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Your search keyword '"Lau, Y.M."' showing total 25 results
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25 results on '"Lau, Y.M."'

1. Brief Report: Risk of Recurrent Interstitial Lung Disease From Osimertinib Versus Erlotinib Rechallenge After Symptomatic Osimertinib-Induced Interstitial Lung Disease

Author

Li, Molly S.C., primary, Lee, Kirsty W.C., additional, Mok, Kevin K.S., additional, Loong, Herbert H.F., additional, Lam, K.C., additional, Mok, Florence S.T., additional, Chan, Landon L., additional, Lau, Y.M., additional, Chan, K.P., additional, Ng, Joyce T.Y., additional, Wong, Wesley K.Y., additional, Lam, Benjamin H.W., additional, Chen, Allen C.C., additional, Lee, Matthew M.P., additional, Chen, Olivia H., additional, and Mok, Tony S.K., additional

Published
2024
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2. P2.09-24 Risk of Recurrent Interstitial Lung Disease (ILD) from EGFR TKI Rechallenge after Osimertinib Induced ILD

Author

Li, M.S., primary, Lee, K.W.C., additional, Loong, H.H.F., additional, Lam, K.C., additional, Mok, F.S.T., additional, Lau, Y.M., additional, Chan, K.P., additional, Mok, K.K.S., additional, Ng, J.T.Y., additional, Chen, A.C.C., additional, Wong, W.K.Y., additional, Lam, B.H.W., additional, Chen, O.H., additional, and Mok, T.S.K., additional

Published
2023
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8. 312P ClinMatch: A clinical trial matching platform that improves trial accessibility among NSCLC patients through comprehensive genomic and clinical profiling

Author

Yu, A.C.S., primary, Yim, A.K-Y., additional, Nyaw, S.F., additional, Li, K.K-M., additional, Lau, Y.M., additional, Li, S.C.M., additional, Mok, S.T.F., additional, Tang, G., additional, Chang, A., additional, Prêtre, V., additional, Jin, N., additional, Kai, A.K.L., additional, Kan, T.C.M., additional, Lee, H.C., additional, Chan, T.F., additional, Wong, C.S-C., additional, Cho, W.C.S., additional, and Loong, H.H.F., additional

Published
2022
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9. A first-in-Asia pilot programme on the role of monthly tele-multidisciplinary team (Tele-MDT) meetings across institutions for elders living with cancers during the COVID-19 pandemic – emerging opportunities, enhancing clinical practice

Author

Tsang, J., primary, Lau, Y.M., additional, Li, B., additional, Yuen, T., additional, Myint, J., additional, Suen, D., additional, Chan, K., additional, Wong, E., additional, Lau, J., additional, Ling, W.M., additional, Choi, E., additional, Cheng, A., additional, Tang, J., additional, Choi, W., additional, and Brain, E., additional

Published
2022
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16. Using Faraday Waves to Measure Interfacial Tension

Author

Lau, Y.M. (author), Westerweel, J. (author), van de Water, W. (author), Lau, Y.M. (author), Westerweel, J. (author), and van de Water, W. (author)

Abstract

We use Faraday waves to measure interfacial tension σ between two immiscible fluids, with an interest in (ultra)low values of σ. The waves are excited by vertically oscillating the container in which the fluids reside. Using linear stability theory, we map out the accessible range of interfacial tensions. The smallest value (σmin ≈ 5 × 10-4 N/m) is limited by the joint influence of gravity and viscous dissipation. A further limitation is posed by the greatest accelerations that can be realized in a laboratory. We perform experiments on a water-dodecane interface with an increasing concentration of a surfactant in the water layer that decreases the interfacial tension into the ultralow domain [σ = [Formula: see text](10-6 N/m)]. Surprisingly, the smallest measured wavelength is larger by a factor of 2 than that predicted for vanishing σ. We hypothesize the effect of transport of the surfactant in the fluid flow associated with the waves., Fluid Mechanics

Published
2020
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20. Coalescence and break-up in dense bubbly flows

Author

Lau, Y.M., Deen, N.G., Kuipers, J.A.M., Multi-scale Modelling of Multi-phase Flows, and Group Deen

Subjects
Physics::Fluid Dynamics
Abstract

A combined experimental and computational study has been performed on the effect of coalescence and breakup in bubbly flows. A pseudo-2D bubble column with a special needle sparger has been constructed to obtain well-defined inlet conditions at the gas distributor. An advanced digital image analysis technique has been developed to determine the Bubble Size Distribution (BSD) as a function of position and superficial gas velocity. Most experimental studies of the size distribution have thus far concentrated on bubbly flow at relatively low void fractions. In the present study the column is operated in the regime of dense bubbly flow, where the individual bubble or a cluster of bubbles can be characterized, leading to the construction of the size distribution.

Published
2012

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