[1] E. Albrecht J. Eschmeier M. M. Neumann:
Some topics in the theory of decomposable operators. Advances and Applications 17 (1986), 15-34.
MR 0901056
[2] E. Albrecht M. M. Neumann:
Automatic continuity for operators of local type. in Radical Banach Algebras and automatic continuity, Springer Lecture Notes 975 (1983), 342-355.
DOI 10.1007/BFb0064569 |
MR 0697600
[7] I. Colojoara С. Foias:
Theory of generalized spectral operators. Gordon and Breach, New York, 1968.
MR 0394282
[8] С. Foias F. H. Vasilescu:
Non-analytic local functional calculus. Czechoslovak Math. J. 24 (99) (1974), 270-283.
MR 0372678
[9] N. P. Jewell:
Continuity of module and higher derivations. Рас. J. Math. 68 (1977), 91-98.
MR 0493341 |
Zbl 0349.46045
[10] B. E. Johnson:
Continuity of homomorphisms of Banach $G$-modules. Рас. J. Math. 120 (1985), 111-121.
MR 0808931 |
Zbl 0582.22004
[13] K. B. Laursen:
Automatic continuity of generalized intertwining operators. Dissert. Math. 189 (1981).
MR 0621374 |
Zbl 0469.46037
[14] K. B. Laursen M. M. Neumann:
Decomposable operators and automatic continuity. J. Operator Theory 15 (1986), 33-51.
MR 0816233
[15] V. Pták P. Vrbová:
On the spectral function of a normal operator. Czechoslovak Math. J. 23 (98) (1973), 615-616.
MR 0336421
[16] A. M. Sinclair:
Automatic continuity of linear operators. London Math. Soc. Lecture Notes 21 (1976).
MR 0487371 |
Zbl 0313.47029
[17] F. H. Vasilescu:
Analytic Functional Calculus. D. Reidel, Dordrecht, 1982.
Zbl 0495.47013
[18] P. Vrbová:
The structure of maximal spectral spaces of generalized scalar operators. Czechoslovak Math. J. 23 (98), (1973), 493-496.
MR 0320804