基本資料

姓名

林文雄

系所

建國科技大學 / 美容系暨美容科技研究所

研究領域

美容化學、化妝品化學、觸媒化學、氫能

聯絡方式

whlin@ctu.edu.tw

04-7111111 ( 1250 )

學校經歷

1. 逢甲大學 / 化學工程研究所 ( 博士, 2000-09 ~ 2004-06 )

2. 逢甲大學 / 化學工程研究所 ( 碩士, 1991-09 ~ 1994-06 )

3. 逢甲大學 / 化學工程學系 ( 大學, 1981-09 ~ 1985-06 )

工作經歷

1.建國科技大學 / 副校長 ( 2020-04-16 ~ 至今)

2.建國科技大學 / 學生發展中心主任 ( 2017-08 ~ 2020-04-15)

3.建國科技大學 / 美容系暨美容科技研究所主任 ( 2014-08 ~ 2017-07)

4.建國科技大學 / 時尚生活美學技術研發中心主任 ( 2010-10 ~2014-07 )

5. 建國科技大學 / 進修部主任 ( 2007-08 ~ 2010-07 )

6. 建國科技大學 / 美容系教授 ( 教015218 ) (2006-07 ~ )

7. 建國科技大學 / 美容系副教授 ( 2005-08 ~ 2006-06 )

8. 建國科技大學 / 進修部註冊組組長 ( 2004-08 ~ 2007-07 )

9. 建國技術學院 / 通識中心副教授 ( 副026170 ) ( 1998-12 ~ 2005-07 )

10. 建國技術學院 / 學務處衛生保健組組長 ( 1998-08 ~ 1999-07 )

11. 建國工專 / 通識教育組講師 ( 講46474 ) ( 1995-08 ~ 1998-11 )

12. 逢甲大學 / 進修部課務組組員 ( 1994-08 ~ 1995-07 )

13. 逢甲大學 / 化學工程系助教 ( 助28969 ) ( 1987-08 ~ 1994-07 )

研究專長

觸媒反應工程、產氫膜反應器之研製、化妝品研究、氫能源研發

專業證照

1.環保署甲級廢棄物處理技術員--(82)環署盛證字第041556號

2.大專院校衛生保健組長(主任)--(85)師大進證字第219號

3.勞委會危險物及有害物通識推廣人員--(85)工安衛訓字0202號、

(86)工安衛訓字0251號、(86)勞委會結業

4.高壓氣體特定設備操作人員--金訓字第98D138013號

歷年獲獎

1.92學年度建國科技大學進修部訓輔工作績優導師

2.93學年度建國科技大學教學優良教師

3.中國化學工程學會九十四年度傑出論文獎

4. 99學年度優良導師

5. 106學年度優良導師

個人著作

1.Kuo-Hsin Lin, Alex C.-C. Chang, Wen-Hsiung Lin, Shin-Hung Chen, Cheng-Yang Chang, Hsin-Fu Chang, “Autothermal Steam Reforming of Glycerol for Hydrogen Production over Packed-Bed and Pd/Ag Alloy Membrane Reactors’, International Journal of Hydrogen Energy, 38(2013), PP.12946-12952. (2012, SCI, 16/81, ENERGY & FUELS). NSC 100-2221-E-035-052, 101-2221-E-035-076, 101-2623-E-035-001-ET.

2. Lin, K. H., Lin, W. H., Hsiao, C. H.^, Chang, H. F., Chang, Alex C.-C.*, 2012,

“Hydrogen production in steam reforming of glycerol by conventional and membrane reactors,” Vol.37, PP. 13770-13776. International Journal of Hydrogen Energy (SCI 2011 Impact factor：4.054 Rank：12/81) NSC-100-2221-E-035-052, NSC-101-2623-E-035-001 –ET, No.FCU-10G27101

3. Chang, A. C. C., Lin, W. H., Lin, K. H., Hsiao, C. H.^, Chen, H. H.^, Chang, H. F.*, 2012, “Reforming of Glycerol for Producing Hydrogen in a Pd/Ag Membrane Reactor”, Vol. 37, PP.13110-13117.

International Journal of Hydrogen Energy (SCI 2011 Impact factor：4.054 Rank：12/81) NSC-100-2221-E-035-052, No.FCU-08G27201, No.FCU-09G27102

4. Chang, H. F., Pai, W. J., Chen, Y. J. and Lin, W. H.,, "Autothermal reforming of methane for production of high-purity hydrogen in a Pd/Ag membrane reactor," International Journal of Hydrogen Energy (SCI), NSC-95-2221-E-035-118, Vol. 35, PP.12986-12992, Dec, 2010.

5. Lin, W. H., Liu, Y. C. and Chang, H. F.,, "Autothermal reforming of ethanol in a Pd-Ag/ composite membrane reactor," International Journal of Hydrogen Energy (SCI), NSC-96-2221-E-270-007, Vol. 35, PP. 12961-12969, Dec, 2010.

6. 林文雄, "台灣花布之應用 -- 手工花布偶縫製," 國科會家政群科中心電子報,第34期, Aug, 2010.

7. 林文雄, "襪子偶縫製技法研究," 國科會家政群科中心電子報, 第29期, Mar, 2010.

8. Lin, W. H., Liu, Y. C. and Chang, H. F., 2008,, "Hydrogen production from oxidative steam reforming of ethanol in a palladium-silver alloy composite membrane reactor," Journal of the Chinese Institute of Chemical Engineers (SCI), Vol. 39, No. 5, PP.435-440, NSC-95-2221-E-270-020, 2008.

9. Lin, W. H., Hsiao, C. S. and Chang, H. F.,, "The effect of oxygen addition on the hydrogen production from ethanol steam reforming in a Pd-Ag membrane reactor," Journal of Membrane Science (SCI), Vol.322, PP.360-367, NSC-95-2221-E-270-020, 2008.

10. Lin, W. H. and Chang, H. F.,, "AFM, EDS and XRD Microstructural Characterizations of Pd-Ag/PSS Membranes," Journal of the Chinese Institute of Chemical Engineers (SCI), Vol.37, No.3, PP.239-247, NSC-94-2214-E-270-001, 2006.

11. Liu, Y. C., Lin, W. H., Wang, W. H. and Chang, H. F.,, "Autothermal Reaction of Ethanol through Pd-Ag Membrane Reactor Prepared by Sequential Electroless Deposition," Studies in Surface Science and Catalysis (SCI), Vol.159, PP.817-820, NSC-92-2214-E-270-001, 2006.

12. Lin, W. H. and Chang, H. F.,, "Characterizations of Pd-Ag membrane reactors with sequential electroless deposition," Surface and Coatings Technology (SCI), Vol.194, No.1, PP.157-166, NSC-92-2214-E-035-003, 2005.

13. Lin, W. H., and Chang, H. F.,, "A Study of Ethanol Dehydrogenation Reaction in a Palladium Membrane Reactor," Catalysis Today (SCI), Vol.97, No.2-3, PP. 181-188, NSC91-2214-E-035-003, 2004.

14. Lin, W. H., and Chang, H. F.,, "Permeation Mechanisms of Hydrogen through Pd-Ag/PSS Membranes," Journal of the Chinese Institute of Chemical Engineers (SCI), Vol.35, No.5, pp.539-549, NSC-92-2214-E-270-001, 2004.

15. Chang. K. Y., Lin, W. H., and Chang, H. F.,, "Simulationn of Hydrogen production from Dehydrogenation of Ethanol in a Palladium Membrane Reactor," Journal of the Chinese Institute of Chemical Engineers (SCI), Vol.33, No.3, PP. 225-232, NSC-90-2214-E-035-002, 2002.

16. Lin, W. H. and Chang, H. F.,, "The Effect of Palladium on Copper Dispersion and Ethanol Dehydrogenation Activity of Cu/Al2O3 Catalysts Prepared by the Electroless Plating Procedure," Journal of the Chinese Institute of Chemical Engineers (SCI), Vol.30, No.1, PP.51-57, NSC-86-2214-E-035-002, 1999.

17. Chang, H. F. and Lin, W. H.,, "The TPR Study of Electroless Plated Copper Catalysts," Korean Journal of Chemical Engineering (SCI), Vol.15, No.5, PP.559-562, NSC-84-2214-E-035-001, 1998.

18. Lin, W. H. and Chang, H. F.,, "Effect of Chelating Agents on the Structure of Electroless Copper on Alumina Powder," Surface and Coatings Technology (SCI), Vol.107, No.1, PP.48-54, NSC-87-2214-E-035-002, 1998.

19. Lin, W. H., Hwang, C. Y. and Chang, H. F.,, "A New Approach to the Pretreatment of Electroless Plated Cu/Al2O3 Catalysts," Applied Catalysis A:General (SCI), Vol.162, PP.71-79, NSC-86-2214-E-035-002, 1997.

20. Chang, H. F., Saleque, M. A., Hsu, W. and Lin, W. H.,, "Characterization and Dehydrogenation Activity of Cu/Al2O3 Catalysts Prepared by Electroless Plating Technique," Journal of Molecular Catalysis (SCI), Vol.109, PP.249-260, NSC-84-2214-E-035-001, 1996.

21. Chang, H. F., Saleque, M. A., Hsu, W. S. and Lin, W. H.,, "Effect of Acidity and Copper Surface Area of the Cu/Al2O3 Catalys Prepared by Electroless Plating Procedure on Dehydrogenation Reactions," Journal of Molecular Catalysis (SCI), Vol.94, PP.233-242, NSC-83-0402-E-035-004, 1994.

計畫

1. 無電鍍銅修飾鈀膜反應器製備良率探究

(MOST 103-2221-E-270-009) (2014/08/01~2015/07/31)

2. 以電鍍鎳修飾鈀合金膜反應器進行生物乙醇加氧水蒸氣重組產氫之研究

(NSC 97-2221-E-270-008) (2008-08-01~2009-07-01)

3. 以鈀合金膜反應器進行甲烷加氧水蒸氣重組產氫之研究

(NSC96-2221-E-270-007-) (2007-08-01~2008-07-01)

4. 緻密超薄鈀基礎膜片狀反應器之特性研究

(NSC95-2221-E-270-020-) (2006-08-01~2007-07-01)

5. 以無電鍍銅修飾底材製備高滲氫鈀-銀膜之特性研究

(NSC94-2214-E-270-001-) (2005-08-01~2006-07-01)

6. 以改良式無電鍍法製備鈀為基礎合金膜反應器之研究

(NSC92-2214-E-270-001- ) (2003-08-01~2004-07-01)

7. 以參數設計法探究銅觸媒之環己醇脫氫反應之研究

(NSC89-2214-E-270-002) (2000-08-01~2001-07-01)

8. 以田口方法探究無電鍍銅觸媒製備之研究

(NSC89-2214-E-270-001) (1999-08-01~2000-07-01)

獲獎榮譽