Tyt. z nagłówka.Bibliogr. s. 649-650.Dostępny również w formie drukowanej.ABSTRACT: The aim of the paper is to prove that if L is a linear subspace of the space C(K) of all real-valued continuous functions defined on a nonempty compact Hausdorff space K such that min(/ƒ/, 1) Є L whenever fnof; Є L, then for any nonzero g Є L (where L denotes the uniform closure of L in C(K)) and for any sequence (bn) ∞/n=1 of positive numbers satisfying the relation [formula] there exists a sequence [formula] of elements of L such that //ƒn// = bn for each n ≥ 1, g = [formula] and /g/ = [formula]. Also the formula for L is given. KEYWORDS: stone-weierstrass theorem, function lattices
Abstract. Let X be a compact Hausdorff space and C(X) the space of continu-ous functions defined on ...
New couples of uniform spaces X, Y are found out for which a lattice isomorphism between U(X) and U(...
Let Chi and Upsilon be compact Hausdor spaces, Epsilon be a Banach lattice and F be an AM space with...
The aim of the paper is to prove that if \(L\) is a linear subspace of the space \(\mathcal{C}(K)\) ...
AbstractLet S be a compact Hausdorff space, and let E be a normed space over the reals. Let C(S; E) ...
AbstractLet S be a compact Hausdorff space, and let E be a normed space over the reals. Let C(S; E) ...
Let X be a compact Hausdorff space and let D(X) be the set of all continuous real-valued functions f...
Abstract. Let C(X;R) the algebra of continuous real valued functions defined on a locally compact sp...
Let S be a zero-dimensional compact Hausdorff space and let E be a normed space over a non-Archimede...
Abstract. Let T be a compact Hausdorff topological space and let M denote an n–dimensional subspace ...
summary:For a Tychonoff space $X$, $C(X)$ is the lattice-ordered group ($l$-group) of real-valued co...
For a compact metric space X, consider a linear subspace A of C(X) containing the constant functions...
AbstractIn this paper we consider some conditions for a given function f∈C*(X) to belong to the unif...
For a compact metric space X, consider a linear subspace A of C(X) containing the constant functions...
Notions of convergence and continuity specifically adapted to Riesz ideals I of the space of continu...
Abstract. Let X be a compact Hausdorff space and C(X) the space of continu-ous functions defined on ...
New couples of uniform spaces X, Y are found out for which a lattice isomorphism between U(X) and U(...
Let Chi and Upsilon be compact Hausdor spaces, Epsilon be a Banach lattice and F be an AM space with...
The aim of the paper is to prove that if \(L\) is a linear subspace of the space \(\mathcal{C}(K)\) ...
AbstractLet S be a compact Hausdorff space, and let E be a normed space over the reals. Let C(S; E) ...
AbstractLet S be a compact Hausdorff space, and let E be a normed space over the reals. Let C(S; E) ...
Let X be a compact Hausdorff space and let D(X) be the set of all continuous real-valued functions f...
Abstract. Let C(X;R) the algebra of continuous real valued functions defined on a locally compact sp...
Let S be a zero-dimensional compact Hausdorff space and let E be a normed space over a non-Archimede...
Abstract. Let T be a compact Hausdorff topological space and let M denote an n–dimensional subspace ...
summary:For a Tychonoff space $X$, $C(X)$ is the lattice-ordered group ($l$-group) of real-valued co...
For a compact metric space X, consider a linear subspace A of C(X) containing the constant functions...
AbstractIn this paper we consider some conditions for a given function f∈C*(X) to belong to the unif...
For a compact metric space X, consider a linear subspace A of C(X) containing the constant functions...
Notions of convergence and continuity specifically adapted to Riesz ideals I of the space of continu...
Abstract. Let X be a compact Hausdorff space and C(X) the space of continu-ous functions defined on ...
New couples of uniform spaces X, Y are found out for which a lattice isomorphism between U(X) and U(...
Let Chi and Upsilon be compact Hausdor spaces, Epsilon be a Banach lattice and F be an AM space with...