Grobner-Shirshov bases [1] |
| Growing neural gas [1] |
| Growth [1] |
| Gut ischemia [1] |
| Hazard [1] |
| Heart [1] |
| heart failure [1] |
| Heart rate [1] |
| Heart rate variability [1] |
| heart rate variability [2] |
| Heart surgery [1] |
| heartbeat simulation [1] |
| Heavy metals [2] |
| Hemihydrate [1] |
| Hemoglobin Immobilization [2] |
| Heteronuclei [1] |
| heterotypic signaling [1] |
| Heuristic [2] |
| heuristics [1] |
| Heurística [1] |
| HF3 [1] |
| HFCVD [1] |
| High density polyethylene [1] |
| High Performance Computing [1] |
| High pressure and temperature [1] |
| High temperature [1] |
| high-energy ball milling [1] |
| High-intensity resistance training [1] |
| High-order methods [1] |
| High-performance concrete [1] |
| High-speed flows [1] |
| high-velocity plasma spray [1] |
| Highly pigmented paints [1] |
| HiPIMS [2] |
| Hippocampus [1] |
| Histological techniques [1] |
| histology [1] |
| Histone deacetylase [1] |
| Hopf bifurcation [1] |
| Hot extrusion [1] |
| Hot Jupiters [1] |
| HP Model [1] |
| Hpc [1] |
| Human dental stem cells [1] |
| Hybrid [2] |
| hybrid adhesive [1] |
| Hybrid heuristics [4] |
| Hybrid methods [1] |
| hybrid polymer latex [1] |
| Hydrogen sorption properties [1] |
| Hydrogen storage [2] |
| Hydrogen-absorbing materials [1] |
| hydrogenolysis [1] |
| hydroxyapatite [1] |
| Hyper current algebra [1] |
| Hyperbolic [1] |
| Hypercyclic [1] |
| hypertension, pulmonary [1] |
| Hysteresis [1] |
| Ibuprofen [1] |
| Ideals [1] |
| Identification [2] |
| identities with involution [1] |
| IL-10 [1] |
| illuminant maps [1] |
| Image analysis [3] |
| image analysis [1] |
| image descriptors [1] |
| Image processing [1] |
| Image segmentation [1] |
| Imidazolium [1] |
| imidazolium [1] |
| immunoglobulin CDR [1] |
| Immunosensor [5] |
| Impedance spectroscopy [1] |
| Imperata brasiliensis fibers [1] |
| In-flight particle characteristics [1] |
| In-Vivo [1] |
| Indexing structures [1] |
| indoor monitoring [1] |
| Inexact Restoration [1] |
| Inexact restoration [1] |
| Inexact-restoration [1] |
| infant behavior [1] |
| Inflammation [4] |
| inflammatory cells [1] |
| Inflammatory mediators [1] |
| information extraction [1] |
| Information systems [1] |
| Infrared Spectroscopy [1] |
| Inhaled load estimate [1] |
| Inhibition [1] |
| Injury [2] |
| Instagram [1] |
| Instance selection [1] |
| integer optimization [1] |
| integer programming [1] |
| Integrated map [1] |
| Integration testing [1] |
| Intelligent guided adaptive search [1] |
| Interaction Mechanism [1] |
| interactome [1] |
| Interface [1] |
| Interlaminar shear strength [1] |
| intermetallic [1] |
| Intermetallic compound [1] |
| interplanetary flight [1] |
| Intestinal ischemia-reperfusion [1] |
| Intracellular mechanism [1] |
| Intravascular elastography [1] |
| Intravascular Ultrasound (IVUS) [1] |
| Intravital Microscopy [1] |
| Intrinsic dissolution rate [1] |
| Inverse Iteration [1] |
| Inverse power method [1] |
| involutions [1] |
| Ion implantation [1] |
| Ionic channels [1] |
| Ionic Liquid [1] |
| Ionic liquid [1] |
| ionic liquid [1] |
| Ionic Liquids [1] |
| Ionic liquids [3] |
| ionic liquids [1] |
| Ions [1] |
| Iron oxide nanoparticles [1] |
| Iron sulfate nanoparticle [1] |
| Ischemia [1] |
| Ischemic heart disease [1] |
| isolated atrium [1] |
| Isomorphisms [1] |
| isomorphisms between Banach spaces [1] |
| isomorphisms of C(K, X) spaces [1] |
| Israel [1] |
| Itaconic acid [1] |
| Jacobi [1] |
| Java [1] |
| job sequencing and tool switching [1] |
| joining process [1] |
| Kaizen Programming [1] |
| Kaizen programming [1] |
| Kalman filter [1] |
| Keyframe summary [1] |
| Keystroke dynamics [2] |
| Kinetics [1] |
| kinin receptor [1] |
| kraft lignin [2] |
| Kuramoto model [1] |
| Kyotophin [1] |
| Kyotorphin [1] |
| Kyotorphin Amide [1] |
| l(p)metric [1] |
| L-Arginine Kyotorphin [1] |
| L-system [1] |
| Label noise [3] |
| Label Propagation [1] |
| Label propagation [1] |
| label propagation [1] |
| Lagrange multipliers [1] |
| Langmuir monolayer [1] |
| language [1] |
| Large-scale WSNs [1] |
| Laser beam welding [1] |
| Laser therapy [1] |
| laser welding [1] |
| Lasers [1] |
| Lattes Platform [1] |
| Lattices [1] |
| Layer-by-layer [4] |
| Layer-by-layer (LbL) film [1] |
| Layer-By-Layer Films [1] |
| Lead [1] |
| Lead-Free Piezoceramics [1] |
| Lead-Free Piezoelectrics [1] |
| lead-free piezoelectrics [1] |
| Leaf phenology [1] |
| Leaf traits [1] |
| Leafing [1] |
| Leafy herbal teas [1] |
| lectins [1] |
| Left ventricle function [1] |
| LEGION [1] |
| legislação [1] |
| legislation [1] |
| Leitos hospitalares [1] |
| leptin [1] |
| Levofloxacin [1] |
| Li-Yorke [1] |
| Lidov-Kozai MechanismArtificial Satellite [1] |
| Lifetime of orbits [1] |
| Light-tissue interaction [1] |
| linear and integer optimization [1] |
| Linear Embeddings [1] |
| Linear embeddings [1] |
| Linear genetic programming [2] |
| Linear low density polyethylene [1] |
| Linear low-density polyethylene [1] |
| linear programming relaxation [1] |
| Linear regression [2] |
| Linkage analysis [1] |
| Lipopolysaccharide [1] |
| Liposomes [2] |
| Lipschitz free space [1] |
| Lipschitz functions [1] |
| Lipschitz functions, [1] |
| Lipschitz-free spaces [5] |
| Liquid-Chromatography [2] |
| LLLT [1] |
| LMI [1] |
| Local search [1] |
| Local Weyl modules [1] |
| Locally nilpotent derivations [1] |
| Location-based attention [1] |
| longevity [1] |
| Longitudinal data [1] |
| longitudinal linear mixed model [1] |
| Low level and high-level classification [1] |
| Low-cost airlines [1] |
| Low-intensity LED [2] |
| Low-level laser therapy [1] |
| low-level laser therapy [1] |
| Low-thrust limited power trajectories [1] |
| Lower Limb [1] |
| LPV discrete-time systems control [1] |
| LULC [1] |
| Luminescent nanoparticles [2] |
| Luminescent Zn(II) coordination compounds [1] |
| Lung inflammation [1] |
| Lycaste [1] |
| m-learning [1] |
| Machado-Joseph disease [1] |
| Machine Learning [1] |
| Machine learning [4] |
| machine learning [2] |
| Machine productivity [1] |
| Magnetic applications [1] |
| Magnetic properties [1] |
| magnetoelectric coupling [1] |
| Magnetron sputtering [1] |
| magnetron sputtering [1] |
| Maleic Anhydride [1] |
| maraging [1] |
| Marine natural products [1] |
| Markov models [1] |
| Mars [1] |
| Mas receptor [1] |
| Mass spectrometry [2] |
| Massage [1] |
| Materiais [1] |
| materiais semicondutores [1] |
| Mathematical modeling [1] |
| mathematical models [1] |
| Mathematical-Theory [1] |
| Matrix algebras [1] |
| matrix algebras [1] |
| Maximum covering location problem [1] |
| Mazur spaces [1] |
| Mechanical [1] |
| Mechanical alloying [1] |
| mechanical alloying [1] |
| Mechanical milling [1] |
| Mechanical properties [2] |
| mechanical properties [2] |
| Media [1] |
| melanoma [3] |
| Melt [1] |
| Membrane [1] |
| Membrane permeabilization [1] |
| mercury [1] |
| Mesenteric ischemia [1] |
| Meta-features [1] |
| Meta-heurísticas [1] |
| Meta-learning [2] |
| Metaheuristic [2] |
| Metaheuristics [2] |
| Metal matrix composites [1] |
| Metallic filaments [1] |
| Metalloproteinase [1] |
| metastatic melanoma [1] |
| Meteorology [1] |
| MethodologiesFt-Ir [1] |
| methods: analytical [1] |
| methods: numerical [2] |
| Mg hydrides [1] |
| Mg2FeH6 [1] |
| Micellization Behavior [1] |
| micro-sensores [1] |
| microcirculation [1] |
| MicrocirculationMolecular-Dynamics Simulations [1] |
| Microscopic control [1] |
| microsensors [1] |
| microspheres [1] |
| Microstructural characterization [1] |
| Microstructure [2] |
| Microwave absorber [2] |
| microwave absorber [2] |
| Microwave absorption [1] |
| Migration [1] |
| milling [1] |
| Mineral coal tailings [1] |
| miniemulsion polymerization [1] |
| Minimally conscious state [1] |
| minimization of the maximum diameter [1] |
| minor planets, asteroids: individual: (45) Eugenia [1] |
| misassignment [1] |
| Mixed models [1] |
| Mixtures [1] |
| ML-invariant [1] |
| Mo-AlNxOy [1] |
| moagem [1] |
| mobile device [1] |
| Mobilization [1] |
| Model trees [1] |
| Modelo HP [1] |
| Modelos Matemáticos [1] |
| Modification [1] |
| Molecular clusters [1] |
| Molecular Dynamics [1] |
| Molecular dynamics [2] |
| molecular dynamics [1] |
| Molecular-Dynamics [3] |
| Molecular-Dynamics Simulations [1] |
| molten salt synthesis [1] |
| Monoamine oxidase-B [2] |
| Monoclonal Antibody [1] |
| monolithic vitreous carbon [1] |
| Monospline [1] |
| Moons, perturbation maps [1] |
| Morpholinium [1] |
| morphological change [1] |
| Morphology [3] |
| Motor Training [1] |
| Mouse MLB13 cells [1] |
| MRI [1] |
| MSC establishment [1] |
| Multi-Core ArchitecturePerformance [1] |
| Multi-objective optimization [2] |
| Multiclass classification [1] |
| multicommodity [1] |
| multicommodity flow [1] |
| Multiferroics [1] |
| multilayer perceptron (MLP) [1] |
| Multilayers [1] |
| Multiple dosage [1] |
| Multiple objective programming [1] |
| Multiple quadrotors [1] |
| multiwalled carbon nanotube [1] |
| MWCNT [1] |
| Mycelia [1] |
| Myeloid differentiation gene 88 [1] |
| Myocardial infarction [2] |
| Nandrolone [1] |
| Nanocellulose [1] |
| nanocellulose [1] |
| Nanocomposite [1] |
| Nanocomposites [2] |
| nanocomposites [2] |
| Nanocomposites binary oxides [1] |
| Nanocrystalline diamond [1] |
| nanocrystalline materials [1] |
| Nanocrystallites [1] |
| nanofabrication [1] |
| Nanoparticles [1] |
| nanoparticles [4] |
| Nanoribbons [1] |
| nanostructured polymers [1] |
| Nanotubes [1] |
| nanowires and nanocrystals [1] |
| NaOH oxidation [1] |
| Natural Products [1] |
| Natural Spline [1] |
| Nddo Approximations [1] |
| NDVI [1] |
| Nearest neighbour classifier [1] |
| Neighboring extremals method [1] |
| Network motifs [1] |
| network-based methods [1] |
| networked control systems [1] |
| neural correlates of consciousness [1] |
| Neural growth [1] |
| Neural simulation [1] |
| Neuroplasticity [1] |
| Neurorehabilitation [1] |
| Nevirapine [2] |
| next-generation sequencing [1] |
| NFR-framework [1] |
| Nimodipine [1] |
| Niobium [1] |
| Nitric oxide [1] |
| Nm [2] |
| no-report paradigm [1] |
| nodal threshold [1] |
| Noise Filter [1] |
| Noise filters [1] |
| Noise identification [1] |
| Noise ranking [1] |
| Non-ferrous metals and alloys [1] |
| Nonlinear dynamics [1] |
| Nonlinear geometry of Banach spaces [1] |
| Nonlinear optimization [1] |
| Nonlinear programming [3] |
| Nonlinear systems [1] |
| nonlinear time series [1] |
| nonoverlapping clone pooling [1] |
| norm-attaining Lipschitz functional [1] |
| Numerical experiments [3] |
| Numerical optimization [1] |
| Numerical Weather Prediction Model [1] |
| ob/ob [1] |
| obesity [1] |
| object correlation images (OCIs) [1] |
| Object selection [1] |
| Object-based attention [1] |
| Octanoic acid [1] |
| OLEDs [1] |
| Oogonia [1] |
| Optical biopsy [1] |
| Optimal low-thrust transfers [1] |
| Optimal space trajectories [1] |
| Optimality [1] |
| optimality conditions [1] |
| Optimization [2] |
| optimization [1] |
| Optimization of space trajectories [1] |
| Oral cancer [1] |
| orbit propagation [1] |
| Orbital dynamics [1] |
| Orbital Perturbation [1] |
| Orbital perturbations [1] |
| Orbits [1] |
| Ores [1] |
| Orlicz spaces [1] |
| Orthogonal Gram Polynomials [1] |
| Oscillatory correlation [1] |
| Osseointegration [1] |
| Osteoblast [1] |
| Osteogenesis [1] |
| Osx1 [1] |
| otimização linear e inteira [1] |
| Otimização multiobjetivo [1] |
| Ovariectomy [2] |
| overlay coating [1] |
| Oxidation [2] |
| oxidation [1] |
| Oxidative stress [2] |
| oxidative stress [1] |
| Oxygen [1] |
| Oxygenated products [1] |
| p-Median problems [1] |
| Paecilomyces variotti [1] |
| pain [1] |
| PAni [1] |
| Paracoccidioides Brasiliensis [1] |
| Paracoccidioides brasiliensis [1] |
| Parallel machines [1] |
| Parallel Processing [1] |
| Parameters [1] |
| Parasympathetic drive [1] |
| parasympathetic nervous system [1] |
| Pareto front [2] |
| participative leadership [1] |
| Particle competition and cooperation [1] |
| particle size [1] |
| particles competition and cooperation [1] |
| passive sampler [1] |
| patents [1] |
| pathogenic fungus [1] |
| Pathological hypertrophy [1] |
| Pattern recognition [1] |
| Peak Expiratory Flow Rate [1] |
| peanut agglutinin [1] |
| Pearson correlation [1] |
| Peptide bond specificity [1] |
| Peptide Drugs [1] |
| peptides [1] |
| Peptidome [1] |
| Peptidomics [1] |
| Performance [1] |
| permeability [1] |
| Permittivity [1] |
| Personal exposure [1] |
| Perturbational Complexity Index [1] |
| Perturbations [1] |
| PFN [1] |
| Ph [1] |
| Phantoms [1] |
| pharmaceutical industry [1] |
| phase transitions [1] |
| Phase-Transitions [1] |
| PHB [1] |
| PHBV [1] |
| Phenology [2] |
| phenotypic plasticity [1] |
| Phoneutria nigriventer [1] |
| phosphorene [1] |
| photobiomodulation [1] |
| Photobiomodulation therapy [2] |
| photocatalysis [1] |
| photodegradation [1] |
| photodynamic therapy [1] |
| Photoluminescence [2] |
| photosensitizer [1] |
| Phototherapy [4] |
| phototherapy [1] |
| Physical Therapy [2] |
| physical-chemical properties [1] |
| Physicochemical Properties [1] |
| Piezoelectric Ceramics [1] |
| Piezoelectric TransducersFree Piezoelectric Ceramics [1] |
| piezoelectrics [1] |
| piezoresistivity [1] |
| Piezosurgery [1] |
| Pillared clay [1] |
| Planetary Systems [1] |
| Planetary systems [1] |
| planets and satellites: dynamical evolution and stability [1] |
| Plant identification [1] |
| plant identification [1] |
| Plant species identification [1] |
| Plantago [1] |
| Plasma [1] |
| plasma nitriding [1] |
| plasma powder spraying [1] |
| Plasma torch [1] |
| Plasma Treatment [1] |
| Plasticity [1] |
| Platinum catalytic thin film [1] |
| PLGA [1] |
| Polarization [2] |
| Polimerização em emulsão [1] |
| Polipirrol [1] |
| políticas públicas [1] |
| Poly o-phenetidine [1] |
| Poly(3-hydroxybutyrate-co-3-hydroxyvalerate) [1] |
| Poly(furfuryl alcohol) [1] |
| poly(furfuryl alcohol) resin [1] |
| Poly(Hydroxybutyrate-Co-Hydroxyvalerate) [1] |
| poly(hydroxybutyrate-co-hydroxyvalerate) [1] |
| Poly(ionic liquids) [1] |
| poly(o-ethoxyaniline) [1] |
| poly(vinyl acetate) [1] |
| polyacrylonitrile [1] |
| Polyaniline [3] |
| Polyarylacetylene [1] |
| polyesters [1] |
| polyetherimide [1] |
| Polyethylene [1] |
| Polyfluorene [1] |
| Polyfluorenes [1] |
| Polyketides [1] |
| Polymer blends [2] |
| polymer blends [1] |
| Polymer conductivity [1] |
| Polymer diodes [1] |
| Polymer Induced Heteronucleation [1] |
| Polymeric composites [1] |
| Polymers [1] |
| Polymorphism [1] |
| Polymyxin-B [1] |
| Polynomials [1] |
| Polyploidy [1] |
| Polypropylene [1] |
| Polypyrrole [1] |
| polysaccharide-based CSP [1] |
| Polythiophene [1] |
| polytopic systems [1] |
| POMA [2] |
| porosity [1] |
| Porous diamond [1] |
| positive alcohol expectancy [1] |
| positive selection [1] |
| post polymerization [1] |
| posttest measures [1] |
| Postura [1] |
| Posture [1] |
| Potentials [1] |
| powder metallurgy [1] |
| pós-polimerização [1] |
| PP-PE [1] |
| Pps Composites [1] |
| Prediction [1] |
| Predição de estrutura de proteínas [1] |
| prefrontal cortex [1] |
| pregnancy in adolescence [1] |
| Pretest [1] |
| priority [1] |
| problem structuring methods [1] |
| problema de corte de estoque [2] |
| process control [1] |
| production [1] |
| Progesterone Polymorphs [1] |
| Progestins [1] |
| Proliferation [1] |
| Protein [2] |
| Protein structure prediction [1] |
| Protein tyrosine phosphatase [1] |
| Proteome [2] |
| Proteome derived peptide library [1] |
| proteomic analysis [1] |
| Proteomic identification of protease cleavage sites [1] |
| Proteomics shotgun [1] |
| Proton [1] |
| public policies [1] |
| Public security [1] |
| pulse [1] |
| Pyridinium [1] |
| PZT [1] |
| Quasi-perfect codes [1] |
| Quasicrystals [1] |
| Quay crane scheduling [1] |
| radar absorbing materials [1] |
| Railway wheels [1] |
| RAM [2] |
| Raman [1] |
| raman optical activity (ROA) [1] |
| Raman spectroscopy [2] |
| Ranking methods [1] |
| rapid solidification [1] |
| rat [1] |
| Rat proteomics [1] |
| rDNA [1] |
| Re-ranking methods [1] |
| Reactive deposition [1] |
| Reactive oxygen species [1] |
| real-tree [1] |
| Receptor [1] |
| Recognition of objects [1] |
| Recombinant expression [1] |
| Recommendation system [1] |
| recurrence networks [1] |
| Recurrence plot [1] |
| recycling [1] |
| red mud [1] |
| Reduction [1] |
| Reflectance [1] |
| Regional Atmospheric Modelling System [1] |
| Rehydration [1] |
| Reinforcement learning [1] |
| Reliability [1] |
| Remote phenology [2] |
| remote phenology [1] |
| Remote Sensing [1] |
| Remote sensing [2] |
| remote sensing [1] |
| Renin-angiotensin system [1] |
| renin-angiotensin system [2] |
| reologia [1] |
| Repair [2] |
| Repeated photography [1] |
| Reperfusion [1] |
| Reperfusion injury [1] |
| Representation by rules [1] |
| reprocessing [1] |
| Requirements engineering [1] |
| Resistance training [1] |
| resistência à abrasão [1] |
| Resonance [1] |
| Response inhibition [1] |
| restricted three-body problem [1] |
| Reticulated vitreous carbon [1] |
| reticulated vitreous carbon [1] |
| RGB color channels [1] |
| Rheological behavior [1] |
| rheological behavior [1] |
| rheology [1] |
| Rhipicephalus sanguineus [1] |
| Rhodococcus erythropolis [3] |
| Rhomboclase [1] |
| roughness measurements [1] |
| Routing [2] |
| Rubber [1] |
| Rudolfiella [1] |
| Safety requirements [1] |
| Safety-critical systems [1] |
| Saliva [1] |
| SARS-CoV-2 [2] |
| Satellite attitude control [1] |
| Saw cycles [1] |
| Scaffolds [1] |
| scaffolds [1] |
| scanning electron microscopy [1] |
| Scattered spaces [1] |
| Scheduling [2] |
| schizoaffective disorder [1] |
| schizophrenia [1] |
| Score normalization [1] |
| second phase particles [1] |
| secondary metabolites [1] |
| secretome [1] |
| Secular Evolution [1] |
| seeding [1] |
| Segmentation image [1] |
| Selection [1] |
| Self-adaptive systems [1] |
| Self-assembled films [1] |
| Semi-empirical [1] |
| semi-empirical modeling [1] |
| Semi-supervised learning [2] |
| Semiconductor clusters [1] |
| semiconductor materials [1] |
| Semicrystalline Polymer [1] |
| Sequence-dependent setup times [1] |
| Sequenciamento [1] |
| Sequential equality-constrained optimization [1] |
| Sequential quadratic programming (SQP) [1] |
| Serre subcategory [1] |
| Sertoli cells [1] |
| Severe asthma [1] |
| severe plastic deformation [2] |
| Sexual dimorphism [1] |
| Shadowing [1] |
| Shape retrieval [1] |
| Sheet forming [1] |
| SiC [1] |
| signal amplification [1] |
| Silicon [1] |
| silicon carbide [2] |
| silicon-doped tricalcium phosphate [1] |
| Silk fibroin [4] |
| Silver determination [2] |
| Silver nanoparticles [2] |
| simbiose [1] |
| Similarity ranking [1] |
| simple linear iterative clustering (SLIC) [1] |
| Simulation [1] |
| simulation [1] |
| Simulator [1] |
| sinus atrial conduction time [1] |
| Sistema cardiovascular [1] |
| Sistema nervoso autônomo [1] |
| síntese [1] |
| síntese por fusão de sais [1] |
| skin conductance [1] |
| Skin treatment [1] |
| Snake venom [2] |
| Social distancing [1] |
| social drinkers [1] |
| social networks [1] |
| SODA [1] |
| Sodium-Potassium Niobate [1] |
| Software metrics [1] |
| software reuse [1] |
| Software testing [2] |
| Software testing research in Brazil [1] |
| sol-gel [1] |
| Solar energy [1] |
| Solubility [1] |
| solubility [1] |
| solution casting [1] |
| Solution-processed diodes [1] |
| Solvation [1] |
| somorphisms between Banach spaces [1] |
| Sp7 [1] |
| Spacecraft maneuvers [1] |
| spaces of contin- uous functions [1] |
| spaces of continuous functions [1] |
| spaces of Lipschitz functions [1] |
| Spark Plasma Sintering [1] |
| spark plasma sintering [1] |
| Specialized metabolites [1] |
| Spectral analysis [1] |
| spectral analysis [1] |
| Spectroscopy [1] |
| spectroscopy [1] |
| Spider venom [1] |
| splicing detection [1] |
| spring back [1] |
| Square wave anodic stripping voltammetry [1] |
| Square-wave voltammetry [1] |
| SSM [1] |
| Stability StudyDiscovery [1] |
| Stabilization methods [1] |
| stainless steel [1] |
| stainless steels 316L [1] |
| standards [1] |
| State feedback control [1] |
| state feedback switched control [1] |
| Stellar dynamics [1] |
| Stem cells culture [1] |
| stereochemical reassignment [1] |
| Stereochemistry [2] |
| Stochastic L-system [1] |
| Stowage planning [3] |
| Strain map [1] |
| Strength [1] |
| structural change [1] |
| Structural testing [1] |
| Structure [1] |
| structure revision [1] |
| StructureImidazolium Ionic Liquids [1] |
| subgraph counting [1] |
| Sulfatation [1] |
| Sulfide) Composites [1] |
| Sulfur [1] |
| Sulfur minerals [1] |
| Supercapacitors [2] |
| superpixel [1] |
| Supersonic plasma spray [1] |
| supersonic plasma spray [1] |
| Surface active ionic liquids [1] |
| surface coating [1] |
| Surface functionalities [1] |
| surface plasmon resonance [1] |
| Surface PropertiesPlasma Treatment [1] |
| surface roughness [1] |
| Surface treatment [1] |
| Surfactant [1] |
| Surfactin [4] |
| SVM [1] |
| Swarm intelligence [1] |
| Swine [1] |
| swing-by [1] |
| Switched linear systems [1] |
| switched linear systems [1] |
| Switched systems [1] |
| switched systems [1] |
| symbiosis [1] |
| Symbolic regression [2] |
| synthesis [2] |
| synthesis and processing techniques [1] |
| synthetic aperture radar (SAR) images [1] |
| Synthetic gasoline [1] |
| System [2] |
| Systematic literature review [1] |
| Systemic inflammatory response syndrome [1] |
| Systems [1] |
| systems biology [1] |
| T cells [1] |
| tag clouds [1] |
| tamanho de partícula [1] |
| Tandem Mass-Spectrometry [2] |
| TDDFT [1] |
| Teaching [1] |
| TEM [1] |
| Temperature [3] |
| Template update [2] |
| Tendinitis [1] |
| Tendinopathies and tendinitis [1] |
| Tensile strength [1] |
| Ternary Polymer Electrolytes [1] |
| Terpenes [1] |
| Test-driven code search [1] |
| testes de toxicidade [1] |
| Testing aspect-oriented programs [1] |
| Testing criteria [1] |
| Testis [1] |
| Tga [1] |
| TGF beta [1] |
| Theraphotoxin [1] |
| thermal analysis [1] |
| Thermal annealing [1] |
| Thermal Cycling [1] |
| Thermal cycling [1] |
| Thermal Expansion Mechanisms [1] |
| thermal properties [2] |
| Thermal-Stability [1] |
| Thermodynamic Properties [1] |
| thermodynamic stability [1] |
| Thermodynamics [1] |
| thermodynamics [1] |
| thermoplastic composite [1] |
| Thermoplastic Composites [1] |
| Thermoplastic polyurethane [1] |
| thermoplastic polyurethane [1] |
| Thermotoga maritima [2] |
| thick films [1] |
| thin film [2] |
| Thin films [2] |
| Third-body perturbation [1] |
| Thought disorders [1] |
| Three-Body Problem [1] |
| Thresholds [1] |
| Thyroid hormones [1] |
| Ti-6Al-4V [2] |
| Ticks [1] |
| Tiling [1] |
| Tilings [1] |
| tilting module [1] |
| time 120 d [1] |
| time 30 h [1] |
| Time Series [1] |
| Time series [1] |
| time series [1] |
| Timesat [1] |
| tinta decorativa [1] |
| TiO2 [2] |
| TiOxNy [1] |
| tissue damage [1] |
| Tissue repair [1] |
| Titanate Ceramics [1] |
| Titanate nanotubes [1] |
| titanium dioxide [1] |
| TMS-EEG [1] |
| TMS/EEG [1] |
| TNF [2] |
| Tool switches [2] |
| Tooling constraints [1] |
| Tooth tissue engineering [1] |
| Topically-applied formulation [1] |
| toxicity tests [1] |
| traffic accidents [1] |
| Training [1] |
| Transcranial magnetic stimulation [1] |
| Transdermal Drug-Delivery [1] |
| Transfers between coplanar orbits [1] |
| Transfers between coplanar orbits with small eccentricities [1] |
| Transformation [1] |
| transition point [1] |
| Transmission [1] |
| Transonic aeroelasticity [1] |
| Transport-Properties [1] |
| Transportation systems [1] |
| traveling salesman [1] |
| travelling salesman problem [1] |
| Trend analysis [1] |
| trend analysis [1] |
| Tricalcium phosphate [1] |
| tricalcium phosphate [1] |
| Troca de ferramentas [1] |
| Trub [1] |
| Trypanosoma cruzi [1] |
| Two-dimensional cutting stock [1] |
| Two-stage capacitated facility location [1] |
| type 2 diabetes [2] |
| ultrananocrystalline diamond [1] |
| ultrasonic inspection [1] |
| ultrasound [1] |
| ultraviolet radiation [1] |
| ultraviolet radiation effects [1] |
| unresponsive wakefulness [1] |
| Unresponsive wakefulness syndrome [1] |
| unsupervised distance learning [1] |
| upper-triangular matrices [1] |
| Uric-Acid [2] |
| value-focused brainstorming [1] |
| value-focused thinking [1] |
| Valvular heart disease [1] |
| Vasodilatation [1] |
| Vasoplegia [1] |
| VBM [1] |
| VCD [3] |
| Vegetation index [1] |
| Vegetation indices [1] |
| vegetative state [1] |
| Ventilation [1] |
| ventromedial prefrontal cortex [1] |
| verbal fluency [1] |
| Vibrational Circular Dichroism [1] |
| vibrational circular dichroism (VCD) [1] |
| Vibrational ModesCeramics [1] |
| Vibrational optical activity [1] |
| vibrational optical activity (VOA) [1] |
| Virtual reality environment [1] |
| virulence regulators [1] |
| Visual analytics [1] |
| Visual attention [1] |
| Visual rhythm [1] |
| volatile organic compounds (VOCs) [1] |
| Volumetric oxygen mass transfer coefficient [1] |
| Walking [1] |
| Waste recovery [1] |
| Water [4] |
| Water level estimation [1] |
| water/oil emulsion [1] |
| WC-Co substrate [1] |
| WEEE [1] |
| Weierstrass-Dochev-Durand-Kerner Method [1] |
| Weighted shifts [1] |
| Weighted-sum scalarization [1] |
| Welding [1] |
| Wet scrub resistance [1] |
| Wettability [1] |
| whiskers [1] |
| whole-cell (WC) modeling [1] |
| Wireless Sensor networks [1] |
| Wnt [1] |
| wollastonita [1] |
| wollastonite [2] |
| wound healing [1] |
| X-ray diffraction [1] |
| Xanthene dyes [1] |
| Xylobium [1] |
| Yeast [1] |
| Zeolite [1] |
| Zeros Of Gram Polynomials [1] |
| Zeros Of Legendre Polynomials [1] |
| ZnO [1] |
| ℓ ∞ -sums of Banach spaces [1] |
