The following are the fluid physics authors with last initial 'S'.

• Sacco Jr., A.

  Drops in Space: Super Oscillations and Surfactant Studies

• Sacksteder, K.R.

  Flame Spreading Over a Thin Solid in Low-Speed Concurrent Flow - Drop Tower Experimental Results and Comparison with Theory

• Sadhal, S.S.

  Ground Based Studies of Thermocapillary Flows in Levitated Drops

  Ground Based Studies of Thermocapillary Flows in Levitated Laser-Heated Drops

• Sain, F.

  Instabilities and Spation-Temporal Chaos of Hexagonal Convection Patterns in the Presence of Rotation

• Salmassi, T.

  The Physics of Boiling at Burnout

• Salzman, J.A.

  The Path to an Experiment in Space

• Salmassi, T.

  The Physics of Boiling at Burnout

• Samsonov, D.

  Instabilities in a Dusty Plasma with Ion Drag and Ionization

   

  Line Ratio Imaging of a Gas Discharge

• Sangalli, M.

  Linear Stability of Stratified Channel Flow

• Sangani, A.

  Behavior of Rapidly Sheared Bubbly Suspensions

  Fluid Dynamics of Bubby Liquids

• Sankaran, S.

  Colloidal Dispersions Go with the Flow

   

  Electric-Field-Induced Pattern Formation In Colloidal Dispersions

   

  Experiments on the Stability of a Liquid Bridge in an Axial Electric Field

   

  Pattern Formation in Nonaqueous Colloidal Dispersions via Electrohydrodynamic Flow

• Sanyal, S.

  Colloidal Assembly in Entropically Driven, Low-Volume-Fraction Binary Particle Suspensions

• Sattelmayer, T.

  A Hybrid Transient Step-Heating Heat Transfer Measurement Technique Using Heater Foils and Liquid-Crystal Thermography

• Sauke, T.

  Electrostatics of Granular Material (EGM): Space Station Experiment

• Saville, D.A.

  Colloidal Dispersions Go with the Flow

   

  Dielectric and Electrohydrodynamic Properties

   

  Electric-Field-Induced Pattern Formation In Colloidal Dispersions

   

  Electrhydrodynamic Flows in Electrochemical Systems

   

  Electrophoresis of Small Particles and Fluid Globules in Weak Electrolytes

   

  Experiments on the Stability of a Liquid Bridge in an Axial Electric Field

   

  Particle Migration In Suspensions by Thermocapillary or Electrophoretic Motion

   

  Pattern Formation in Nonaqueous Colloidal Dispersions via Electrohydrodynamic Flow

   

  Studies in Electrohydrodynamics

   

  The Circulation Produced in a Drop by an Electric Field: A High Field Strength Electrokinetic Model

   

  The Electrohydrodynamic Deformation of Drops Suspended in Liquids in Steady and Oscillatory electric Fields

   

  The Migration of Charged Drops and Bubbles in Electrolyte Gradients: Diffusiophoresis

• Scales, W.A.

  Investigation of a Streaming Instability Due to Dust-Charge Fluctuations

• Scharmann, A.

  Instabilities of Shallow Dynamic Thermocapillary Liquid Layers

• Schatz, M.F.

  Experimental Control of Thermocapillary Convection in a Liquid Bridge

   

  Long-Wavelength Instability in Marangoni Convection

   

  Onset of Hexagons in Surface-Tension-Driven Benard Convection

• Schiaffino, S.

  Dynamics of the Molten Contact Line

• Schiffer, P.

  Studies of Wet Granular Media

• Schneider, J.

  Instabilities of Shallow Dynamic Thermocapillary Liquid Layers

• Schonberg, J.A.

  The Lubrication Force Between Two Viscous Drops

• Schrage, D.S.

  Microgravity Fluid Separation Physics: Experimental and Analytical Results

   

  Operational Characteristics of a Two-Phase Free-Vortex Separator for Micro-Gravity Environments

  Passive Two-Phase Fluid Separation - A Dynamic Simuation Model

• Schultz, W.W.

  Fluid Flow in a Rotating Circular Cylinder

   

  On the Boundary Conditions at an Oscillating Contact Line: A Physical/Numerical Experimental Program

   

  The Velocity Potential and the Interacting force For Two Spheres Moving Perpendicularly to the Line Joining Their Centers

• Schulze, T.P.

  Nonlinear Convection in Mushy Layers

   

  Shear Stabilization of a Solidifying Front

   

  Shear Stabilization of Solidification Fronts

• Schwabe, D.

  Instabilities of Shallow Dynamic Thermocapillary Liquid Layers

• Schwartz, L.W.

  Free-Surface and Contact Line Motion of Liquids in Microgravity

• Segre, P.
•             Recent Progress on the Physics of Colloids in Space Flight Experiment
• Selamet, A.

  Multi-Scale Dimensions of Surface Tension- and/or Buoyancy-Driven Two-Phase Flows - Droplet Evaporation in Microgravity

   

  Visible and Infra-Red Sensitivity of Rayleigh Limit and Penndorf Extension to Complex Refractive Index of Soot

• Selamet, E.

  Thermocapillary Instability of Spherical Shells

• Selby, C.E.

  Coexistence Curve of Perfluoromethylcyclohexane-Isopropyl Alcohol

• Selver, R.

  Natural Convection of a Liquid Metal in Vertical Circular Cylinders Heated Locally from the Side

• Sengers, J.V.

  Dynamic Light Scattering from Long-Range Density Correlations in a

• Seyed-Yagoobi, J.

  Thermal Control and Enhancement of Heat Transport Capacity of Two-Phase Loops with Electrohydrodynamic Conduction Pumping

• Shapley, N.

  Development of a Magnetic Resonance Imaging Technique for Measuring Emulsion Coalescence

• Shaumeyer, J.N.

  Critical Speedup in Pure Fluids

   

  Optimizing Fitting Statistics in Photon Correlation Spectroscopy

   

  Zeno: Critical Fluid Light Scattering Experiment

• Shaw, B.D.

  Electrohydrodynamic Pool Boiling in Reduced Gravity

• Shaw, N.

  Fluids Flight Hardware

• Sheaffer, P.

  Static and Dynamic Properties of Chain Formation in a Dilute Magnetorheological Fluid

• Sheintuch, M.

  Methods of Deterministic Chaos Applied to the Flow of Thin Wavy Films

• Shen, T.R.

  Rewetting of Monogroove Heat Pipe in Space Station Radiators

• Shen, Y.

  Thermocapillary Convection Instability in Microgravity Crystal Growth

• Shi, D.

  Gelation Kinetics in Aerosols

• Shi, Q.

  The Effects of Convection on the Motion of Deformable Drops

   

  Thermocapillary Motion of Deformable Drops

• Shi, T.

  Drops in Space: Super Oscillations and Surfactant Studies

• Shinozaki, A.

  A Coarse Grained Approach to Thermocapillarity Effects in Binary Systems

• Shoemaker, J.M.

  Microgravity Fluid Separation Physics: Experimental and Analytical Results

   

  Operational Characteristics of a Two-Phase Free-Vortex Separator for Micro-Gravity Environments

   

  Two-Phase Flow Research Using The DC-9/DC-135 Apparatus

• Shuen, J.S.

  Droplet Vaporization in High Pressure Environments I: Near Critical Conditions

   

  Supercritical Droplet Combustion and Related Transport Phenomena

• Sickafoose, A.

  Dusty Plasma Dynamics Near Surfaces in Space

• Sides,  P.J.

  Thermocapillary Flow and Aggregation of Bubbles on a Solid Wall

• Silber, M.

  Competing Harmonic and Subharmonic Instabilities and Parametrically Excited Surface Wave Patterns

• Silveira, R.A.

  Rippling Instability of a Collapsing Bubble

• Singh, B.S.

  Pool Boiling Module Multi-User Hardware Description

• Singh, N.B.

  Physical Vapor Transport of Mercurous Chloride Crystals: Design of a Microgravity Experiment

• Singhal, M.

  Phase Distribution Phenomena for Simulated Microgravity Conditions: Experimental Work

• Sinha, A.

  Neural-Network-Based Classification of Space Acceleration Measurement Systems (SAMS) Data Via Supervised Learning

• Sirignano, W.A.

  Numerical Study of the Transient Vaporization of an Oxygen Droplet at Sub- and Super-Critical Conditions

• Sivathanu, Y.R.

  A Discrete Probability Function Method for the Equation of Radiative Transfer

   

  A Tomographic Method for the Reconstruction of Local Probability Density Functions

   

  Discrete Probability Function (DPF) Method for Turbulent Reacting Flows

• Skarda, J.R.

  Coupled Marangoni-Benard/Rayleigh-Benard Instability With Temperature Dependent Viscosity

   

  Exact and Approximate Solutions to the Double-Diffusive Marangoni-Bernard Problem with Cross-Diffusive Terms

   

  NASA's Microgravity Fluid Physics Program - Tolerability to Residual Accelerations

   

  The Benard Problem: A Comparison of Finite Difference and Spectral Collocation Eigenvalue Solutions

   

  Thermal Modeling With Solid/Liquid Phase Change of the Thermal Energy Storage Experiment

• Slobozhanin, L.A.

  Dynamics and Stability of Liquid Bridges

   

  Dynamics and Statics of Nonaxisymmetric Liquid Bridges

• Smedley, G.T.

  Solute Nucleation and Growth in Supercritical Fluid Mixtures

• Smith, A.

  Neural-Network-Based Classification of Space Acceleration Measurement Systems (SAMS) Data Via Supervised Learning

• Smith, C.

  Protein Crystal Growth in Microgravity - Temperature Induced Large Scale Crystallization of Insulin

• Smith, M.K.

  The Behavior of Unsteady Thermocapillary Flows

   

  The Development of Novel, High-Flux, Heat Transfer Cells for Thermal Control in Microgravity

• Snell, E.

  Fluid Physics and Macromolecular Crystal Growth in Microgravity

• Snow, W.M.

  Freezing in Confined Geometries

• Snyder, R.S.

  Role of Dielectric Constant in Electrohydrodynamics of Conducting Fluids

• Sohrab, S.H.

  A Scale-Invariant Model of Statistical Mechanics and Modified Forms of the First and the Second Laws of Thermodynamics

   

  Effects of Rotation on Cellular Premixed Flames Stabilized on Rotating Porous Spheres

   

  Scale-Invariant Forms of Conservation Equations in Reactive Fields and a Modified Hydro-Thermo-Diffusive Theory of Laminar Flames

   

  Some Thermodynamic Considerations on the Physical and Quantum Nature of Space and Time

• Sokol, P.E.

  Freezing in Confined Geometries

• Solomentsev, Y.E.

  Thermocapillary Flow and Aggregation of Bubbles on a Solid Wall

• Solomon, M.J.

  Aggregation and Gelation of Anisometric Colloidal Particles: Preliminary Results and Research Plan

• Sonin, A.A.

  Dynamics and Arrest by Freezing of a Molten Contact Line Advancing Over a Cold Substrate

   

  Dynamics of the Molten Contact Line

• Sorensen, C.

  Gelation Kinetics in Aerosols

• Sotos, R.G.

  Mass Transport Phenomena Between Bubbles and Dissolved Gases in Liquids under Reduced Gravity Conditions

• Spiegelberg, S.H.

  The Extensional Rheology of Non-Newtonian Materials

   

  Elastic Instability in Elongating Fluid Filaments

• Squarer, D.

  Transport Phenomena in Stratified Multi-Fluid Flow in the Presence and Absence of Gravity

• Squires, K.

  Decoupling the Role of Inertia and Gravity on Particle Dispersion

• Sridhar, T.

  An Interlaboratory Comparison of Measurements from Filament-Stretching Rheometers using Common Test Fluids

   

  Filament Stretching Rheometry of Complex Fluids

   

  Modeling of Transport Processes in a Solid Oxide Electrolyzer Generating Oxygen

   

  Separation of Carbon Monoxide and Carbon Dioxide For Mars ISRU - Concepts

• Stahl, H.P.

  A Vector Formulation for Interferogram Surface Fitting

   

  Conceptual Design of a Surface Deformation Measuring Instrument for the Sufrace Tension Driven Convection Experiment (STDCE-2)

   

  Contouring of a Free Oil Surface

• Stahl, S.L.

  Electrohydrodynamic Pool Boiling in Reduced Gravity

• Stebe, K.J.

  Droplet Deformation in an Extensional Flows: The Role of Surfactant Physical Chemistry

   

  Using Surfactants to Control Bubble Coalescence in Nucleate Pool Boiling

• Steen, P.H.

  Influence of Flow on Interface Shape Stability in Low Gravity

   

  Influence of Thermocapillary Flow on Capillary Stability:Long Float-Zones in Low Gravity

   

  On the Density Matching of Liquids Using Plateau's Method

   

  Stability of Shapes Held by Surface Tension and Subjected to Flow

• Steinberg, T.A.

  Comment on The Combustion Phase of Burning Metals

   

  Response to Comment by I. Glassman on The Combustion Phase of Burning Metals

   

  The Combustion of Iron in High-Pressure Oxygen

   

  The Combustion Phase of Burning Metals

• Stergios, G.

  Close Approach and Deformation of Two Viscous Drop Due to Gravity and van der Waals Forces

• Stoev, K.

  Inertial Effects on the Hydrodynamics of Moving Contact Lines

• Struk, P.M.

  Large Droplet Combustion Experiment Using Porous Spheres Conducted in Reduced Gravity Aboard an Aircraft - Extinction and the Effects of g-jitter

• Sture, S.

  Assessment of Constitutive and Stability Behavior of Sands Under Plane Strain Condition

  Low Velocity Impact Experiments in Microgravity

• Su, W-J.

  A Compact Laser Velocity Strain and Vorticity Probe for Microgravity Research

• Subramanian, G.

  Inertial Effects in Suspension Dynamics

• Subramanian, R.S.

  Flow Structures in Bubble Migration Under the Combined Action of Buoyancy and Thermocapillary

   

  Migration of a Compound Drop Due to Thermocapillarity

   

  Migration of a Pair of Bubbles under the Combined Action of Gravity and Thermocapillarity

   

  Motion of Drops and Bubbles in Reduced Gravity

   

  Thermocapillary Migration and Interactions of Bubbles and Drops

• Sudsina, M.W.

  Joining Ceramics by Brazing

• Suh, K.I.

  A New Generation Fiber Optic Probe: Characterization of Biological Fluids, Protein Crystals, and Opthalmic Diseases

   

  Flocculation and Aggregation in a Microgravity Environment (FAME)

• Sullivan, J.M.

  Foam Evolution: Experiments and Simulations

• Sun, C.

  Marangoni Effects on Near-Bubble Microscale Transport During Boiling of Binary Fluid Mixtures

• Suo, Y.

  Inertial Effects on the Hydrodynamics of Moving Contact Lines

• Suresh, V.A.

  Stability of Thermocapillary Return Flows under Vertical Gravity Modulation

• Suryanarayana, N.V.

  Film Condensation in a Horizontal Rectangular Duct

• Swift, J.B.

  Experimental Control of Thermocapillary Convection in a Liquid Bridge

   

  Long-Wavelength Instability in Marangoni Convection

   

  Onset of Hexagons in Surface-Tension-Driven Benard Convection

• Swinney, H.L.

  Experimental Control of Thermocapillary Convection in a Liquid Bridge

   

  Long-Wavelength Instability in Marangoni Convection

   

  Onset of Hexagons in Surface-Tension-Driven Benard Convection