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86 sonuçtan 1-3 arası sonuçlar
Sayfa 39
For functions defined on R3, we denote by P the operator of restriction to f2; next,
by P* we denote the operator of extension of functions defined on ft to the entire
K3 by zero outside Q (above, these operators were used implicitly). Let V = S\V\ ...
For functions defined on R3, we denote by P the operator of restriction to f2; next,
by P* we denote the operator of extension of functions defined on ft to the entire
K3 by zero outside Q (above, these operators were used implicitly). Let V = S\V\ ...
Sayfa 99
Let A denote a selfadjoint extension of 5 in a Hilbert space H D H, and let P
denote the orthogonal projection from Ti. onto "H. The function R(z) = P(A — zl)~l\
n is called a generalized resolvent of S. The set of all generalized resolvents is ...
Let A denote a selfadjoint extension of 5 in a Hilbert space H D H, and let P
denote the orthogonal projection from Ti. onto "H. The function R(z) = P(A — zl)~l\
n is called a generalized resolvent of S. The set of all generalized resolvents is ...
Sayfa 425
We denote by po the barycenter of Ag-2: /n-2 n-3 1 „ n\ Po = r, 7,---> 7,0,0 . ... We
are interested only in the first 2n of them, which we denote successively by Ql,- -,
Q2n- Under passage from the (n - l)-cube Qi to the (n — l)-cube Qi+i, the ray I ...
We denote by po the barycenter of Ag-2: /n-2 n-3 1 „ n\ Po = r, 7,---> 7,0,0 . ... We
are interested only in the first 2n of them, which we denote successively by Ql,- -,
Q2n- Under passage from the (n - l)-cube Qi to the (n — l)-cube Qi+i, the ray I ...
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İçindekiler
ISOMETRIC EMBEDDINGS OF FINITEDIMENSIONAL SPACES | 17 |
Dedicated to M Sh Birman on the occasion of his 75th birthday | 285 |
Abstract The nonexistence of isometric embeddings I J1 t with p q is proved | 296 |
Telif Hakkı | |
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admits separation approximation assume asymptotic Birman BKN-equation boundary condition bounded C(zlm coefficients cohomology classes components consider constant Corollary corresponding defined definition denote diffeomorphism differential equations Dirac operator domain edge eigenvalues elliptic English transl estimate Euler characteristic exists finite formula geodesic graph-manifold Hilbert space holomorphic homogeneous hypoelliptic implies inequality inverse kernel labeled graph Lemma linear Math Mathematics Subject Classification matrix matrix-valued function maximal blocks meromorphic monodromy nonzero norm notation NPC-solution obtain oriented Painleve Painleve equations pair paper polynomial positive potential problem proof of Theorem properties Proposition prove rational refinable function relation respect result Riemann-Hilbert problem Riemannian manifold satisfies Seifert fibered Seifert fibered space selfadjoint selfadjoint operators singular smooth Sobolev Sobolev spaces spectrum Subsection subspace Suppose symmetric tensor Theorem Theorem 3.1 theory torus trace class unique vector vertex vertices zero