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Anterior Hyperfunction by Mandibular Anterior Teeth: A Narrative Review
Healthcare (Switzerland), 2023Yoichirô Ogino +2 more
exaly
1992
Our aim is to construct hyperfunctions so that they have as close a relation as possible to ordinary functions. Of the operations of addition, subtraction, multiplication and division, the first two are, of course, possible as linear combinations. There are, however, problems with multiplication and division.
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Our aim is to construct hyperfunctions so that they have as close a relation as possible to ordinary functions. Of the operations of addition, subtraction, multiplication and division, the first two are, of course, possible as linear combinations. There are, however, problems with multiplication and division.
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The Hyperfunctioning Thyroid Nodule
Southern Medical Journal, 1969W M, Morton, J W, Runyan
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1992
Let us begin with two ordinary functions φ 1(x) and φ 2(x) and suppose that their Fourier transforms $${\psi _1}(\xi ) = F{\phi _1}(x),{\psi _2}(\xi ) = F{\phi _2}(x)$$ (1.1) exist. The Fourier transform of the product φ 1(x) · φ 2(x) is $$F\{ {\phi _1}(x){\phi _2}(x)\} = {\text{ }}\int_{ - \infty }^\infty {{\phi _1}(x){\phi _2}(x){e ...
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Let us begin with two ordinary functions φ 1(x) and φ 2(x) and suppose that their Fourier transforms $${\psi _1}(\xi ) = F{\phi _1}(x),{\psi _2}(\xi ) = F{\phi _2}(x)$$ (1.1) exist. The Fourier transform of the product φ 1(x) · φ 2(x) is $$F\{ {\phi _1}(x){\phi _2}(x)\} = {\text{ }}\int_{ - \infty }^\infty {{\phi _1}(x){\phi _2}(x){e ...
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HYPERFUNCTIONING PARATHYROID CARCINOMA
Medical Journal of Australia, 1968N C, Newton, M G, Sumich
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Hyperfunctioning Adrenocortical Diseases
Medical Clinics of North America, 1967openaire +2 more sources
Journal of the Faculty of Science, University of Tokyo. Sect. 1, Mathematics, astronomy, physics, chemistry = 東京大學理學部紀要. 第1類, 數學, 天文學, 物理學, 化學, 1959
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