
AbstractWe prove a nonstandard density result. It asserts that if a particular formula is true for functions in a set K of linear continuous functions between Banach spaces E and D, then it remains valid for functions that are limits, in the uniform convergence topology on a given class ℳ︁ of subsets of E, of nets of vectors in K. We then apply this result to various class ℳ︁ and setsK in the context of E‐valued Bochner integrable functions defined on a finite measure space.
Nonstandard functional analysis, Bochner integrability, nonstandard analysis, uniform convergence
Nonstandard functional analysis, Bochner integrability, nonstandard analysis, uniform convergence
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