1. Wong, L.T., K.W. Mui, C.T. Cheung, E.W.M. Lee and M.C. Lee, 2014. Performance impact of indoor environmental policy implementation for airside systems in Hong Kong Grade A offices. Build. Serv. Eng. Res. Technol. 10.1177/0143624414559609.
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2. Wong, L.T., K.W. Mui and C.T. Cheung, 2014. Bayesian thermal comfort model. Build. Environ., 82: 171-179.
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3. Lee, M.C., L.T. Wong, K.W. Mui, W.H. Lam and C.F. Chang, 2014. Energy conservation between natural ventilated and air-conditioned classroom in Taiwan. Int. J. Civil Environ. Eng., 14: 5-18.
4. Cheung, C.T., K.W. Mui, L.T. Wong and K.C. Yang, 2014. Electricity energy trends in Hong Kong residential housing environment. Indoor Built Environ., 23: 1021-1028.
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5. Wong, L.T., H.C. Yu, K.W. Mui and W.Y. Chan, 2013. Drag constants for common indoor bioaerosols. Indoor Built Environ. 10.1177/1420326X13515897.
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6. Mui, K.W. and L.T. Wong, 2013. Modelling occurrence and duration of building drainage discharge loads from random and intermittent appliance flushes. Build. Serv. Eng. Res. Technol., 34: 381-392.
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7. Cheung, C.T., K.W. Mui and L.T. Wong, 2013. Energy efficiency of elevated water supply tanks for high-rise buildings. Applied Energy, 103: 685-691.
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8. Mui, K.W., L.T. Wong and K.W. Hui, 2012. Downtime of in-use water pump installations for high-rise residential buildings. Build. Serv. Eng. Res. Technol., 33: 181-190.
9. Lee, M.C., K.W. Mui, L.T. Wong, W.Y. Chan, E.W.M. Lee and C.T. Cheung, 2012. Student learning performance and indoor environmental quality (IEQ) in air-conditioned university teaching rooms. Build. Environ., 49: 238-244.
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10. Lee, E.W., L.T. Wong and K.W. Mui, 2012. Development of a hybrid artificial neural network model and its application to data regression. Intell. Automat. Soft Comput., 18: 319-332.
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11. Lai, A.C.K., L.T. Wong, K.W. Mui, W.Y. Chan and H.C. Yu, 2012. An experimental study of bioaerosol (1-10 μm) deposition in a ventilated chamber. Build. Environ., 56: 118-126.
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12. Hui, P.S., K.W. Mui and L.T. Wong, 2012. Feasibility study of a simple IAQ index for assessing air-conditioned offices. Facilities, 30: 124-134.
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13. Wong, L.T., K.W. Mui, C.T. Cheung, W.Y. Chan, Y.H. Lee and C.L. Cheung, 2011. In-cabin exposure levels of carbon monoxide, carbon dioxide and airborne particulate matter in air-conditioned buses of Hong Kong. Indoor Built Environ., 20: 464-470.
14. Mui, K.W., P.S. Hui and L.T. Wong, 2011. Diagnostics of unsatisfactory indoor air quality in air-conditioned workplaces. Indoor Built Environ., 20: 313-320.
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15. Mui, K.W. and L.T. Wong, 2011. A comparison between the fixture unit approach and Monte Carlo simulation for designing water distribution systems in high-rise buildings. Water SA, 37: 109-114.
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16. Liao, W.J., K.W. Mui, C.L. Cheng, L.T. Wong and K.C. He, 2011. Air pressure fluctuations of drainage stacks at a high-rise office building. Indoor Built Environ., 20: 412-419.
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17. Wong, L.T., W.Y. Chan, K.W. Mui and A.C.K. Lai, 2010. An experimental and numerical study on deposition of bioaerosols in a scaled chamber. Aerosol Sci. Technol., 44: 117-128.
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18. Wong, L.T., K.W. Mui and Y. Guan, 2010. Shower water heat recovery in high-rise residential buildings of Hong Kong. Applied Energy, 87: 703-709.
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19. Mui, K.W., W.Y. Chan, L.T. Wong and P.S. Hui, 2010. Scoping indoor airborne fungi in an excellent indoor air quality office building in Hong Kong. Build. Serv. Eng. Res. Technol., 31: 191-199.
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20. Mui, K.W., L.T. Wong and N.K. Fong, 2010. Optimization of indoor air temperature set-point for centralized air-conditioned spaces in subtropical climates. Automat. Construct., 19: 709-713.
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21. Hui, P.S., L.T. Wong and K.W. Mui, 2010. Occupant acceptance as a screening parameter for indoor environmental assessments. Facilities, 28: 338-347.
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22. Fong, K.N.K., K.W. Mui, W.Y. Chan and L.T. Wong, 2010. Air quality influence on chronic obstructive pulmonary disease (COPD) patients' quality of life. Indoor Air, 20: 434-441.
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23. Cheng, C.L., K.W. Mui, L.T. Wong, C.J. Yen and K.C. He, 2010. Characteristics of air pressure fluctuations in high-rise drainage stacks. Build. Environ., 45: 684-690.
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24. Wong, L.T., W.Y. Chan, K.W. Mui and P.S. Hui, 2009. An assessment of airborne fungi exposure risk level in air-conditioned offices. Indoor Built Environ., 18: 553-561.
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25. Wong, L.T., K.W. Mui, P.S. Hui and W.Y. Chan, 2009. An exposure assessment for inhaled formaldehyde in air-conditioned offices of Hong Kong. Build. Serv. Eng. Res. Technol., 30: 279-286.
26. Wong, L.T., K.W. Mui, P.S. Hui and W. Chan, 2009. An implementation choice of assessment parameters for indoor air quality (IAQ) in air-conditioned offices. Facilities, 27: 202-210.
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27. Wong, L.T., K.W. Mui and P.S. Hui, 2009. Evaluation on screening strategies for indoor air quality assessments in air-conditioned offices. Build. Serv. Eng. Res. Technol., 30: 203-212.
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28. Wong, L.T., K.W. Mui and L.Y. Law, 2009. An energy consumption benchmarking system for residential buildings in Hong Kong. Build. Serv. Eng. Res. Technol., 30: 135-142.
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29. Wong, L.T., K.N.K. Fong, K.W. Mui, W.W.Y. Wong and L.W. Lee, 2009. A field survey of the expected desirable thermal environment for older people. Indoor Built Environ., 18: 336-345.
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30. Wong, L.T. and K.W. Mui, 2009. Efficiency assessment of indoor environmental policy for air-conditioned offices in Hong Kong. Applied Energy, 86: 1933-1938.
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31. Wong, L.T. and K.W. Mui, 2009. Drainage demands of domestic washrooms in Hong Kong. Build. Serv. Eng. Res. Technol., 30: 121-133.
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32. Wong, L.T. and K.W. Mui, 2009. An energy performance assessment for indoor environmental quality (IEQ) acceptance in air-conditioned offices. Energy Convers. Manage., 50: 1362-1367.
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33. Mui, K.W., L.T. Wong, C.L. Wu and A.C. Lai, 2009. Numerical modeling of exhaled droplet nuclei dispersion and mixing in indoor environments. J. Hazard. Mater., 167: 736-744.
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34. Mui, K.W., L.T. Wong and Y.W. Wong, 2009. Acceptable noise levels for construction site offices. Build. Serv. Eng. Res. Technol., 30: 87-94.
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35. Mui, K.W., L.T. Wong and P.S. Hui, 2009. Screening strategies of an indoor air quality express assessment protocol (EAP) for air-conditioned offices. Indoor Built Environ., 18: 77-82.
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36. Mui, K.W., L.T. Wong and P.S. Hui, 2009. Indoor environmental quality (IEQ) benchmarks for air- conditioned offices in subtropics. Indoor Built Environ., 18: 123-129.
37. Mui, K.W., L.T. Wong and P.S. Hui, 2009. Indoor air quality benchmarks for air-conditioned offices in subtropics. Indoor Built Environ., 18: 123-129.
38. Mui, K.W., L.T. Wong and L.Y. Chung, 2009. Mathematical models for accurate prediction of atmospheric visibility with particular reference to the seasonal and environmental patterns in Hong Kong. Environ. Monitor. Assess., 158: 333-341.
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39. Mui, K.W., L.T. Wong and H.S. Lam, 2009. Modelling sanitary demands for occupant loads in shopping centres of Hong Kong. Build. Serv. Eng. Res. Technol., 30: 305-318.
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40. Lai, A.C.K., Mui, K.W., L.T. Wong and L.Y. Law, 2009. An evaluation model for indoor environmental quality (IEQ) acceptance in residential buildings. Energy Build., 41: 930-936.
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41. Hui, P.S., L.T. Wong and K.W. Mui, 2009. In IAQ benchmarking for air-conditioned offices. CLEAN-Soil Air Water, 37: 481-486.
42. Wong, L.T., K.W. Mui, W.Y. Chan and P.S. Hui, 2008. Residential lifetime exposure risk of formaldehyde in residential buildings in Hong Kong. Architect. Sci. Rev., 51: 66-70.
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43. Wong, L.T., K.W. Mui, P.S. Hui, W.Y. Chan and A.K.Y. Law, 2008. Thermal environmental interference with airborne bacteria and fungi levels in air-conditioned offices. Indoor Built Environ., 17: 122-127.
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44. Wong, L.T., K.W. Mui, P.S. Hui and W.Y. Chan, 2008. Bayesian assessments for acceptable airborne bacteria levels in air-conditioned spaces. Indoor Built Environ., 17: 80-86.
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45. Wong, L.T., K.W. Mui, K.L. Shi and P.S. Hui, 2008. An energy impact assessment of indoor air quality acceptance for air-conditioned offices. Energy Conver. Manage., 49: 2815-2819.
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46. Wong, L.T., K.W. Mui and W.Y. Chan, 2008. An energy impact assessment of ventilation for indoor airborne bacteria exposure risk in air-conditioned offices. Build. Environ., 43: 1939-1944.
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47. Wong, L.T., K.W. Mui and P.S. Hui, 2008. Air pressure variations at drainage stacks of high-rise residential buildings. Facilities, 26: 463-469.
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48. Wong, L.T., K.W. Mui and P.S. Hui, 2008. A multivariate-logistic model for acceptance of indoor environmental quality (IEQ) in offices. Build. Environ., 43: 1-6.
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49. Wong, L.T., K.W. Mui and K.L. Shi, 2008. Energy impact of indoor environmental policy for air-conditioned offices of Hong Kong. Energy Policy, 36: 714-721.
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50. Wong, L.T. and K.W. Mui, 2008. Stochastic modelling of water demand by domestic washrooms in residential tower blocks. Water Environ. J., 22: 125-130.
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51. Wong, L.T. and K.W. Mui, 2008. Epistemic water consumption benchmarks for residential buildings. Build. Environ., 43: 1031-1035.
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52. Wong, L.T. and K.W. Mui, 2008. A transient ventilation demand model for air-conditioned offices. Applied Energy, 85: 545-554.
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53. Mui, K.W., L.T. Wong, P.S. Hui and K.Y. Law, 2008. Epistemic evaluation of policy influence on workplace indoor air quality of Hong Kong in 1996-2005. Build. Serv. Eng. Res. Technol., 29: 157-164.
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54. Mui, K.W., L.T. Wong, K.N.K. Fong and W.W.Y. Wong, 2008. Evaluation of indoor environment quality of elderly centers of Hong Kong. Int. J. Housing Sci., 32: 121-131.
55. Mui, K.W., L.T. Wong and W.Y. Chan, 2008. Energy impact assessment for the reduction of carbon dioxide and formaldehyde exposure risk in air-conditioned offices. Energy Build., 40: 1412-1418.
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56. Mui, K.W., L.T. Wong and P.S. Hui, 2008. Risks of unsatisfactory airborne bacteria level in air-conditioned offices of subtropical climates. Build. Environ., 43: 475-479.
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57. Mui, K.W., L.T. Wong and P.S. Hui, 2008. Policy influence of formaldehyde exposure risk in air-conditioned office environment. Indoor Built Environ., 17: 449-454.
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58. Mui, K.W., L.T. Wong and P.S. Hui, 2008. An approach to assessing the probability of unsatisfactory radon in air-conditioned offices of Hong Kong. J. Environ. Radioact., 99: 248-259.
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59. Mui, K.W., L.T. Wong and M.K. Yeung, 2008. Epistemic demand analysis for fresh water supply of Chinese restaurants. Build. Serv. Eng. Res. Technol., 29: 183-189.
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60. Hui, P.S., L.T. Wong and K.W. Mui, 2008. Using carbon dioxide concentration to assess indoor air quality in offices. Indoor Built Environ., 17: 213-219.
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61. Hui, P.S., K.W. Mui and L.T. Wong, 2008. Influence of indoor air quality (IAQ) objectives on air-conditioned offices in Hong Kong. Environ. Monit. Assess., 144: 315-322.
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62. Wong, L.T., K.W. Mui, N.K. Fong and P.S. Hui, 2007. Bayesian adaptive comfort temperature (BACT) of air-conditioning system in subtropical climate. Build. Environ., 42: 1983-1988.
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63. Wong, L.T., K.W. Mui and P.S. Hui, 2007. Screening for indoor air quality of air-conditioned offices. Indoor Built Environ., 16: 438-443.
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64. Wong, L.T., K.W. Mui and L.Y. Law, 2007. A benchmarking study for apartment water consumptions in Hong Kong. Int. J. Housing Sci., 31: 129-136.
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65. Wong, L.T. and K.W. Mui, 2007. Modeling water consumption and flow rates for flushing water systems in high-rise residential buildings in Hong Kong. Build. Environ., 42: 2024-2034.
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66. Wong, L.T. and K.W. Mui, 2007. Evaluation on four sampling schemes for assessing indoor air quality. Build. Environ., 42: 1119-1125.
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67. Mui, K.W., W.Y. Chan, L.T. Wong and P.S. Hui, 2007. Fungi-an indoor air quality assessment parameter for air-conditioned offices. Build. Serv. Eng. Res. Technol., 28: 265-274.
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68. Mui, K.W., L.T. Wong and W.Y. Kam, 2007. Evaluation of the assessment weighting for individual outcome based project for final year engineering undergraduates. World Trans. Eng. Technol. Educat., 6: 17-20.
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69. Mui, K.W., L.T. Wong and L.Y. Law, 2007. Domestic water consumption benchmark development for Hong Kong. Build. Serv. Eng. Res. Technol., 28: 329-335.
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70. Mui, K.W., L.T. Wong and L.Y. Law, 2007. An energy benchmarking model for ventilation systems of air-conditioned offices in subtropical climates. Applied Energy, 84: 89-98.
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71. Mui, K.W. and L.T. Wong, 2007. Neutral temperature in subtropical climates�a field survey in air-conditioned offices. Build. Environ., 42: 699-706.
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72. Mui, K.W. and L.T. Wong, 2007. Evaluation of the neutral criterion of indoor air quality for air-conditioned offices in subtropical climates. Build. Serv. Eng. Res. Technol., 28: 23-33.
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73. Mui, K.W. and L.T. Wong, 2007. Evaluation of simultaneous demands for water supply of domestic washroom appliances. Architect. Sci. Rev., 50: 370-374.
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74. Mui, K.W. and L.T. Wong, 2007. Cooling load calculations in subtropical climate. Build. Environ., 42: 2498-2504.
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75. Mui, K.W. and L.T. Wong, 2007. Carbon dioxide emission benchmarks for domestic water consumption in Hong Kong. Int. J. Low-Carbon Technol., 2: 1-9.
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76. Hui, P.S., L.T. Wong, K.W. Mui and K.Y. Law, 2007. Survey of unsatisfactory levels of airborne bacteria in air-conditioned offices. Indoor Built Environ., 16: 130-138.
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77. Hui, P.S., L.T. Wong and K.W. Mui, 2007. Sampling strategies of Indoor Air Quality (IAQ) assessment for offices. Facilities, 25: 179-184.
78. Hui, P.S., L.T. Wong and K.W. Mui, 2007. Evaluation of professional choice of sampling locations for indoor air quality assessment. Build. Environ., 42: 2900-2907.
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79. Hui, P.S., L.T. Wong and K.W. Mui, 2007. An epistemic indoor air quality assessment protocol for air-conditioned offices. Indoor Built Environ., 16: 139-147.
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80. Wong, L.T., K.W. Mui, K.Y. Law and P.S. Hui, 2006. Epistemic assessment of radon level of offices in Hong Kong. Atmosph. Environ., 40: 1441-1451.
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81. Wong, L.T., K.W. Mui and P.S. Hui, 2006. A statistical model for characterizing common air pollutants in air-conditioned offices. Atmosph. Environ., 40: 4246-4257.
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82. Wong, L.T., K.W. Mui and N.K. Fong, 2006. A humanized adaptive baseline information technology (HABIT) algorithm for a building management system. Build. Serv. Eng. Res. Technol., 27: 341-347.
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83. Wong, L.T. and K.W. Mui, 2006. Modelling transient occupant loads for offices. Architect. Sci. Rev., 49: 53-58.
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84. Wong, L.T. and K.W. Mui, 2006. Evaluation of �discharge units� for domestic washrooms in Hong Kong. Architect. Sci. Rev., 49: 418-421.
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85. Wong, L.T. and K.W. Mui, 2006. Discharge demand analysis on a drainage stack for residential buildings. Facilities, 24: 132-140.
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86. Wong, L.T. and K.W. Mui, 2006. An occupant load survey for residential buildings in Hong Kong. Int. J. Housing Applic., 30: 195-204.
87. Mui, K.W., L.T. Wong and W.L. Ho, 2006. Evaluation on sampling point densities for assessing indoor air quality. Build. Environ., 41: 1515-1521.
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88. Mui, K.W., L.T. Wong and P.S. Hui, 2006. A new sampling approach for assessing indoor air quality. Indoor Built Environ., 15: 165-172.
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89. Mui, K.W., 2006. Energy policy for integrating the building environmental performance model of an air conditioned building in a subtropical climate. Energy Conver. Manage., 47: 2059-2069.
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90. Mui, K.W. and W.T. Chan, 2006. Building calibration for IAQ management. Build. Environ., 41: 877-886.
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91. Mui, K.W. and L.T. Wong, 2006. Performance evaluation of the indoor air quality assessment. HKIE Trans., 13: 23-26.
92. Mui, K.W. and L.T. Wong, 2006. Acceptable illumination levels for office occupants. Architect. Sci. Rev., 49: 116-119.
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93. Mui, K.W. and L.T. Wong, 2006. A method of assessing the acceptability of noise levels in air-conditioned offices. Build. Serv. Eng. Res. Technol., 27: 249-254.
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94. Hui, P.S., L.T. Wong and K.W. Mui, 2006. Feasibility study of an express assessment protocol for the indoor air quality of air-conditioned offices. Indoor Built Environ., 15: 373-378.
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95. Hui, P.S., K.W. Mui and L.T. Wong, 2006. Recent trends in indoor air quality in air-conditioned office buildings in Hong Kong: A systematic review. Architect. Sci. Rev., 49: 367-371.
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96. Wong, L.T., K.W. Mui and W.D. To, 2005. Assessment weighting for Design Project Based (DPB) subjects. World Trans. Eng. Technol. Educ., 2: 215-218.
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97. Wong, L.T. and K.W. Mui, 2005. Determination of domestic flushing water consumption in Hong Kong. Facilities, 23: 82-92.
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98. Wai, M.K. and D.W. Chan, 2005. Survey of the Airside Systems in Hong Kong. HKIE Trans., 12: 9-14.
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99. Mui, K.W., L.T. Wong and S.L. Au-Yeung, 2005. Radon emanation rates of common partition materials in Hong Kong. Facilities, 23: 511-521.
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100. Mui, K.W. and W.T. Chan, 2005. Pilot study for the performance of a new demand control ventilation system in Hong Kong. J. Architect. Eng., 11: 110-115.
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101. Mui, K.W. and W.T. Chan, 2005. Application of the building environmental performance model (BEPM) in Hong Kong. Energy Build., 37: 897-909.
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102. Mui, K.W. and W.T. Chan, 2005. A new IEQ equation for air-conditioning building. Architect. Sci. Rev., 48: 41-46.
103. Mui, K.W. and K.W. Shek, 2005. Influence of in-tunnel environment to in-bus air quality and thermal condition in Hong Kong. Sci. Total Environ., 347: 163-174.
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104. Chan, H.M., K.W. Mui and L.T. Wong, 2005. The impact of industrial placements on students' learning experiences. World Trans. Eng. Technol. Educ., 4: 1-11.
105. Wong, L.T. and K.W. Mui, 2004. Modelling the probable maximum demands of drainage systems for high-rise residential buildings in Hong Kong. Int. J. Housing Applic., 28: 347-358.
106. Wong, L.T. and K.W. Mui, 2004. Determining the domestic drainage loads for high-rise buildings. Architect. Sci. Rev., 47: 347-354.
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107. Mui, K.W. and L.T. Wong, 2004. Evaluation on different sampling schemes for assessing indoor radon level in Hong Kong. Atmosph. Environ., 38: 6711-6723.
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108. Chan, M.Y. and K.W. Mui, 2004. The use of open-book examinations to motivate students: A case study from Hong Kong. World Trans. Eng. Technol. Educ., 3: 111-114.
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109. Mui, K.W.H. and W.T.D. Chan, 2003. Adaptive comfort temperature model of air-conditioned building in Hong Kong. Build. Environ., 38: 837-852.
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110. Mai, H.K., D.W. Chan and J. Burnett, 2003. Dynamic evaluation of airflow rates for a variable air volume system serving an open-plan office*. Indoor Air, 13: 311-312.
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111. Chan, D.W., J. Burnett and K.W.H. Mui, 1999. Use of a portable indoor environmental quality logger for indoor environmental quality assessment. ASHRAE Trans., 105: 671-682.