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] |