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3
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0024682284
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Application of Chemical and Electrochemical Micromachining in the Electronics Industry
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Datta, M., and Romankiw, L. T., 1989, “Application of Chemical and Electrochemical Micromachining in the Electronics Industry,” J. Electrochem. Soc., Vol. 136, 285C.
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0345641671
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Fabrication of V-Shaped Nozzles by Electrochemical Micromachining
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M. Datta, K. Sheppard, D. Snyder, eds., The Electrochemical Society Proceedings, Pennington, NJ
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Datta, M., 1992, “Fabrication of V-Shaped Nozzles by Electrochemical Micromachining,” Electrochemical Microfabrication, M. Datta, K. Sheppard, D. Snyder, eds., p. 61, The Electrochemical Society Proceedings, Pennington, NJ.
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Electrochemical Microfabrication
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Datta, M.1
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5
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33748282830
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US Patent No. 5,066,370, November 19
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Andreshak, J. C., Datta, M., Romankiw, L. T., and Vega, L. F., Apparatus, Electrochemical Process and Electrolyte for Microfinishing Stainless Steel Print Bands, US Patent No. 5,066,370, November 19, 1991.
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Apparatus, Electrochemical Process and Electrolyte for Microfinishing Stainless Steel Print Bands
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Andreshak, J.C.1
Datta, M.2
Romankiw, L.T.3
Vega, L.F.4
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6
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33748263475
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US Patent No. 5,105,537, April 21
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Datta, M., King, D. E., Knight, A. D., and Sambucetti, C. J., Method for Making Detachable Electrical Contact, US Patent No. 5,105,537, April 21, 1992.
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(1992)
Method for Making Detachable Electrical Contact
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Datta, M.1
King, D.E.2
Knight, A.D.3
Sambucetti, C.J.4
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7
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0025206328
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Electrochemical Dissolution of Stainless Steels in Flow Channel Cells with and without Photoresist Masks
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Rosset, E., Datta, M., and Landolt, D., 1990, “Electrochemical Dissolution of Stainless Steels in Flow Channel Cells with and without Photoresist Masks,” J. Appl Electrochem Vol. 20, p 69.
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Rosset, E.1
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8
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0021601683
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Effect of Fluid Flow on Removal of Dissolution Products from Small Cavities
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The Role of Mass Transport on Anisotropic Electrochemical Pattern Etching
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Alkire, R.C.1
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0027553803
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Anodic Dissolution of Metals at High Rates
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Datta, M.1
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11
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0019069270
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On the Role of Mass Transport in High Rate Dissolution of Iron and Nickel in ECM Electrolytes-I. Chloride Solutions
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Datta, M., and Landolt, D., 1980, “On the Role of Mass Transport in High Rate Dissolution of Iron and Nickel in ECM Electrolytes-I. Chloride Solutions,” Electrochim. Acta, Vol. 25, p. 1255.
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12
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0019069641
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On the Role of Mass Transport in High Rate Dissolution of Iron and Nickel in ECM Electrolytes-II. Chlorate and Nitrate Solutions
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Datta, M.1
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13
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0025505494
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Transpassive Dissolution of 420 Stainless Steel in Concentrated Acids under Electropolishing Conditions
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Datta, M., and Vercruysse, D., 1990, “Transpassive Dissolution of 420 Stainless Steel in Concentrated Acids under Electropolishing Conditions,” J. Electrochem. Soc., Vol 137, p. 3016.
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ECM Study in a Closed Cell System
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Mao, K.W.1
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0016575711
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Surface Brightening During High Rate Nickel Dissolution in Nitrate Electrolytes
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Datta, M., and Landolt, D, 1975, “Surface Brightening During High Rate Nickel Dissolution in Nitrate Electrolytes,” J. Electrochem. Soc., Vol. 122, p. 1466.
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Datta, M.1
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17
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0017480749
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Film Breakdown on Nickel under Transpassive Dissolution Conditions in Sodium Nitrate Solutions
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Datta, M„ and Landolt, D., 1977, “Film Breakdown on Nickel under Transpassive Dissolution Conditions in Sodium Nitrate Solutions,” J. Electrochem. Soc., Vol. 124, p. 483.
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Datta, M.1
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85025189182
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SAEST, Madras, India, 4.3.1
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Datta, M., and Landolt, D., 1980, Proceedings of the 2nd Inti Symposium on Industrial and Oriented Basic Electrochemistry, SAEST, Madras, India, 4.3.1.
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(1980)
Proceedings of the 2Nd Inti Symposium on Industrial and Oriented Basic Electrochemistry
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Datta, M.1
Landolt, D.2
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19
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0024715698
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Jet and Laser-Jet Electrochemical Micromachining of Nickel and Steel
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0018063326
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Mass Transfer Measurements by the Limiting-Current Technique
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Effect of Fluid Flow on Convective Transport in Small Cavities
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Applied Numerical Methods
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0019018878
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Theoretical and Experimental Modeling of Surface Leveling in ECM under Primaiy Current Distribution Conditions
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Anodic Leveling under Secondary and Tertiary Current Distribution Conditions
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0021441543
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On the Theory of.Anodic Levelling: FEM Simulation of the Influence of Profile Shape and Cell Geometry
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Clerc, C., and Landolt, D., 1984, “On the Theory of.Anodic Levelling: FEM Simulation of the Influence of Profile Shape and Cell Geometry,” Electrochim. Acta., Vol. 29, p. 787.
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Secondary Current Distribution in a Hull Cell: Boundary Element and Finite Element Simulation and Experimental Verification
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Matiosz, M., Creton, C., Clerc, C., and Landolt, D., 1987, “Secondary Current Distribution in a Hull Cell: Boundary Element and Finite Element Simulation and Experimental Verification,” J. Electrochem. Soc., Vol. 134, p. 3015.
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On the Theory of Anodic Levelling: Model Experiments with Triangular Nickel Profiles in Chloride Solution
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Investigations into Tool (Cathode) Design for Electrochemical Drilling
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0026821845
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Shape Changes during Through-Mask Electrochemical Micromachining of Thin Metal Films
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0022269106
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Stokes Flow in Arbitrary Two-dimensional Domains: Shear Flow over Ridges and Cavities
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Convective Mass Transport from Rectangular Cavities in Viscous Flow
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High Speed Maskless Patterning by Electrolytic Jet
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