Search Results - "Poh, Churn K"

A numerical and experimental study of mass transfer in the artificial kidney by Liao, Zhijie, Poh, Churn K, Huang, Zhongping, Hardy, Peter A, Clark, William R, Gao, Dayong

“…To develop a more efficient and optimal artificial kidney, many experimental approaches have been used to study mass transfer inside, outside, and cross hollow…”
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Effect of flow baffles on the dialysate flow distribution of hollow-fiber hemodialyzers: a nonintrusive experimental study using MRI by Poh, Churn K, Hardy, Peter A, Liao, Zhijie, Huang, Zhongping, Clark, William R, Gao, Dayong

“…We used an innovative, nonintrusive MRI technique called the two-dimensional (2D) Phase-Contrast (2DPC) velocity-imaging technique to investigate the effect of…”
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Kinetic Comparison of Different Acute Dialysis Therapies by Liao, Zhijie, Zhang, Weiming, Hardy, Peter A., Poh, Churn K., Huang, Zhongping, Kraus, Michael A., Clark, William R., Gao, Dayong

“…: Recent clinical data indicate both ultrafiltration rate (Qf) and timing of treatment initiation in continuous renal replacement therapy (CRRT) and therapy…”
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Effect of spacer yarns on the dialysate flow distribution of hemodialyzers: a magnetic resonance imaging study by Poh, Churn K, Hardy, Peter A, Liao, Zhijie, Huang, Zhongping, Clark, William R, Gao, Dayong

“…Blood side and dialysate side flow distributions play an important role in determining the optimal use of dialysis membrane in hemodialyzers for the removal of…”
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Measurement of hollow fiber membrane transport properties in hemodialyzers by Liao, Zhijie, Klein, Elias, Poh, Churn K., Huang, Zhongping, Lu, Junfeng, Hardy, Peter A., Gao, Dayong

“…Determination of the transport properties of hollow fiber membranes contained within modern hemodialyzers is indispensable for assessing device design and…”
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The use of magnetic resonance imaging to measure the local ultrafiltration rate in hemodialyzers by Hardy, Peter A., Poh, Churn K., Liao, Zhijie, Clark, William R., Gao, Dayong

“…Hemodialyzers used for renal dialysis rely upon ultrafiltration to eliminate middle molecular-weight uremic solutes. It is valuable to measure the…”
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MEASUREMENT OF HOLLOW-FIBER-MEMBRANE TRANSPORT PROPERTIES IN HEMODIALYZERS by Liao, Zhijie, Poh, Churn K., Huang, Zhongping, Hardy, Peter A., Gao, Dayong, Clark, William K.

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CHARACTERIZATION OF FLOW DISTRIBUTION IN HEMODIALYZERS USING MRI by Poh, Churn K, Hardy, Peter A, Liao, Zhijie, Huang, Zhongping, Gao, Dayong, Clark, William R

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A MODIFIED EQUIVALENT ANNULUS MODEL FOR ARTIFICIAL KIDNEY by Liao, Zhijie, Poh, Churn K., Huang, Zhongping, Hardy, Peter A., Morti, Steph, Gao, Dayong, Clark, William R.

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Effect of Spacer Yarns on the Dialysate Flow Distribution of Hemodialyzers: A Magnetic Resonance Imaging Study by Poh, Churn K, Hardy, Peter A, Liao, Zhijie, Huang, Zhongping, Clark, William R, Gao, Dayong

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