Company Filing History:
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1 out of 832,812 Years Active: 2005-2006
Title: Innovations of Teng-Fong Wong
Introduction
Teng-Fong Wong is an accomplished inventor based in Stony Brook, NY (US). He holds 2 patents that showcase his expertise in the field of ultrasonic flow measurement technology. His work has significant implications for understanding groundwater discharge in submarine environments.
Latest Patents
One of Teng-Fong Wong's latest patents is the Ultrasonic Seepage Meter. This innovative device has been specifically adapted for measurements in submarine environments. The meter is connected to a collection funnel and houses two piezoelectric transducers mounted at opposite ends of a cylindrical flow tube. By monitoring the perturbations of fluid flow on the propagation of sound waves inside the flow tube, the ultrasonic meter can measure both forward and reverse fluid flows in real time. Laboratory and field calibrations demonstrate that the ultrasonic meter can resolve groundwater discharges in both directions on the order of 0.1 µm/s (<1 cm/d). It is robust enough for deployment in the field for several days. The data collected with the meter elucidate the temporal and spatial heterogeneity of submarine groundwater discharge and its interplay with tidal loading and other driving forces. A negative correlation between the discharge and tidal elevation can be observed.
Career Highlights
Throughout his career, Teng-Fong Wong has made significant contributions to the field of environmental monitoring. His innovative approaches have advanced the understanding of groundwater dynamics and their environmental impacts.
Collaborations
Teng-Fong Wong has collaborated with notable professionals in his field, including Christopher Scott Smith and Ronald J Paulsen. Their combined expertise has further enriched the research and development of innovative technologies.
Conclusion
Teng-Fong Wong's contributions to ultrasonic flow measurement technology highlight his role as a leading inventor in environmental science. His work continues to influence the understanding of groundwater discharge and its environmental interactions.