S. Khrushchev Continued Fractions and Orthogonal Polynomials: From Eulers point of view, Encyclopedia of Mathematics and its Applications (No. 122), ISBN- 13: 9780521854191, Cambridge University Press, July 2008. Cited by 15. This book was published in a very prestigious series of Cambridge University Press.
S. Khrushchev Orthogonal Polynomials: The First Minutes. Proc. Symposia in Pure Math, 76:2(2007), p 875-905.
S.V.Khrushchev and N.K.Nikolskii, Functional model and some problems of spectral function theory, Trudy Matem. instituta V.A.Steklova AN SSSR (1987), v. 176, pp. 97-210.
N.K.Nikolskii, V.P.Havin, S.V.Khrushchev, Linear and Complex Analysis Problem Book, Lecture Notes in Math., N 1043 (1984), Springer-Verlag, Berlin, Heidelberg.
Sergey Khrushchev, AP Calculus for students of Economics, Finance, and Mathematics (2019, 640pp). KDP Amazon.com.
Sergey Khrushchev, AP Calculus II for students of Economics, Finance, and Mathematics (2019, 640pp). KDP Amazon.com.
S. Khrushchev “A continuous function with universal Fourier series on a given closed set of Lebesgue measure zero”, JAT, vol 252, April 2020.
O. Holtz, S.Khrushchev, O. Kushel "Generalized Hurwitz Matrices, Generalized Euclidean Algorithm, and Forbidden Sectors of the Complex Plane", Compt. Methods Funct. Theory 16 (2016), 395-431.
S.Khrushchev "Mergelyan's Theorem for Zero Free Functions", Journal of Approximation Theory 169 (2013), 1-6. Citations 3.
M. Derevyagin, O. Holtz, S.Khrushchev, M. Tyaglov. "Matrix Orthogonal Polynomials" Journal of Approximation Theory 164(2012), 1238-1261.
S.Khrushchev "Two great theorems of Lord Brouncker", Mathematical Intelligencer vol 32 (2010) N 4, pp. 19-31.
S. Khrushchev The Great Theorem of Marko and Jean Bernoulli sequences, Journal of Computational and Applied Mathematics 223(2010), 1548-1553.
S.Khrushchev "Periodic Schur functions and slit discs" Journal of Approximation Theory 159(2009) 293-307.
S.Khrushchev "Rational compacts and exposed quadratic irrationalities" Journal of Approximation Theory 159(2009) 243-289.
S. Khrushchev The Euler-Lagrange Theory for Schurs Algorithm: Wall Pairs Journal of Approximation Theory 139 (2006), 371-401.
S. Khrushchev The Euler-Lagrange Theory for Schurs Algorithm: Algebraic exposed points Journal of Approximation Theory 139(2006), 402-429.
S. Khrushchev Continued Fractions and Orthogonal Polynomials, Journal of Computational and Applied Mathematics 178 (2005) 267-303.
S. Khrushchev Turan Measures, Journal of Approx. Theory (2003), v. 122, 112-120.
S.Khrushchev, Classi_cation Theorems for General Orthogonal Polynomials on the unit circle, Journal of Approx. Theory(2002), v.116, 268-342.
L.Golinskii and S.Khrushchev, Cesaro Asymptotics for Orthogonal Polynomials on the unit circle and classes of measures, Journal of Approx. Theory (2002), v.115, 187-237.
S.Khrushchev, Schurs Algorithm, Orthogonal Polynomials, and convergence of Walls continued fractions in L2(T) , Journal of Approx. Theory(2001), v.108, No 2, 161-248.