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Reference Documents

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Jaccodine: Citation: J. Electrochem. Soc., v107, p62 (1960); Title: Nodule Growths on Al2O3 Coatings

Jackson; Dereska: Citation: J. Electrochem. Soc., v112, p1218 (1965); Title: An Electrode Mechanism for the Electrochemical Reduction of m-Dinitrobenzene

Jackson, N.F.: Citation: Electrocomp. Sci. Technol., v002, p33-44 (1975); Title: The Tunnel Etching of Aluminum

Jackson, N.F.: Citation: J. Appl. Electrochem., v003, p91-98 (1973); Title: Field crystallization of Anodic Films on Tantalum

Jackson, N.F.; Campbell, D.S.: Citation: Fiz Cienkich Warstw, Ogolnopol. Symp, v2, p58 (1975); Title: Thin Films in Electrolytic Capacitors

Jackson, N.F.; Hendy, J.C.: Citation: Electrocomp. Sci. Technol., v001, p27-37 (1974); Title: The Use of Niobium as an Anode Material in Liquid Filled Electrolytic Capacitors

Jackson, N.F.; Sethi, R.S.: Citation: GB Patent #1,445,894 (1976); Title: Electrolytes for Aluminum Electrolytic Capacitors

Jackson, N.F.; Waddell, P.D.S.: Citation: J. Appl. Electrochem., v002, p345-346 (1972); Title: The Structure of Anodic Oxide Films Formed on Pre-Hydrated Aluminum

Jacques, L.A.G.: Citation: 5th European Capacitor & Resistor Tech. Symposium, CARTS 91, p152-159 (1991); Title: The Use Of Brominated Flame Retardants In Film Capacitor Encapsulation

Jacquet, P.A.: Citation: Metallurgical Reviews, v001, p157-201+ (1956); Title: Electrolytic and Chemical Polishing

Jaeger; Klein: Citation: J. Electrochem. Soc., v119, p1531 (1972); Title: Electron Injection into Valve Metal Oxides, II. Further Experimental Results for Ta2O5, Nb2O5, and Al2O3

Jaklevic, R.C.: Citation: J. Electrochem. Soc., v126, p1548-1550 (1979); Title: Solid-State Anodization of Aluminum by Vapor Infusion

Jakoubovitsch, A.: Citation: French Patent #2647946 (1990); Title: Power Capacitor Multilayer Ceramic Element

Jakubowska, M.: Citation: 5th European Capacitor & Resistor Technology Symposium, CARTS 91, p141 (1991); Title: Simulation Of Ageing And Degradation Of Thick Film Capacitors

James, W.J.; Straumanis, M.E.; Johnson, J.W.: Citation: CorrosionNACE, p015-023 (1967); Title: Anodic Disintegration of Metals Undergoing Electrolysis in Aqueous Salt Solutions

Jamnik, B.; Vlachy, V.: Citation: J. Amer. Chem. Soc., v115, p660-666 (1993); Title: Monte Carlo and Poisson-Boltzmann Study of Electrolyte Exclusion from Charged Cylindrical Micropores

Jencks, W.P.; Altura, R.A.: Citation: J. Chem. Ed., v065, p770-771 (1988); Title: The Perils of Carbonic Acid and Equilibrium Constants

Jenny, A.L.: Citation: US Patent #3,351,823 (1967); Title: Non-Aqueous Capacitor Electrolyte Having A Salt Dissolved in a Cosolvent

Jenny, A.L.; Curtis, J.H.: Citation: US Patent #3,509,425 (1970); Title: Electrolytic Capacitor and Electrolyte Material Therefor

Jenny, A.L.; Curtis, J.H.: Citation: US Patent #3,547,423 (1970); Title: Electrolytic Capacitor And Electrolyte Material Therefor

Jenny, A.L.; Foster, L.W.: Citation: US Patent #3,256,468 (1966); Title: Electrode For Electrical Capacitors And Method Of Making The Same

Jenny, A.L.; Mohler, D.; Westbrook, J.H.: Citation: C Patent #0,709,983 (1965); Title: Electrical Capacitor and TitaniumžContaining Electrode Material Thereof

Jenny, A.L.; Ruscetta, R.A.: Citation: J. Electrochem. Soc., v108, p442-445 (1961); Title: Electrolytic Etching of Dense Tantalum

Jenny, A.L.; Stephenson, D.H.: Citation: US Patent #2,994,809 (1961); Title: Electrolytic Capacitor

Jepson: Citation: J. Electrochem. Soc., v107, p53 (1960); Title: On the Parabolic Law

Jewell: Citation: J. Electrochem. Soc., v102, p198 (1955); Title: A Theoretical Basis for a New Method of Investigating Corrosion Inhibition

Jia, Q.X.: Citation: Thin Solid Films, v209, p230-239 (199?); Title: BaTiO3 Film Capacitors Deposited By RF Magnetron Sputtering

Jiménez, M.C.; Albella, J.M.; Montero, I.; Martínez-Duart, J.M.: Citation: Electrochim. Acta, v034, p951-955 (1989); Title: Influence of the Series Resistance on the Constant Voltage Stage during Anodization. II.

Jimerson, J.C.; Greskamp, J.; Anderson, D.J.: Citation: US Patent #3,518,500 (1970); Title: Flat Plate Feed-Through Capacitor

Johansen, H.A.; Adams, G.B., Jr.; Rysselberghe, P.Van: Citation: J. Electrochem. Soc., v104, p339-346 (1957); Title: Anodic Oxidation of Aluminum, Chromium, Hafnium, Niobium, Tantalum, Titanium, Vanadium, and Zirconium at Very Low Current Densities

Jöhnk, K.; Mayer, D.: Citation: US Patent #4,670,816 (1987); Title: Plastic Film Capacitor in Chip Constructional Form

Johnson, T.W.; Mueller, F.X.: Citation: US Patent #4,585,700; Title: Polyarylene-Sulphide Compositions Containing Hydrocalcite Reduces Effect of Corrosive Ionic Species Extractable From Polyphenylen Sulphide by Liquid Electrolytes

Johnson, T.W.; Mueller, F.X., Jr.: Citation: US Patent #4,529,769 (1985); Title: Poly(arylene sulfide) Composition, Molding Method and Article of Manufacture

Jones, J.A.; Hayes, J.A.: Citation: CARTS-Europe 87: Capacitor and Resistor Technology Conference, p171-179 (1987); Title: The Parametric Drift Behavior of Aluminum Electrolytic Capacitors: An Evaluation of Four Models

Jones, S.D.; Blomgren, G.E.: Citation: J. Electrochem. Soc., v136, p424-427 (1989); Title: Low-Temperature Molten Salt Electrolytes Based on Aralkyl Quaternary or Ternary Onium Salts

Jouve, G.: Citation: Phil. Mag. B, v064, p207-218 (1991); Title: Electrical Conduction Mechanisms in Electrochemically Formed Amorphous Films of Nb2O5

Jovanovic, B.; Zecevic, S.; Drazic, D.M.; Despic, A.R.: Citation: 20th Congress of Serbian Chemists Belgrade, UCRL-Trans-11535, p12 (1977); Title: Electrochemical Properties of Certain New Ternary and Quaternary Alloys Based on Aluminum

Jow, T.R.: Citation: Proc. Symposium on Electrochem. Capacitors, p50-56 (1995); Title: Development of Amorphous Ruthenium Oxide For Electrochemical Capacitor Applications

Juda, W.: Citation: US Patent #3,262,868 (1966); Title: Electrochemical Conversion of Electrolyte Solutions

Jugan, D; Pann, A; Sadamac, D; d'Almeida, S; Perelle, M; Rocher, M: Citation: Telecommunications Energy Conf., INTELEC 1991, p691-696; Title: Capacitors in Telecommunication Systems Power Conversion: a 100 W High Frequency DC-DC Converter Without Wet Electrolytic Capacitor

Juliard; Shalit: Citation: J. Electrochem. Soc., v110, p1002 (1963); Title: Application of Cyclic Voltammetry to the Kinetic Study of Electro-Oxidation of Organic Compounds

Jung, D.Y.; Dumler, I.; Metzger, M.: Citation: J. Electrochem. Soc., v132, p2308-2312 (1985); Title: Electronmicroscopic Examination of Corroded Aluminum-Copper Alloy Foils

Jung, D.Y.; Metzger, M.: Citation: J. Electrochem. Soc., v132, p386-387 (1985); Title: Porous Anodic Films on Aluminum at Low Potentials

Jung, W.G.; Marsh, R.: Citation: Audio, February, p49-62 (1980); Title: Selection of Capacitors for Optimum PerformancePicking Capacitors

Jung, W.G.; Marsh, R.: Citation: Audio, March, p52-63 (1980); Title: Selection of Capacitors for Optimum Performance

Jüttner, K.; Lorenz, W.J.; Paatsch, W.: Citation: Corr. Sci., v029, p279-288 (1989); Title: The Role of Surface Inhomogeneities in Corrosion ProcessesElectrochemical Impedance Spectroscopy (EIS) on Different Aluminum Oxide Films

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