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ASTROCATALISIS HETEROGENEA DE METALES DE TRANSICION ABUNDANTES EN EL ESPACIO. UNA APROXIMACION COMPUTACIONAL
Rimola Gibert, Albert
(PI)
Luque Urrutia, Jesús Antonio
(Col.laborador/a)
Enrique-Romero, Joan
(Col.laborador/a)
Kakkar , Harjasnoor
(Col.laborador/a)
Perrero ., Jessica
(Col.laborador/a)
Martinez i Bachs, Berta
(Col.laborador/a)
Ferrero , Stefano
(Col.laborador/a)
Departament de Química
Computational BioNanoCat
Universitat Autònoma de Barcelona (UAB)
Informació general
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Producció científica
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Keyphrases
Meteors
100%
Interstellar Complex Organic Molecules (iCOMs)
60%
Solar System
55%
Lunar Meteorite
50%
Space Mining
50%
HED Meteorites
50%
Oort Cloud
50%
Impactor
50%
Deep Machine Learning
50%
Transfer Learning
50%
Complex Organic Molecules
50%
Quantum Chemistry
50%
Gas Phase
50%
Grain Surface
50%
Gradient-weighted Class Activation Mapping (Grad-CAM)
50%
Interstellar Objects
50%
Chemistry Simulation
50%
Surface Formation
50%
Nanoindentation Test
50%
Ketene
50%
Mechanical Properties
50%
Computational Chemistry
50%
Fireball
50%
Interstellar Medium
44%
E-ratio
33%
Olivine
33%
Mechanical Characteristics
33%
Acetaldehyde
27%
Meteorite Impact
25%
Gravitational Perturbations
25%
Large Population
25%
Orbital Inclination
25%
Close Encounters
25%
Radiant
25%
Binary Star Systems
25%
Hyperbolic Orbits
25%
Flyby
25%
Uncertainty Evaluation
25%
Oumuamua
25%
Statistical Evaluation
25%
Expected Range
25%
High Strength
25%
Ecliptic Plane
25%
Radical Coupling
20%
Synthetic Routes
17%
Rock Mechanics Experiments
16%
Plastic Energy
16%
Resource Utilization Strategy
16%
In-situ Resource Utilization
16%
Structural Orientation
16%
Elastic Energy
16%
Local Porosity
16%
Pyroxene
16%
Mineral Samples
16%
Linear Correlation
16%
Comprehensive Characterization
16%
Impact Model
16%
Compositional Characteristics
16%
Porosity
16%
Spinel
16%
Mineral Phase
16%
High Young's Modulus
16%
Space Science
16%
Feldspar
16%
Silicate Minerals
16%
Oxide Minerals
16%
Meteor Detection
15%
Formic Acid
14%
Interstellar Ice
10%
Hydrogenation
10%
Ice Model
10%
Slow Diffusion
10%
Telescope Observations
10%
Ethanol
10%
Open-shell Character
10%
OH Radical
10%
Preferred Path
10%
Step Processes
10%
Binding Energy
10%
Quantum Chemical Calculations
10%
Kinetic Calculation
10%
Tunneling
10%
Chemical Synthesis
10%
Reactive Species
10%
Barrier-free
10%
Activation Energy
10%
Convolutional Layer
10%
Terrestrial Conditions
10%
James Webb Space Telescope
10%
Acetyl Radical
10%
NH Radical
10%
Carbon Condensation
10%
Ice Form
10%
Condensation Reaction
10%
Hydrogenated
10%
Medium Condition
10%
On-surface Synthesis
7%
Organic Molecules
7%
Chemical Evolution
7%
Organic Chemicals
7%
Formation Pathway
7%
Grain Surface Chemistry
7%
Energy Barrier
7%
Gas-phase Mechanisms
7%
CHOCHO
7%
Surface Reaction Mechanism
7%
Water Ice
7%
Icy Surfaces
7%
Formamide
7%
Parallelization
7%
Surface Reaction
7%
Chemical Compounds
7%
Ice Surface
7%
Methyl Formate
7%
Surface Modify
7%
Icy Grains
7%
Huge Amounts of Data
5%
Detection Device
5%
Region of Interest
5%
Static Elements
5%
Fully Automated
5%
Feature Map
5%
Convolutional Neural Network
5%
Most Probable
5%
Mapping Method
5%
Pixel Location
5%
Meteoroids
5%
Activation Map
5%
Automated pipeline
5%
Optical Detection System
5%
Chemistry
formation
100%
Organic Molecule
100%
Ice
56%
Computational Chemistry
50%
Ketene
50%
Surface Reaction
12%
Quantum Chemical Calculations
10%
Condensation Reaction
10%
Chemistry
10%
Hydrogenation
10%
Acetyl
10%
Binding Energy
10%
Condensation
10%
Reaction Activation Energy
10%
Formic Acid
6%
Surface Chemistry
6%
Organic Compound
6%
Chemical Evolution
6%
Chemical Agent
6%
Energetics
6%
Formamide
6%
Energy Barrier
6%
Methyl Formate
6%