國際期刊論文
(year 2008-2012)
2012

Shiue, S-C Hu*, S-M Chao, and J-H Lin. (2012) “Removal of Inorganic Gas
Contaminants via the Air Washer of a Make-up Air Unit in Cleanrooms”,
Advanced Science Letters, 17: 200-205. [SCI Impact Factor: 1.253].

S-K Yoo, A. Shiue, T-S Lee, S-C Hu*, E. Lee, Y. Ju. (2012) “Monitoring and
Cleaning Parameters of Molecular Base Contamination for the Front Opening
Unified Pod (FOUP)”, Advanced Science Letters, 17: 280-284. [SCI Impact
Factor: 1.253]

A. Shiue, S-C Hu*(2012). Adsorption Kinetics for the Chemical Filters Used in
the make-up air unit (MAU) of a cleanroom. Separation Science and Technology.
47: 577–583. [SCI]

C-K Chang, S-C Hu*, and V. Liu. (2012) Specific energy consumption (SEC) of
Dynamic Random Access Memory (DRAM) module supply chain in Taiwan.
Energy. 41(1)508-513. [SCI. Impact Factor: 3.592, Thermodynamics: Ranking:
2/51 (3.9%)]
2011

C. Y. Khoo, C-C Lee, S-C Hu*. An Experimental Study on the Influences of Air
Change Rate and Free Area Ratio of Raised-Floor on Cleanroom Particle
Concentrations. Building and Environment. 48 (2011) 84 – 88.[SCI. Impact
Factor 2.421, Construction and Building Technology: Ranking 5/56 (8.9%)]

A. Shiue1, S-C Hu*, C-H Lin, S-I Lin. Quantitative techniques for measuring
cleanroom wipers with respect to airborne molecular contamination. Aerosol
and Air Quality Research, 11: 460–465, 2011. [SCI. Impact Factor 2.827,
Environmental Science: Ranking: 43/205 (20%)]

A. Shiue, S-C Hu*, M-L Tu. (2011) Particles Removal by Negative ionic Air
Purifier in Cleanroom. Aerosol and Air Quality Research, 11:179–186, 2011.
[SCI. Impact Factor 2.827, Environmental Science: Ranking: 43/205 (20%)]
A. Shiue and S-C Hu*. Contaminant particles removal by negative air ionic
cleaner in industrial minienvironment for IC manufacturing processes. Building
and Environment. 46(2011) 153-1544. [SCI. Impact Factor 2.421, Construction
and Building Technology: Ranking 5/56 (8.9%)]


Shiue, W. Den, S-C Hu*, C.H Lin, V. Hu and S.I.Lin. (2011).Validation and
Application of Adsorption Breakthrough Models for the Chemical Filters Used
in the make-up air unit (MAU) of a cleanroom. Building and Environment.
46(2)468-477. [SCI. Impact Factor 2.421, Construction and Building
Technology: Ranking 5/56 (8.9%)]

T. Lin, Y-C Tung, S-C Hu*, Y-J Chen. (2011) Experimental study on airflow
characteristics and temperature distribution in non-unidirectional cleanrooms for
electronic industry. Building and Environment. 46(2011)1235-1242. [SCI.
Impact Factor 2.421, Construction and Building Technology: Ranking 5/56
(8.9%)]
2010

Y-C Shih, S–C Hu*, C-W Ku, R Chein.(2010) Particle deposition on a 300
mm wafer moving in the opposite direction of the airflow in an uni-directional
cleanroom. Aerosol and Air Quality Research. 10: 316–322, 2010. [SCI.
Impact Factor 1.792, Environmental Science: Ranking: 81/192 (42.1%)]

S. C. Hu*, T. Xu , T. Chuang. Y-L Chan. (2010) Characterization of Energy Use
in Typical 300 mm Dynamic Random Access Memory Wafer Fabrication Plants
in Taiwan. Energy. 35(2)3788-3792. [SCI. Impact Factor 3.592,
Thermodynamics: Ranking: 2/51 (3.9%)]

Y-C Tung, S.C Hu*, Y. L. Chang. (2010) Experimental performance
investigation of ventilation schemes in a private bathroom. Building and
Environment. 2010. 45(1), 243:251. [SCI. Impact Factor 1.797, Construction
and Building Technology: Ranking 5/49 (10.2%)]

A. Shiue, Y-H Kang, S-C Hu*, G-T Jou, C-H Lin, M-C Hu and S-I Lin. (2010)
Vapor adsorption characteristics of toluene in an activated carbon
adsorbent-loaded nonwoven fabric media for chemical filters applied to
cleanrooms. Building and Environment. 45:2123-2131. [SCI. Impact Factor
2.131, Construction and Building Technology: Ranking 3/53 (5.6%)]

T. Lin, Y-C Tung, S. C. Hu* , C-Y Lin. (2010) Effects of the Removal of 0.1 μm
Particles in Industrial Cleanrooms with Fan Dry Coil Unit (FDCU) Return
Systems Aerosol and Air Quality Research. 10:571-580. [SCI. Impact Factor
1.792, Environmental Science: Ranking: 81/192 (42.1%)]

J-M Tsaoa, S-C Hua,∗, T. Xu, D. Y.L. Chan. (2010) Capturing energy-saving
opportunities in make-up air systems for cleanrooms of
high-technology fabrication plant in subtropical climate. Energy and Buildings
42 (2010) 2005–2013. [SCI. Impact Factor 2.386, Construction and Building
Technology: Ranking 6/56 (10%)]

A. Shiue, Y-H Kang, S-C Hu*. Vapor adsorption characteristics of toluene in an
activated carbon media-based bed cleaning device for cleanrooms. Building and
Environment. 46(2011)468-477. [SCI. Impact Factor 2.131, Construction and
Building Technology: Ranking 3/53 (5.6%)]

J-M Tsao, R Chien, S-C Hu*, J. W. Wu. (2010) Experimental Study on the Flow
and Particle Transport Induced by the Interaction Between Downwash Airflow
and a Moving Object in cleanrooms. ASHRAE Transactions. AB-10-C035

(EI).
Y-C Tung, S-C Hu*, T. Xu, R-H Wang. (2010) Influence of Ventilation
Arrangements on Particle Removal in Industrial Cleanrooms with Various Tool
Coverage. Building Simulation Journal. 3(1) 2010, 3-13. [SCI. Impact Factor
will be available June 2011]

A. Shiue, D-C Tien, W. Den, S-C Hu* and C-S Hsu. (2010) Deposition and
electrostatic removal of gaseous organic contaminants on different substrate
surfaces. Applied Surface Science. 256(2010)6113-6116. [SCI. Impact Factor
1.616, Material Science, Coatings and Films: Ranking 6/17 (35%)]



T. Lin, S. C. Hu*, C. Y. Lin, A. Chang, J. Hwang (2010). An innovative
ventilation system for cleanrooms with high cooling loads. ASHRAE
Transactions;2010, Vol. 116 Issue 1(RO-10-31) (EI)..
J. Tsao, S. C. Hu*, L-H Chien, W. C. Kao (2010). Cleanroom exhaust energy
recovery optimization design. ASHRAE Transactions;2010, Vol. 116 Issue 1,
p81~86 (EI).
Y-H. Kang, A. Shiue , S-C Hu*, C-Y. Huang, H-T Chen (2010) Using
phosphoric acid-impregnated activated carbon to improve the efficiency of
chemical filters for the removal of airborne molecular contaminants (AMCs) in
the make-up air unit (MAU) of a cleanroom. Building and Environment.
2010, 45 (4) 929-935. [SCI. Impact Factor 2.131, Construction and Building
Technology: Ranking 3/53 (5.6%)]



L-M Lo*, S. C. Hu, D-R Chen, D. Y. H. Pui. (2010) Numerical Study of Pleated
Fabric Cartridges during Pulse-Jet Cleaning. Powder Technology. 198(1)75-81.
[SCI. Impact Factor 1.745, Chemical Engineering: Ranking 38/128 (19.6%)]
W. Sun, J. Mitchell, K. Flyzik, S-C Hu, J. Liu, R. Vijayakumar, H. Fukuda. (2010)
Development of cleanroom required airflow rate model based on establishment
of theoretical basis and lab validation. ASHRAE Transaction. (OR-10-011) (EI).
C. W. Ku, S. C. Hu* ,W-J Tseng , S-H Chiou, P-S Lee (2010). Reticle Purging
Approaches by nitrogen/Compressed Dry air with Enhanced Efficiency. Aerosol
and Air Quality Research. 10(1). [SCI. Impact Factor 1.792, Environmental
Science: Ranking: 81/192 (42.1%)]
2009
 Y-C Tung, Y-C Shih, S. C. Hu*(2009). Numerical study on the dispersion of
airborne contaminants from an isolation room in the case of door opening.
Applied Thermal Engineering. 29:1544–1551 [SCI. Impact Factor 1.922,
Mechanical Engineering: Ranking 9/116 (7.8%)]


J. Chen, S. C. Hu*, J. M. Tsao, L-H Chien, T. Lin. (2009) Humidify large-scale
cleanrooms by adiabatic humidification method in subtropical areas. ASHRAE
Transactions. LO-09-026. (EI)
A. Chang, S. C. Hu*, T. Xu , D. Y-L Chan, R. T-C Hsu.(2009). Specific energy
consumption (SEC) for the integrated circuit assembly and testing (IC A/T)

industry in Taiwan. ASHRAE Transactions, v 115. PART 2, p 290-298. (EI)
S. C. Hu*, C-W Ku, Y-C Shih and K. Hsu (2009). Dynamic Analysis on Particle
Concentration Induced by Opening the Door of a Front Opening Unified Pod
(FOUP) that loaded with 25 pieces of 300 mm Wafer Manufacturing Processes.
Aerosol and Air Quality Research. 9(1)139-148. [SCI. Impact Factor 1.792,
Environmental Science: Ranking: 81/192 (42.1%)]


Y-C Tung, S. C. Hu*, T-Y Tsai (2009) Influence of Bathroom Ventilation Rates
and Toilet Location on Odor Removal. Building and Environment.
44(9)1810-1817. [SCI. Impact Factor 2.131, Construction and Building
Technology: Ranking 3/53 (5.6%)]
Y-C Tung and S. C. Hu* (2009) An experimental study on ventilation efficiency
of isolation room, Building and Environment. 44 (2) 271-279. [SCI. Impact
Factor 2.131, Construction and Building Technology: Ranking 3/53 (5.6%)]
2008
 S. C. Hu,*, J-S Wu, D. Y-L Chan, R T-C Hsu.(2008) “ Power consumption
benchmark and its application for the facility system of a semiconductor factory”.
Energy and Buildings. 40(9)1765–1770. [SCI. Impact Factor 2.046,
Construction and Building Technology: Ranking 4/53 (7.5%)]



Y-C Tung and S. C. Hu* “Infection Risk of Indoor Airborne Transmission in
Multiple Spaces. Architectural Science Review. April issue 2008. (EI)
J-M Tsao, S-C Hu, D.Y-L Chan, R. T-C Hsu, J. C-C Lee. Saving energy in the
make-up air unit (MAU) for semiconductor clean rooms in subtropical areas.
Energy and Buildings. 40(8)1387–1393. [SCI. Impact Factor 2.046,
Construction and Building Technology: Ranking 4/53 (7.5%)]
Ku, Chen-Wei; Tseng, Wen-Jui; Lee, Po-Shin; Hu, Shih-Cheng. A N2/CDA
reticle purging approach with enhanced efficiency. Proceedings of the SPIE,
Volume 7028, pp. 702826-702826-9 (2008).(EI)
國內期刊論文
2011
探討不同外氣空調箱出風溫度可達到之節能效果：一 TFT/LCD 廠實例
胡石政 1. 鄭鼎耀 2. 潔淨科技季刊,Issue 27. 2011.
以空氣負離子控制微環境微污染物之特性研究
胡石政、薛人瑋、杜錦鑫、高哲庸. 潔淨科技季刊,Issue 27. 2011
探討影響潔淨室內微粒排除率參數之研究
王仁暉 1，胡石政 1, *，董雲春 2
潔淨科技季刊,Issue 28. 2011.
微環境內移動設備與氣流交互作用實驗與分析
吳俊緯*、曹志明**、胡石政*. 潔淨科技季刊,Issue 28. 2011.
2010
陳彥志;胡石政;林迪;張振光;邱俊榮. (2010) 不同供風層壓力及回風方式對潔淨
室流場及溫度分佈的影響. 冷凍空調與能源科技雜誌. Issue 63. p82-95.
張振光、胡石政.林迪、林成彥、陳彥志 (2010)針對具高熱負荷、高粒子源之潔
淨室的創新回風系統-風機乾盤管. 潔淨科技季刊,Issue 26. July 2010. p1-15.
2009
薛人瑋, 胡石政, 林詩音、胡明詮、林紀宏. 潔淨室化學過濾網吸附性能研究. 潔
淨科技, VOL.25 , 2009 年
薛人瑋, 胡石政. PTFE 及化學濾網應用與創新節能設計潔淨室技術研討會心得
報.導, 潔淨科技, VOL.25 , 2009 年
2008
蘇詠裕,胡石政. 巨蛋空調送風分析. 冷凍空調技師, VOL.04, NO.3,
曹志明 1, 2, 胡石政 1, 莊崑翰 1, 王為之 1
Oct. 2008
潔淨室內移動物體與潔淨氣流交互作用之分析. 潔淨科技, VOL.22 , 2008 年 12
月. 70~81.
吳柏諺 1、曹志明 1, 2、胡石政 1, ＊、黃正吉 3. 利用計算流體力學檢討潔淨室設計
之適正性(其之二). 潔淨科技, VOL.22 , 2008 年 12 月 Pp 5~12.
吳柏諺 1、曹志明 1, 2、胡石政 1. 利用計算流體力學檢討潔淨室之設計 (其一). 潔
淨科技, VOL.21 , 2008 年 9 月. pp51~69.
曹志明 1,2, 胡石政 2 . FPD / 液晶用玻璃基板單片輸送系統~液晶用玻璃基板單片
搬運機器及系統介紹. 潔淨科技, VOL.20 , 2008 年 5 月.pp28~32.
張振光 1,2，胡石政 1，戶田幸司 2 . 針對非一方向流、高發熱及化學污染(AMC)
的新型無塵室循環系統. 潔淨科技, VOL.20 , 2008 年 5 月.pp5~12.