Analysis of a Reflooding Experiment (csni79-55)

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Ginn Blaisdell, 1966. , The free Markoff field, J. Funct. Anal. 12(1973), 211-227. , Derivative application of functional (in Japanese), of white noise and its Master Thesis, University of Tokyo, 1977. , Derivatives of Wiener functionals continuity of induced measures, J. Math. and Kyoto Univ. 263-289. , The Malliavin to second order parabolic calculus differential and its application equations. , On the support of diffusion processes with applications to the strong maximum principle, 333-359, Proc.

D if and o n l y contains a non-empty V e V(H0). the ; sense t E [0,i]. the F r ~ c h e t respectively. following. t e [0,I]} be the the p r o b a b i l i t y if and o n l y by function if for some we h a v e differentiable ,} i,j = 1 ..... 16), V ~ U(H0). 15). of Xt(~) of V t h r o u g h a non-empty open is 45 References. , complex variables, [3] Ikeda, equations forms and Markov processes, North- 1980. , Stochastic and diffusion processes, 1965. differential North-Holland/Kodansha, Tokyo, 1981.

Following. rnkF = d, then the induced measure F~ { z ~ B ; D V I F(z) : V 0 § ]Rd is b i j e c t i v e o }. continuous. C = 28 Then ~(C) zero, = I. For it is e a s y F~(E) we the have it < d. proved suffices For Let proof of our rnk G = d-i without Nn = { z ~ B ; the dimension Let G = ~( N n ) = 0. { e l , . . , e d _ I} b e a quasi-analytic, g(z) Then it = theorem ~ E }) ~ E } ) det( is o b v i o u s theorem that in t h e that r n k F = d. case that r n k F = d-l. Then vector we may assume Let space DvIF(z)(V n n) is m o r e than d- 1 it is o b v i o u s that N is q u a s i - by Lemma an o r t h o n o r m a l fJ (z) ( e i ) ) i , j that case generality.

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