|
Brown, H. C. and Brown, C. A.,“New, Highly Active Metal
Catalysts for the Hydrolysis of Borohydride,” Journal of
American Chemical Society, 84, 1493 (1962)
Brown, H. C. and Brown, C. A.,“The Reaction of Sodium
Borohydride with Nickel Acetate in Aqueous Solution—A
Convenient Synthesis of an Active Nickel Hydrogenation
Catalyst of Low Isomerizing Tendency,” Journal of American
Chemical Society, 85, 1003 (1963)
Brown, C. A.,“Catalytic hydrogenation. V. Reaction of sodium
borohydride with aqueous nickel salts. P-1 nickel boride, a
convenient, highly active nickel hydrogenation catalyst,”
Journal of Organic Chemical, 35, 1900 (1970)
Brown, C. A. and Ahuja, V. K.,“Catalytic hydrogenation. VI.
Reaction of sodium borohydride with nickel salts in ethanol
solution. P-2 Nickel, a highly convenient, new, selective
hydrogenation catalyst with great sensitivity to substrate
structure,” Journal of Organic Chemical, 38, 2226 (1973)
Campbell, D. A., Dalrymple, I. M., Sunderland, J. G. and Tilston,
D.,“The Electrochemical Recovery of Metals from Effluent and
Process Stream, ” Resourcess, Conservation and Recycling, 10,
25-33 (1994)
Cook, Michael M., and Joseph A. Ventron Div.,“Sodium
Borohydride Control Heavy Metal Discharge ” presented at
Pollution Engineering, 13, 8~36 ( 1981)
Cook, M. M., Lander, J. A. and Littlehale, D. S.,“Case Histories:
Reviewing the Use of Sodium Borohydride for Control of
Heavy Metal Discharge in Industrial Waste Waters,”
Proceedings of the Industrial Waste Conference, Purdue
University, May 8-10, 1979; Arbor Science Publishers, Inc.,
Michigan (1980)
Duncan, R. N. and Arney, T. L., Plating and Surface Finishing, 71,
49 (1984)
Elrick, K. A. and Horowitz, A. J.,“Analysis of Rocks and
Sediments for Arsenic, Antimony, and Selenium, by Wet
Digestion and Hydride Generation Atomic Absorption,” U.S.
Geological Survey, Doraville, GA 30340 (1986)
EN,“Directive of The European Parliament and of the Council on
Waste Electrial and Electronic equipment（WEEE）,” ENV 582
(2002)
Fadgen, T. J., Proc. 7th Ind. Waste Conf., Purdue University
(1952)
Fleming, M. E. and Ulman, J. A.,“Sodium Borohydride
Environmental Control Application: Reduction of Nikel (II)
Complexees in Spent Electroless Plating Bath,” presented at
Electroless Nikel Conference IV, Chicago (1985)
Fox, M. A. and Whitesell, J. K.,“Organic Chemisty,” Jones and
Bartlett Publishers (2004)
Keating, R. J., Dvorin, R. and Calise, V. J., Proc. 9th Ind. Waste
Conf., Purdue University (1954)
Laidler, K. J.,“Chemical Kinetics,” Harper & Row Publishers,
Inc., New York (1987)
Lindsay, M. J. and Hackman, M. E.,“Sodium Borohydride
Reduces Hazardous Waste,” presented at the Purdue Industrial
Wastewater Conference (1985)
Lovins, A., Lovins, H., Hawken, P., Reinhardt, F., Shapiro, R. and
Magretta, J.,“Harvard Business Review on Business and the
Environment,” Harvard Business School Publishing, Inc.,
Boston (2000)
Mandich, N. V., Li, C. C. and Selman, J. R.,“Practical and
Theoretical Aspect of Regeneration of Chromic-Acid Plating
Solution via Electroytic Purification (Porous Pot Method),”
Plating and Surface Finishing, 84, 82-90 (1997)
Masse, N., J. SP-Pierre, and Bergeron, M.,“Copper Removal from
Aerated Solution Containing Various Metal Ions Using an
Undivided Rotating Cylinder Electrode Reactor,” Journal of
Applied Electrochemistry, 25, 340-346 (1994)
Mesick, R. E.,“Waste Water Treatment for Printed Circuit
Manufactures,” Published in Circuitree Magazine (1998)
Morton Thiokol, Inc./Ventron Products,“Borohydride
Reduction of Metal Cations. Abstracts of Patents and
Literature.”
Mysels, K. J.,“Introduction to Colloid Chemistry,” Interscience
Publishers, New York (1959)
Okamoto, Y., Nitta, Y., Imanaka I. and Teranishi, S., J. Chem.
Soc. Faraday I., 75, 2027 (1979)
Patterson, J. W.,“Industrial Wastewater Treatment Technology,”
Butterworth Publishers, Boston (1985)
Paulson, C. F., Proc. 7th Ind. Waste Conf., Purdue University
(1952)
Rich, L.G.,“Unit Processes of Sanitary Engineering,” John Wiley,
New York (1963)
Rieger, P. H.,“Electrochemistry,” Chapman & Hall, Inc., New
York (1994)
Segal, B. G.,“Chemisty Experiment and Theory” Jhon Wiley &
Sons, Inc., New York (1989)
Sigma-Aldrich, “Product Number：213462, Product Name：Sodium
Borohydride,” Aldrich Chemical Co., Inc., USA (2000)
Sillen, L. G. and Martell, A. E.,“Sability Constants of Metal Ion
Complexes,” The Chemical Society, London, Special
Publication No.16 (1964)
Sony, “Management Regulations for the Enviroment-Related
Sunbstances to Be Controlled Which Are Included in Parts and
Materials, ” The 2nd Edition of SS00259 (2003)
Stumm, W. and Morgan, J. J.,“Aquatic Chemistry,” Wiley
Interscience, New York, (1970)
Szary, P. J. and Maher, A.,“PEM Fuel Cell Integration With a
Hydrogen Generator on a Bench”Final Report (2001)
Tyson, A. G.,“An Electrochemical Cell for Cadmium Recovery
and Recycling,” Plating and Surface Finishing, 44-47,
December (1984)
Ulman, J. A.,“Control of Heavy Metal Discharge in the Printed
Circuit Industry with Sodium Borohydride,” presented at the
1984 AES SUR/FIN Annual Technical Conference and Exhibit,
New York (1984)
Ulman, J. A.,“Control of Heavy Metal Discharge with Sodium
Borohydride” presented at Special Publication-Royal Society of
Chemistry, 61, 96~173 (1986)
王大倫，實用電鍍學，徐氏基金會出版社 (1990)
王怡杰，螯合劑存在對陽離子交換樹脂交換容量與分離效率之
影響，元智大學化學工程系碩士論文 (2001)
田福助，電化學-理論與應用，新科技出版社 (1996)
李俊德、王鴻博、鄭安華、廖紋蘭、陳彥旻，工業區廢水二級
處理放流水回收再利用技術研究，土木水利，第二十八卷，
第四期，第50~63頁 (2002)
吳溪煌、田福助，電化學-理論與應用，新科技出版社 (1991)
佐藤敏一，電解加工與化學加工，復漢出版社（1978）
陳松熏，以萃取劑D2EHPA含浸樹脂萃取銀離子之研究，台北
科技大學化學工程系碩士論文 (2003)
陳穩如，新型選擇性樹脂的製備及其重金屬分選之應用研究，
台北科技大學材料及資源工程系碩士論文 (2002)
陳柏蒼，臭氧改質Amberlite XAD-4樹脂對半導體製程中晶圓
表面之銅離子去除，台北科技大學材料及資源工程系碩士論
文 (2003)
曾國輝，氧化還原反應，一流出版社 (1987)
黃銘弘，具特殊螯合基之離子交換樹脂之研製及對重金屬離子
之螯合性能測試，南台科技大學化學工程系碩士論文 (2004)
賀孝雍，儀器分析，曉園出版社 (1991)
羅科顯，電解和離子交換法回收含銅廢液及污泥中的銅金屬，
元智大學化學工程系碩士論文 (2004)
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