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[1] O. Borůvka: Linear Differential Transformations of the Second Order. The English Universities Press, London, 1971. MR 0463539
[2] Бopyвкa O.: Teopuя глoбaльныx cвoйcmв oбыкнoвeнныx лuнeйныx дuффepeнцuaлъnыx ypaвнeнuй вmopoгo nopядкa. Диффepeнциaльныe ypaвнeния, Ho 8, т. XII, 1976, 1347-1383.
[3] O. Borůvka: On central dispersions of the differential equation y" = q(t) y with periodic coefficients. Lecture Notes in Mathematics, 415, Proceedings of the Conference held at Dundee, Scotland, 26-29, March, 1974, 47-60. MR 0450691
[4] O. Borůvka: Sur les blocs des équations différentielles y" = q(t) y aux coefficients périodiques. Rend. Mat. (2), 8, S. VI, 1975, 519-532. MR 0379945
[5] O. Borůvka: Sur quelques compléments à la théorie de Floquet pour les équations différentielles du deuxième ordre. Ann. mat. p. ed appl. S. IV, CII, 1975, 71-77. MR 0374532
[6] Лaйтox M.: Pacшupeнue мemoòa Флoкe для onpeдeлeнuя вuдa фyндaмeнmaльнoй cucmeмы peшeнuй дuффepeнцuaльнoгo ypaвнeнuя вmopoгo nopядкa y" = q(t)y. Чex мaт. жypнaл, т. 5 (80), 1955, 164-173.
[7] W. Magnus, S. Winkler: Hill's Equation. Interscience Publishers New York, 1966. MR 0197830 | Zbl 0158.09604
[8] F. Neuman: Note on bounded non-periodic solutions of the second-order linear differential equations with periodic coefficients. Mat. Nachrichten, 39, 1969, 217-222. MR 0247193
[9] F. Neuman, S. Staněk: On the structure of second-order periodic differential equations with given characteristic multipliers. Arch. Math. (Brno), 3, XIII (1977), 149-157. MR 0460790
[10] S. Staněk: Phase and dispersion theory of the differential equation y" = q(t)y in connection with the generalized Floquet theory. Arch. Math. Zbl 0412.34025
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