1. Boundary controllability of a coupled wave/Kirchoff system
   Avalos, G.; Lasiecka, I.; Rebarber, R.
   Systems and Control Letters, 2003, vol. 50, no. 5, pp. 331-341, Ingenta.  
2. Limitation of the Kirchhoff boundary conditions for aerial image simulation in 157-nm optical lithography
   Yeung, Michael S.; Barouch, Eytan
   IEEE Electron Device Letters, v 21, n 9, Sep, 2000, p 385-387, Compendex.
3. Simulation of magneto-electronic systems using Kirchhoffian networks
   Brown, A.D.; Ross, J.N.; Nichols, K.G.; Penny, M.D.
   Sensors and Actuators, A: Physical, v 81, n 1, Apr, 2000, p 346-350, Compendex.
4. Variational alternatives to Kirchoff's loop theorem in dc circuits.
   Van Baak, D.A.
   American journal of physics, 1999, vol. 67, no. 1, pp. 36, Ingenta.  
5. Transient analysis of Printed Circuit Board structures using a time domain solution of Kirchoff's network equations
   Railton, Chris J.; Ma, Li Z.
   IEE Conference Publication, n 445, 1997, p 113-118, Compendex.
6. Nonstandard electrical networks and the resurrection of Kirchhoff's laws
   Zemanian, A.H.
   IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications, v 44, n 3, Mar, 1997, p 221-233, Compendex.
7. Transient analysis of printed circuit board layouts using a time domain solution of Kirchoff's network equations
   Goh, Charlene S.L.; Railton, Chris J.
   Conference Proceedings - European Microwave Conference, v 1, 1997, p 550-555, Compendex.
8. From conservation to Kirchhoff: getting started in circuits with conservation and accounting
   Black, Bruce A.
   Proceedings - Frontiers in Education Conference, v 2, Technology-Based Re-Engineering Engineering Education, 1996, p 962-965, Compendex.
9. Simulating Electrical Circuits with an Electronic Spreadsheet.
   Author: Silva, A. Alberto Source: Computers and Education v22 n4 p345-53 May 1994, FirstSearch.
10. The RC Circuit--A Multipurpose Laboratory Experiment.
    Author: Wood, Herbert T. Source: Physics Teacher v31 n6 p372-73 Sep 1993, FirstSearch.
11. Capacitors, Water Bottles, and Kirchoff's Loop Rule.
    Author: Newburgh, R. G. Source: Physics Teacher v31 n1 p16-17 Jan 1993, FirstSearch.
12. Validity of Kirchoff's laws for a class of nonlinear transfinite networks
    Zemanian, A.H.
    IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications, v 40, n 7, Jul, 1993, p 477-482, Compendex.
13. Method of circuit analysis based on relaxation of Kirchhoff's laws and the Cauchy-Riemann conditions
    Moreno, E.; Ares, F.; Estevez, H.
    International Journal of Electrical Engineering Education, v 30, n 4, Oct, 1993, p 354-359, Compendex.
14. KIRCHHOFF. An educational software for learning the basic principles and methodology in electrical circuits modeling
    de Coulon, Frederic; Forte, Eddy; Rivera, Jose Maria
    IEEE Transactions on Education, v 36, n 1, Feb, 1993, p 19-22, Compendex.
15. On the derivation of the TWN's from the Kirchhoff's laws
    Wehrhahn, Erich
    Proceedings - IEEE International Symposium on Circuits and Systems, v 4, 1993, p 2553-2555, Compendex.
16. Proof of the number of independent Kirchhoff equations in an electrical circuit
    Feldmann, Peter; Rohrer, Ronald A.
    IEEE Transactions on Circuits and Systems, v 38, n 7, Jul, 1991, p 681-684, Compendex.
17. Probability law, flow function, maximum distribution of wave-governed random motions and their connections with Kirchoff's laws.
    Orsingher, E.
    Stochastic processes and their applications, 1990, vol. 34, no. 1, pp. 49, Ingenta.  
18. Revisited topology of Kirchhoff's circuits
    Premoli, Amedeo
    IEEE Transactions on Education, v 32, n 3, Aug, 1989, p 298-304, Compendex.
19. Kirchhoff's Law Average Approach - A New Method For Analyzing Switched Networks.
    Gu, Deren; Kang, Zhu-Sheng
    Proceedings - IEEE International Symposium on Circuits and Systems, 1987, p 177-180, Compendex.
20. Linear And Nonlinear Kirchoff's Laws Problems.
    Conley, William
    IETE Technical Review (Institution of Electronics and Telecommunication Engineers), v 2, n 7, Jul, 1985, p 248-250, Compendex.
21. Kirchhoff's Laws And Tellegen's Theorem For Networks And Continuous Media.
    Wyatt, John L. Jr.; Papadopoulos, Gregory
    Proceedings - IEEE International Symposium on Circuits and Systems, v 2, 1984, p 867-870, Compendex.
22. A Short-Circuit Method for Networks.
    Author: Ong, P. P. Source: Physics Teacher v21 n7 p459-60 Oct 1983, FirstSearch.
23. Sparse Kirchoff Equations, An Effective Support Tool For The Numeric And Symbolic Solution Of Large Sparse Systems Of Network Equations.
    Smit, J.
    Circuit Theory and Design, Proceedings of the European Conference, 1981, p 352-357, Compendex.
24. On The Reduction Of A Kirchhoff Network.
    Ingram, W. H.
    IEEE Transactions on Circuits and Systems, v CAS-25, n 1, Jan, 1978, p 50-51, Compendex.
25. Apparatus for Kirchoff's Laws
    Author: Ellis, B. W.; Eckroth, C. A. Source: Physics Teacher 13, 3, 164-165, Mar 1975, FirstSearch.
26. Algebraic Formulation Of Kirchhoff Laws.
    Wu, Felix F.
    Insulation/Circuits, 1973, p 101-104, Compendex.
27. Orthogonal Kirchhoff Modes Em Dash A New Tool Of Network Analysis.
    Butterweck, Hans-Jurgen
    IEEE Transactions on Circuit Theory, v CT-19, n 4, Jul, 1972, p 307-312, Compendex.

(c) John H. Mathews 2004