46,127 research outputs found
The Comparison Between Sensorimotor Rhythm and Frontal Midline Theta During Successful and Unsuccessful Putting Performance in Skilled Golfers Under Pressure
No full textChen T-T, Wang K-P, Cheng M-Y, Hung T-M. The Comparison Between Sensorimotor Rhythm and Frontal Midline Theta During Successful and Unsuccessful Putting Performance in Skilled Golfers Under Pressure. Presented at the International Society for Neurofeedback and Research’s (ISNR) 23rd Annual Conference, Denver, Colorado, USA
Differences in mu rhythm between successful and unsuccessful golf putting performance in skilled golfers
No full textWang K-P, Chen T-T, Chang Y-T, Cheng M-Y, Huang C-J, Hung T-M. Differences in mu rhythm between successful and unsuccessful golf putting performance in skilled golfers. Presented at the NASPSPA 2015 Conference, Portland, Oregon, USA
Intra-hemispheric functional EEG coherence of theta rhythm in successful and unsuccessful golf putting performance in skilled golfers
No full textChen H, Chen T-T, Wang K-P, Huang C-J, Cheng M-Y, Hung T-M. Intra-hemispheric functional EEG coherence of theta rhythm in successful and unsuccessful golf putting performance in skilled golfers. Presented at the International Society for Neurofeedback and Research’s (ISNR) 23rd Annual Conference, Denver, Colorado, USA
Lower top- down attention and higher motor control are associated with better putting performance in expert golfer
No full textKao C-W, Wang K-P, Chen T-T, Cheng M-Y, Hung T-M. Lower top- down attention and higher motor control are associated with better putting performance in expert golfer. Presented at the Asia Conference on Kinesiology 2018, Taichung, Taiwan
Proficient brain activity in superior golf putting performance: An insight from the EEG and psychomotor efficiency
No full textCheng M-Y, Wang K-P, Koester D, Hung T-M, Schack T. Proficient brain activity in superior golf putting performance: An insight from the EEG and psychomotor efficiency. Presented at the NASPSPA 2018 Conference, Denver, CO, USA
A 20-year database of MCSs in eastern China
No full textThis dataset contains the mesoscale convective systems (MCSs) over eastern China (20-42N, 95-125E) during the eight monsoon stages from 2001 to 2020.
The zipped data are in netCDF format, each contains the brightness temperature (lon, lat, time) of an MCS event. Note that
The time attribute shows "minutes since 2001-01-01 00:00"
The lon, lat attributes are in degrees at the 4-km resolution
For inquiries or potential collaborations, feel free to contact Dr. Tat Fan Cheng ([email protected]) or Prof. Mengqian Lu ([email protected]).
If you find our dataset/analyses useful, please cite our recent paper (Thank you!).
Cheng, T. F., Dong, Q., Dai, L., & Lu, M.* (2022). A Dual Regime of Mesoscale Convective Systems in the East Asian Monsoon Annual Cycle. Journal of Geophysical Research: Atmospheres, 127, e2022JD036523. https://doi.org/10.1029/2022JD03652
Optimal design of simulation experiments with nearly saturated queues
No full textSimulation Models;Interpolation;Queueing Network;Extrapolation
Singaporean mothers' perception of their three-year-old child's weight status: A cross-sectional study
No full textSingapore National Research Foundation; National Medical Research Council (NMRC), SingaporeFull Author List: Cheng T.S.; Cheng T.; Loy S.; Cheung Y.; Chan J.; Tint M.; Godfrey K.; Gluckman P.; Kwek K.; Saw S.; Chong Y.; Lee Y.; Yap F.; Lek N.; Sheppard A.; Chinnadurai A.; Goh A.; Rifkin-Graboi A.; Qiu A.; Biswas A.; Lee B.; Broekman B.; Quah B.; Shuter B.; Chng C.; Ngo C.; Hsu S.; Bong C.; Henry C.; Chee C.; Fok D.; Yeo G.; Inskip H.; Chen H.; Van Bever H.; Magiati I.; Wong I.; Lau I.; Kapur J.; Richmond J.; Holbrook J.; Gooley J.; Tan K.; Niduvaje K.; Singh L.; Su L.; Daniel L.; Shek L.; Fortier M.; Hanson M.; Chong M.; Rauff M.; Chua M.; Meaney M.; Teoh O.; Wong P.; Agarwal P.; Van Dam R.; Rebello S.; Chong S.; Cai S.; Soh S.; Lim S.; Rajadurai V.; Stunkel W.; Han W.; Pang W.; Goh Y.; Chan Y.</p
Production of coloured glass-ceramics from incinerator ash using thermal plasma technology.
No full textNear wall flow over urban-like roughness
No full textIn this study, comprehensive measurements over a number of urban-type surfaces with the same area density of 25% have been performed in a wind tunnel. The experiments were conducted at a free stream velocity of 10 m s-1 and the main instrumentation was 120 ° x-wire anemometry, but measurement accuracy was checked using laser Doppler anemometry. The results have confirmed the strong three-dimensionality of the turbulent flow in the roughness sublayer and the depths of the inertial sublayer (log-law region) and roughness sublayer for each surface have been determined. Spatial averaging has been used to remove the variability of the flow in the roughness sublayer due to individual obstacles and it is shown that the spatially averaged mean velocity in the inertial sublayer and roughness sublayer can, together, be described by a single log-law with a mean zero-plane displacement and roughness length for the surface, provided that the proper surface stress is known. The spatially averaged shear stresses in the inertial sublayer and roughness sublayer are compared with the surface stress deduced from form drag measurements on the roughness elements themselves. The dispersive stress arising from the spatial inhomogeneity in the mean flow profiles was deduced from the data and is shown to be negligible compared with the usual Reynolds stresses in the roughness sublayer. Comparisons have been made between a homogeneous (regular element array) surface and one consisting of random height elements of the same total volume. Although the upper limits of the inertial sublayer for both surfaces were almost identical at equivalent fetch, the roughness sublayer was much thicker for the random surface than for the uniform surface, the friction velocity and the roughness length were significantly larger and the 'roughness efficiency' was greater. It is argued that the inertial sublayer may not exist at all in some of the more extreme rough urban areas. These results will provide fundamental information for modelling urban air quality and forecasting urban wind climates
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