Thermal Design and Turbidity Sensor for Autonomous Bacterial Growth Measurements in Spaceflight

Keyphrases

• Bacterial Growth 100%
• Biological Air Filter 33%
• Biological Interpretation 33%
• Biological Phenomena 33%
• Far Space 33%
• Gravity Model 33%
• Ground Reference 100%
• Growth Estimates 100%
• Growth Rate 100%
• High Performance 33%
• Integration Period 33%
• Internal Heater 33%
• Internal Temperature 100%
• Manned Spacecraft 33%
• Microgravity 66%
• Microgravity Environment 33%
• New York Academy of Sciences 33%
• Phase Change Material 33%
• Physical Phenomena 33%
• Random Positioning Machine 33%
• Random Rotation 33%
• Reference Experiment 100%
• Rotational Speed 33%
• Sensor Electronics 33%
• Space Experiment 33%
• Spaceflight 100%
• Speed Difference 33%
• Temperature Profile 33%
• Temperature Rise 33%
• Thermal Design 100%
• Thermal Management 33%
• Thermal Vacuum 33%
• Turbidity Sensor 100%
• Vacuum Insulation 33%
• Xanthobacter Autotrophicus 33%

Engineering

• Clinostats 25%
• Phase Change Material 25%
• Temperature Profile 25%