Engineering
Space Station
100%
Bioleaching
83%
Gravity Condition
66%
Bioremediation
66%
Microbial
50%
Bioproduction
33%
Cell Concentration
33%
Detectability
33%
Support System
33%
Mudstone
33%
FTIR Spectroscopy
22%
Space Platform
16%
Leached Concentration
16%
Test Hypothesis
16%
Final Yield
16%
Rock Type
16%
Synthetic Biology
16%
Optical Density
16%
Limitations
16%
Structural Materials
16%
Direct Application
16%
Space Application
16%
Bacterial Specie
16%
Electronics Industry
16%
Resource Utilisation
16%
High Resolution
11%
Mass Ratio
11%
Spatial Resolution
11%
Microbial Community
11%
Scale Structure
11%
Chemical Information
11%
Earth and Planetary Sciences
Microgravity
66%
Space Station
66%
Mudstone
33%
Mass Spectroscopy
33%
National Parks
33%
Environmental Ethics
33%
Extraterrestrial Environment
33%
Rare Earth Element
33%
Planetary Protection
33%
Bioremediation
33%
Support System
27%
FTIR Spectroscopy
22%
Laser Ablation
22%
Earth Gravity
19%
In Situ Resource Utilization
16%
Regolith
16%
Aerospace Environment
16%
Recycling
16%
Biological Pest Control
16%
Isotope Ratios
11%
Lacustrine Environment
11%
High Spatial Resolution
11%
Mars Science Laboratory
11%
Microbial Community
11%
Space Mission
11%
European Space Agency
11%
Infrared Laser
11%
Space Platform
11%
Chemical Element
11%
Organic Carbon
11%
Space Exploration
11%
Sedimentation Rate
11%
Electronics Industry
8%
Physics
Life Support Systems
44%
Mass Spectroscopy
33%
Microgravity
33%
Extraterrestrial Environment
33%
Planetary Protection
33%
Aerospace Environment
33%
Environment
33%
Regolith
33%
FTIR Spectroscopy
22%
Laser Ablation
22%
Raman Spectroscopy
22%
Space Platform
11%
Infrared Laser
11%
Space Exploration
11%
Mars Science Laboratory
11%
Earth Gravity
11%
High Resolution
11%
Chemical Element
11%
Space Mission
11%