James D. Trolinger

An experimental study on stationary history effects in high-frequency Stokes flows

We report results of a series of detailed experiments designed to unveil the dynamics of a particle of radius

Holographic particle-image velocimetry in the first International Microgravity Laboratory aboard the Space Shuttle Discovery.

a

Algorithm for phase-difference measurement in phase-shifting interferometry

moving in high-frequency, low-Reynolds-number oscillatory flow. The fundamental parameters in the problem are the Strouhal (

Particle Field Holography Data Reduction By Fourier Transform Analysis

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TECHNIQUE FOR SIMULATING AND EVALUATING AERO-OPTICAL EFFECTS IN OPTICAL SYSTEMS

) and the particle Reynolds numbers (

Hydroxyl density measurements with resonant holographic interferometry

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Determination of refractive properties of fluids for dual-wavelength interferometry

), as well as the fluid-to-particle density ratio

Sandwich, double-reference-wave, holographic, phase-shift interferometry

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Holographic instrumentation for monitoring crystal growth in space

. The experiments were designed to cover a range of

Diffractively corrected Risley prism for infrared imaging

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