JournalszaaVol. 14, No. 2Volume 14, No. 2 (1995) Zeitschrift für Analysis und ihre Anwendungenpp. 213–224On Continuous CapacitiesM. Brzezinapp. 225–233Loewner Interpolation in Matrix Hardy ClassesDaniel AlpayJ. Leblondpp. 235–248On the Decomposition of Unitary Operators into a Product of Finitely Many Positive OperatorsG. Peltripp. 249–257On Associated and Co-Associated Complex Differential OperatorsR. HeersinkWolfgang Tutschkepp. 259–284Non-Symmetric Matrix Riccati EquationsGerhard FreilingG. Jankpp. 285–325Some Results on Non-Coercive Variational Problems and ApplicationsF. Weissbaumpp. 327–345Variational Bounds to Eigenvalues of Self-Adjoint Eigenvalue Problems with Arbitrary SpectrumS. ZimmermannU. Mertinspp. 347–367On the Sharpness of Error Bounds for the Numerical Solution of Initial Boundary Value Problems by Finite Difference SchemesH. EsserSteffen J. GoebbelsRolf Joachim Nesselpp. 369–377A Convergence Rate Result for a Steepest Descent Method and a Minimal Error Method for the Solution of Nonlinear Ill-Posed ProblemsA. NeubauerOtmar Scherzerpp. 379–390A New Maximal Point TheoremAlfred GöpfertChr. Tammerpp. 391–401Optimal Transportation FlowsRolf Klötzlerpp. 403–412Some Properties of the Attainable Set for the Abstract Control Problem with Application to ControllabilityB. Shklyar
pp. 235–248On the Decomposition of Unitary Operators into a Product of Finitely Many Positive OperatorsG. Peltri
pp. 249–257On Associated and Co-Associated Complex Differential OperatorsR. HeersinkWolfgang Tutschke
pp. 327–345Variational Bounds to Eigenvalues of Self-Adjoint Eigenvalue Problems with Arbitrary SpectrumS. ZimmermannU. Mertins
pp. 347–367On the Sharpness of Error Bounds for the Numerical Solution of Initial Boundary Value Problems by Finite Difference SchemesH. EsserSteffen J. GoebbelsRolf Joachim Nessel
pp. 369–377A Convergence Rate Result for a Steepest Descent Method and a Minimal Error Method for the Solution of Nonlinear Ill-Posed ProblemsA. NeubauerOtmar Scherzer
pp. 403–412Some Properties of the Attainable Set for the Abstract Control Problem with Application to ControllabilityB. Shklyar