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Results: 1-14 |
Results: 14
NUMERICAL-SOLUTIONS OF DIFFERENTIAL-EQUATIONS FOR RENAL CONCENTRATINGMECHANISM IN INNER MEDULLARY VASA-RECTA MODELS
Authors: MOON IH TEWARSON RP
Citation: Ih. Moon et Rp. Tewarson, NUMERICAL-SOLUTIONS OF DIFFERENTIAL-EQUATIONS FOR RENAL CONCENTRATINGMECHANISM IN INNER MEDULLARY VASA-RECTA MODELS, Computers & mathematics with applications (1987), 36(7), 1998, pp. 69-78
PREFERENTIAL INTERACTION AND INVERSE PROBLEM ALGORITHMS IN MODELS OF RENAL CONCENTRATING MECHANISM
Authors: TEWARSON RP TORO W MARCANO M
Citation: Rp. Tewarson et al., PREFERENTIAL INTERACTION AND INVERSE PROBLEM ALGORITHMS IN MODELS OF RENAL CONCENTRATING MECHANISM, Applied mathematics letters, 11(3), 1998, pp. 51-59
PARALLEL ALGORITHMS FOR MULTINEPHRON RENAL MEDULLARY MODELS
Authors: SUN K MOON IH TEWARSON RP STEPHENSON JL
Citation: K. Sun et al., PARALLEL ALGORITHMS FOR MULTINEPHRON RENAL MEDULLARY MODELS, Computers & mathematics with applications, 33(6), 1997, pp. 37-45
RENAL CONCENTRATING MECHANISM - CENTRAL CORE AND VASA-RECTA MODELS
Authors: TEWARSON RP MOON IH
Citation: Rp. Tewarson et Ih. Moon, RENAL CONCENTRATING MECHANISM - CENTRAL CORE AND VASA-RECTA MODELS, Applied mathematics letters, 10(2), 1997, pp. 39-44
COMPUTATIONAL TECHNIQUES FOR INVERSE PROBLEMS IN KIDNEY MODELING
Authors: KIM S TEWARSON RP
Citation: S. Kim et Rp. Tewarson, COMPUTATIONAL TECHNIQUES FOR INVERSE PROBLEMS IN KIDNEY MODELING, Applied mathematics letters, 9(3), 1996, pp. 77-81
THE CONVERGENCE OF QUASI-GAUSS-NEWTON METHODS FOR NONLINEAR PROBLEMS
Authors: KIM S TEWARSON RP
Citation: S. Kim et Rp. Tewarson, THE CONVERGENCE OF QUASI-GAUSS-NEWTON METHODS FOR NONLINEAR PROBLEMS, Computers & mathematics with applications, 29(8), 1995, pp. 27-38
NUMERICAL-SOLUTION OF DIFFERENTIAL AND ALGEBRAIC EQUATIONS FOR A FLOWMODEL WITH DIFFUSION
Authors: SUN K TEWARSON RP WEINSTEIN AM STEPHENSON JL
Citation: K. Sun et al., NUMERICAL-SOLUTION OF DIFFERENTIAL AND ALGEBRAIC EQUATIONS FOR A FLOWMODEL WITH DIFFUSION, Applied mathematics letters, 8(4), 1995, pp. 79-82
CONVECTIVE UPHILL TRANSPORT OF NACL FROM ASCENDING THIN LIMB OF LOOP OF HENLE
Authors: STEPHENSON JL JEN JF WANG H TEWARSON RP
Citation: Jl. Stephenson et al., CONVECTIVE UPHILL TRANSPORT OF NACL FROM ASCENDING THIN LIMB OF LOOP OF HENLE, American journal of physiology. Renal, fluid and electrolyte physiology, 37(4), 1995, pp. 680-692
COMPARISON OF CENTRAL CORE AND RADIALLY SEPARATED MODELS OF RENAL INNER MEDULLA
Authors: JEN JF WANG H TEWARSON RP STEPHENSON JL
Citation: Jf. Jen et al., COMPARISON OF CENTRAL CORE AND RADIALLY SEPARATED MODELS OF RENAL INNER MEDULLA, American journal of physiology. Renal, fluid and electrolyte physiology, 37(4), 1995, pp. 693-697
EFFECT OF VASA-RECTA FLOW ON CONCENTRATING ABILITY OF MODELS OF RENALINNER MEDULLA
Authors: STEPHENSON JL WANG H TEWARSON RP
Citation: Jl. Stephenson et al., EFFECT OF VASA-RECTA FLOW ON CONCENTRATING ABILITY OF MODELS OF RENALINNER MEDULLA, American journal of physiology. Renal, fluid and electrolyte physiology, 37(4), 1995, pp. 698-709
AN EFFICIENT PARALLEL ALGORITHM FOR SOLVING N-NEPHRON MODELS OF THE RENAL INNER MEDULLA
Authors: WANG H STEPHENSON JL DENG YF TEWARSON RP
Citation: H. Wang et al., AN EFFICIENT PARALLEL ALGORITHM FOR SOLVING N-NEPHRON MODELS OF THE RENAL INNER MEDULLA, Computers & mathematics with applications, 28(5), 1994, pp. 1-12
MODELS OF KIDNEY CONCENTRATING MECHANISM - RELATIONSHIP BETWEEN CORE CONCENTRATIONS AND TUBE PERMEABILITIES
Authors: TEWARSON RP
Citation: Rp. Tewarson, MODELS OF KIDNEY CONCENTRATING MECHANISM - RELATIONSHIP BETWEEN CORE CONCENTRATIONS AND TUBE PERMEABILITIES, Applied mathematics letters, 6(6), 1993, pp. 71-73
INVERSE PROBLEM FOR KIDNEY CONCENTRATING MECHANISM
Authors: TEWARSON RP
Citation: Rp. Tewarson, INVERSE PROBLEM FOR KIDNEY CONCENTRATING MECHANISM, Applied mathematics letters, 6(5), 1993, pp. 63-66
A COMPARISON OF MULTINEPHRON AND SHUNT MODELS OF THE RENAL CONCENTRATING MECHANISM
Authors: WANG H TEWARSON RP JEN JF STEPHENSON JL
Citation: H. Wang et al., A COMPARISON OF MULTINEPHRON AND SHUNT MODELS OF THE RENAL CONCENTRATING MECHANISM, Applied mathematics letters, 6(2), 1993, pp. 61-65
Risultati: 1-14 |