Publications of members, 1930-1954. - Libraries - Institute for ...
Publications of members, 1930-1954. - Libraries - Institute for ...
Publications of members, 1930-1954. - Libraries - Institute for ...
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A Characterization <strong>of</strong> the Bilinear Sums Associated with the Classical Second Variation<br />
(with W. R. Transue). Ann. Mat. Pura Appl. (4), 28: 25-68 (1949)<br />
Equilibria in Nature—Stable and Unstable. Proc. Amer. Philos. Soc, 93: 222-225<br />
(1949)<br />
The Frechet Variation and the Convergence <strong>of</strong> Multiple Fourier Series (with W. R.<br />
Transue). Proc. Nat. Acad. Sci. USA, 35: 395-399 (1949)<br />
Functionals F Bilinear over the Product A x B <strong>of</strong> Two P-Normed Vector Spaces.<br />
I: The Representation <strong>of</strong> F (with W. R. Transue). Ann. <strong>of</strong> Math. (2), 50:<br />
777-815 (1949)<br />
Functionals <strong>of</strong> Bounded Frechet Variation (with W. R. Transue). Canadian J.<br />
Math., 1: 153-165 (1949)<br />
Integral Representations <strong>of</strong> Bilinear Functionals (with W. R. Transue). Proc. Nat.<br />
Acad. Sci. USA, 35: 136-143 (1949)<br />
L-S Homotopy Classes on the Topological Image <strong>of</strong> the Projective Plane. Bull.<br />
Amer. Math. Soc, 55: 981-1003 (1949)<br />
Topological Methods in the Theory <strong>of</strong> Functions <strong>of</strong> a Complex Variable. Ann. Mat.<br />
Pura Appl. (4), 28: 21-24 (1949)<br />
Bilinear Functionals over C x C (with W. R. Transue). Acta Sci. Math. Szeged,<br />
12b: 41-48 (1950)<br />
A Calculus <strong>for</strong> Frechet Variations (with W. R. Transue). J. Indian Math. Soc.<br />
(N.S.), 14: 65-117 (1950)<br />
The Frechet Variation, Sector Limits, and Left Decompositions (with W. R. Transue).<br />
Canadian J. Math., 2: 344-374 (1950)<br />
The Frechet Variation and a Generalization <strong>for</strong> Multiple Fourier Series <strong>of</strong> the Jordan<br />
Test (with W. R. Transue). Riv. Mat. Univ. Parma, 1: 1-16 (1950)<br />
The Frechet Variation and Pringsheim Convergence <strong>of</strong> Double Fourier Series (with<br />
W. R. Transue). In Contributions to Fourier Analysis, Princeton, 1950: 46-<br />
103. {Annals <strong>of</strong> Mathematics Studies, 25)<br />
Functionals F Bilinear over the Product A x B <strong>of</strong> Two P-Normed Vector Spaces.<br />
II: Admissible Spaces (with W. R. Transue).<br />
(i950)<br />
Ann. <strong>of</strong> Math. (2), 51: 576-614<br />
Norms <strong>of</strong> Distribution Functions Associated with Bilinear Functionals (with W. R.<br />
Transue). In Contributions to Fourier Analysis, Princeton, 1950: 104-144.<br />
(Annals <strong>of</strong> Mathematics Studies, 25)<br />
Mathematics and the Arts. Yale R., 40: 604-612 (1951<br />
A New Implication <strong>of</strong> the Young-Pollard Convergence Criteria <strong>for</strong> a Fourier Series<br />
(with W. R. Transue). Duke Math. J., 18: 563-571 (1951)<br />
Trends in Analysis. J. Franklin Inst., 251: 33-43 (1951)<br />
Contour Equivalent Pseudoharmonic Functions and Pseudoconjugates (with James A.<br />
Jenkins). Amer. J. Math., 74: 23-51 (1952)<br />
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