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A three-dimensional chamber was designed to accurately implement and verify the age-of-air through simulation and tracer-gas experiment under unsteady-state conditions.
The dynamic mode decomposition (DMD) is applied to a 3-dimensional chamber in order to identify acoustic resonant modes and quantify their damping.
Two-dimensional chamber studies were conducted to determine qualitative and quantitative performance of cosolvents targeted at pooled dense non-aqueous phase liquid (DNAPL) (perchlorethylene, PCE) residing above a fine-grain capillary barrier.
The system was used for measuring temporal volumetric fluid content changes during a water finger infiltration into sand saturated with a NAPL (Soltrol-220) in a two-dimensional chamber.
For application of the DMD method, the 3-dimensional chamber with baffled injectors is selected, in which gaps in baffled injectors enhanced acoustic damping and it has been shown that there exists an optimum gap for maximum damping in the previous works.
A new concept for two dimensional wire chamber readout via its finely segmented cathode was developed.
Lab experiments utilizing image analyses of a DNAPL (PCE) penetrating into water-saturated homogeneous glass beads were carried out in a two-dimensional transparent chamber.
Light reflection visualization (LRV) experiments were performed to investigate solute diffusion in low-permeability porous media using a well-controlled two-dimensional flow chamber with a domain composed of two layers (one sand and one clay).
All echocardiograms were performed by an expert echocardiographer not involved in patient care (JE), using a Vivid E9 ultrasound scanner, acquiring two-dimensional apical two-chamber, four-chamber and long-axis views (2C, 4C and ALAX) with focus on the left ventricle (LV) and at a frame rate of >40 frames/s.
Axial and radial locations are made non-dimensional with the chamber diameter.
This investigation deals with the implementation of a multiple acquisition (MA) sequence for radiotherapy beam verification with a 2-dimensional (2D) ion chamber array.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com