Thermal inactivation of airborne viable Bacillus subtilis spores by short-term exposure in axially heated air flow

Keyphrases

• About Four 33%
• Aerosolized 66%
• Air Quality Control 33%
• Air Temperature 33%
• Bacillus Subtilis (B. subtilis) 100%
• Bioaerosol Particles 33%
• Biodefense 33%
• Conservative Approach 33%
• Control Applications 33%
• Counterterrorism 33%
• Culturability 33%
• Denaturation 33%
• Endospores 33%
• Essential Proteins 33%
• Experimental Facility 33%
• Exposure Conditions 33%
• Exposure Temperature 33%
• Factor Value 66%
• Flow Condition 33%
• Heat-induced 33%
• Heated Air Flow 100%
• Heating Condition 33%
• Induced Damage 33%
• Limit of Quantification 33%
• Longitudinal Temperature Profile 33%
• Lower Approximation 33%
• Order of Magnitude 33%
• Self-repair 33%
• Short-term Exposure 100%
• Spore Inactivation 66%
• Stress Resistance 33%
• Temperature Profile 33%
• Test Chamber 33%
• Thermal Exposure 66%
• Thermal Inactivation 100%
• Viability Loss 33%

Engineering

• Air Flow 100%
• Air Quality 33%
• Air Temperature 33%
• Bioaerosol 33%
• Exposure Condition 33%
• Flow Condition 33%
• Flow Rate 100%
• Heated Air 100%
• Induced Damage 33%
• Limit of Quantification 33%
• Quality Control 33%
• Reference Point 33%
• Short-Term Exposure 100%
• Temperature Profile 66%
• Test Chamber 33%
• Thermal Exposure 66%
• Thermal Inactivation 100%

Chemical Engineering

• Biological Aerosols 100%