Search Results - "Rielly, M.R."

Spatial coherence of the nonlinearly generated second harmonic portion of backscatter for a clinical imaging system by Fedewa, R.J., Wallace, K.D., Holland, M.R., Jago, J.R., Ng, G.C., Rielly, M.R., Robinson, B.S., Miller, J.G.

“…Correlation-based approaches to phase aberration correction rely on the spatial coherence of backscattered signals. The spatial coherence of backscatter from…”
Get full text

Spatial coherence of backscatter for the nonlinearly produced second harmonic for specific transmit apodizations by Fedewa, R.J., Wallace, K.D., Holland, M.R., Jago, J.R., Ng, G.C., Rielly, M.R., Robinson, B.S., Miller, J.G.

“…To be successful, correlation-based, phase-aberration correction requires a high correlation among backscattered signals. For harmonic imaging, the spatial…”
Get full text

Spatial coherence of backscatter for the nonlinearly produced second harmonic for speci .c transmit apodizations by Fedewa, R.J., Wallace, K.D., Holland, M.R., Jago, J.R., Ng, G.C., Rielly, M.R., Robinson, B.S., Miller, J.G.

Get full text

Experimental comparisons of the impact of abdominal wall aberrators on linear and nonlinear beam patterns by Wallace, K.D., Robinson, B.S., Holland, M.R., Rielly, M.R., Miller, J.G.

“…An ultrasonic wavefront can suffer significant aberration as it passes through the abdominal or chest wall. The present work experimentally measures the impact…”
Get full text

Effect of changing the transmit aperture on the spatial coherence of backscatter for the nonlinearly generated second harmonic by Fedewa, R.J., Wallace, K.D., Holland, M.R., Jago, J.R., Ng, G.C., Rielly, M.R., Robinson, B.S., Miller, J.G.

“…The present work measures the effective apodizations for the fundamental and second harmonic and uses the Van Cittert-Zernike theorem to predict the spatial…”
Get full text

Statistically significant differences in the spatial coherence of backscatter for fundamental and harmonic portions of a clinical beam by Fedewa, R.J., Wallace, K.D., Holland, M.R., Jago, J.R., Ng, G.C., Rielly, M.R., Robinson, B.S., Miller, J.G.

“…Correlation-based approaches to phase aberration correction rely on the spatial coherence of backscattered signals. The spatial coherence of backscatter was…”
Get full text