SEDL / Topics / General Methods and Instrumentation / All JAI

• Fire in High Pressure Oxygen Filter: Analysis of an Accident in a Steel Plant
• Experimental Investigation of the Onset of Subcooled Nucleate Boiling in an Open-Pool Nuclear Research Reactor
• Modeling of Dispersion and Settling of Micron-Sized Dust Particles in Pressure Regulator Used in Oxygen-Enriched Environment
• Neutron Radiography: A Powerful Tool for Fast, Quantitative and Non-Destructive Determination of Hydrogen Concentration and Distribution in Zirconium Alloys
• Vibration Based Damage Identification Using Burg's Algorithm and Shewhart Control Charts
• Triboelectrification of Metallic Dust Particles: Experiment and Modeling
• Kinetics of Crystallization of Co-Based Multi-Component Amorphous Alloy
• Oxidation Stability of Soy and Palm Based Biodiesels Evaluated by Pressure Differential Scanning Calorimetry
• Fractography of ASTM D2512 Tested Polymeric Isotropic Material Residuals Generated External to the Impacting Indenter
• The Effect of Agitation and Quenchant Temperature on the Heat Transfer Coefficients for 6061 Aluminum Alloy Quenched in Distilled Water
• Promoted Ignition-Combustion Behavior of Cobalt and Nickel Alloys in Oxygen-Enriched Atmospheres
• Verification of the ASTM G-124 Purge Equation
• Ignition of Contaminated Aluminum by Impact in Liquid Oxygen—Influence of Oxygen Purity
• Advanced Crew Escape Suits (ACES) Particle Impact Test
• Identification and Quantification of Combustion Products Released by Non-Metallic Materials Used for Medical Oxygen Equipment
• Oxygen Fire Hazards in Valve-Integrated Pressure Regulators for Medical Oxygen
• An Approach to Understanding Flow Friction Ignition: A Computational Fluid Dynamics (CFD) Study on Temperature Development of High-Pressure Oxygen Flow Inside Micron-Scale Seal Cracks
• Good Practices for Avoiding Fires in Steel Mill Oxygen Systems
• Determination of Time Required for Materials Exposed to Oxygen to Return to Reduced Flammability
• Liquid Oxygen Rotating Friction Ignition Testing of Aluminum and Titanium with Monel^® and Inconel^® for Rocket Engine Propulsion System Contamination Investigation
• Determination of Burn Criterion for Promoted Combustion Testing
• Keynote—Materials Selection for Oxidizer Service—Successes and Challenges
• Chlorine Trifluoride Exposure Testing and Oxidizer Reactivity Results
• Sealed Aluminum Cavity Reactions when Submerged in Pure O₂ Reboiler Sump
• Oxygen Compatibility of Brass-Filled PTFE Compared to Commonly Used Fluorinated Polymers for Oxygen Systems
• Ignition Sensitivity of Nonmetallic Materials in Oxygen-Enriched Air (NITROX): A Never Ending Story in SCUBA Diving?
• Electrical Arc Ignition Testing for Common Handheld Electrical Devices in Oxygen-Enriched Atmosphere
• High Pressure Quick Disconnect Particle Impact Tests
• Test Method for Quantifying the Ignitability of Metallic Materials
• Adiabatic Compression Testing—Part II: Background and Approach to Estimating Severity of Test Methodology
• Promoted Ignition Testing of Metallic Filters in High-Pressure Oxygen
• Adiabatic Compression Testing—Part I: Historical Development and Evaluation of Fluid Dynamic Processes Including Shock-Wave Considerations
• The Importance of Quality Assurance and Batch Testing on Nonmetallic Materials Used for Oxygen Service
• Tribocharging of Particle Contaminants Evaluated as an Ignition Source in Oxygen-Enriched Environments
• Defining the Flammability of Cylindrical Metal Rods Through Characterization of the Thermal Effects of the Ignition Promoter
• Effect of Oxygen Concentration on Autogenous Ignition Temperature and Pneumatic Impact Ignitability of Nonmetallic Materials
• The Effect of Adjuvants, Pesticide Formulation, and Spray Nozzle Tips on Spray Droplet Size
• Vacuum Superinsulated Liquid Oxygen Piping and Vessels
• The Rate-Limiting Mechanism for the Heterogeneous Burning of Cylindrical Iron Rods
• A Proposed Qualitative Framework for Heterogeneous Burning of Metallic Materials: The “Melting Rate Triangle”
• Dose Reconstruction: The Use of Dose Reconstruction in the Determination of Human Exposure
• Gas-Cooling of Multiple Short Inline Disks in Flow Along Their Axis
• Ski Bindings and Lower Leg Injuries, A Case Control Study in Flaine, 2006
• Injury Trends in Norwegian Ski Resorts in the 10 Year Period 1996–2006
• Statistical Evaluation of Promoted Ignition Test Data
• Effect of Geometry on the Melting Rates of Iron Rods Burning in High Pressure Oxygen
• Fast Scan Differential Scanning Calorimetry Distinguishes Melting, Melting-Degradation/Sublimation and Thermal Stability of Drugs
• Thermal and Oxidative Properties of Physiologically Relevant Free Fatty Acids by Dielectric Analysis and Differential Scanning Calorimetry
• Flow Friction Fire History and Research
• Ignition of Metals at High Temperatures in Oxygen
• Proactive Mitigation of PCTFE-Related Ignition Hazards in Oxygen Systems: I. Development of a Voluntary Consensus Standard Specification to Control Property Variation in Finished PCTFE Parts
• Proactive Mitigation of PCTFE-Related Ignition Hazards in Oxygen Systems: II. Testing of Inventoried “At-Risk” PCTFE Parts and Hazard Analyses of Corresponding Ground Service Equipment at the Kennedy Space Center
• Mechanical Impact Testing: Data Review and Analysis
• Electrical Arc Ignition Testing of Spacesuit Materials
• Pneumatic Impact Ignition of Sebum Oil Film in High-Pressure Oxygen
• ASTM G 175 Interlaboratory Study on Forced Ignition Testing
• Oxygen Compatibility Assessment on Components and Systems
• Frictional Ignition Testing of Composite Materials
• Oxygen Fires in Aluminum Alloy Cylinders
• Promoted Metals Combustion at Ambient and Elevated Temperatures
• Fires in P-3 Aircraft Oxygen Systems
• Gravimetric Analysis of the Nonvolatile Residue from an Evaporated Droplet, Using the Quartz Crystal Microbalance/Heat Conduction Calorimeter
• Ignition of a Composite Cylinder with Plastic Liner
• Combustion Tests Under High Pressure Oxygen: Promoted Ignition Combustion Test Versus Metallic Disk Ignition Test
• Mechanical Impact of Aluminum Alloy Gas Cylinder Pressurized with Oxygen
• Surface Ignition of Aluminum in Oxygen
• Analysis Tools Used to Evaluate Oxygen Hazards and the Oxygen Compatibility of Metals
• Proficiency Testing for Evaluating Aerospace Materials Test Anomalies
• Investigation of Oxygen-Acetylene Flashback Reactions in Welding Hoses
• Materials Compatibility with Nitrogen Trifluoride (NF₃)
• A Metallurgist's Views on the Selection of Engineering Alloys for Applications Involving Oxygen-Enriched Atmospheres: Keynote Address
• Simulation of Heat Transfer and Residual Stresses from Cooling Curves Obtained in Quenching Studies
• Promoted Combustion Testing of Pure and Ceramic-Coated Metals in High Pressure Oxygen by the Federal Institute of Materials Research and Testing (BAM)
• Promoted Ignition of a Cylinder Valve in NF₃
• Filtration of Gaseous or Liquid Oxygen in Industrial Applications and Associated Fire Risks
• Review, Analysis, and Hazard Mitigation of the Life-Support Oxygen System on Royal Australian Air Force P-3 Orion Aircraft
• Effect of Sample Geometry on Regression Rate of the Melting Interface for Carbon Steel Burned in Oxygen
• An Investigation of Regression Rate of the Melting Interface for Iron Burning in Normal Gravity and Reduced Gravity
• The Adiabatic Compression Test for Type Approval of Components — History and Final Test Protocol
• The Oxygen Index of Surgical Drape Materials
• A Thermal Analysis Method for Measuring Polymer Flammability
• Ignition of Combustion Modified Polyurethane Foam
• Comparison of Carbon Dioxide and Helium as Fire Extinguishing Agents for Spacecraft
• Crystalline Silica Analysis: A Comparison of Calibration Materials and Recent Coal Mine Dust Size Distributions
• Characterization Of Epoxy Curing Using High Heating Rate DSC
• Photo Thermal Micro-Spectroscopy — A New Method for Infared Analysis of Materials
• Development and Evaluation of a TG/DTA/Raman System
• Quantitative Mass Measurements from Mass Spectrometer Trend Data in a TG/MS System
• Selection of Alternatives to Liquid-in-Glass Thermometers
• Use of a TG/DTA/Raman System to Monitor Dehydration and Phase Conversions
• Separation of Overlapping Processes from TGA Data and Verification by EGA
• Simple Extraction of Sulfite and Sulfate in Cogeneration Plant Circulating Fluidized Bed Fly Ash for Ion Chromatographic Analysis
• The Role of TGA-DTA in the Initial Evaluation of the Solid State Forms for Pharmaceutical New Chemical Entities, Part 1: Evaluation of Pure Forms
• The Role of TGA-DTA in the Initial Evaluation of the Solid State Forms for Pharmaceutical New Chemical Entities, Part 2: Evaluation of Mixed Forms