スポンサーリンク
Research Fellow Faculty Of Agriculture Kyushu University | 論文
- Introducing Viewpoints of Mechanics into Basic Growth Analysis (1) : Three Aspects of Growth Mechanics compared with Three Law of Motion
- Introducing Complex Numbers into Basic Growth Functions (8) : A Series of Hypotheses for Appearance of exp(θ) from Complex Representation of `0=1+(-1)' under the Concept of Symmetry
- Introducing Complex Numbers into Basic Growth Functions (7) : Differences between '1' and '-1' in their Hypothetic Breakdown into Complex Numbers and Application to Definite Integral of exp(t) Expanded into Infinite Series
- Introducing Complex Numbers into Basic Growth Functions (6) : Hypothetic Breakdown of '1' into Complex Numbers and Application to Definite Integral of exp(t) Expanded into Infinite Series
- Hypothetic Incomplete Pair Disappearances of Complex Numbers Forming '0=(-1)+1'in the Application to Complex Representation of Some Aspects of Ruminant Agriculture
- Basic Production Analysis of Forages using a Factor of Light Interception Property o Canopy
- A Note on Searching Digits of Circular Ratio and Napier's Number for Numerically Expressed Information on Ruminant Agriculture
- Introducing Viewpoints of Mechanics into Basic Growth Analysis (3) : Applying Growth Force and Leaf-Light Complex to Production and Digestion, Analyses of Forages
- Philosophical Properites of Euler's Formula in its Application to Symbolic Representation of Some Aspects of Ruminant Agriculture
- A Stereographic Representation of Euler's Formula to Show Spirals and Topological Similarities to Micro-Structures in Ruminants and Forages
- Exponential Functions with Base e in Growth Analysis and Deriving Them from Rotations of Axes of Time Described using Euler's Formula
- Basic Growth Analysis and Symmetric Properties of Exponential Function with Base e
- An Intersection of Ruminant Production and Forage Production
- Introducing Complex Numbers into Basic Growth Functions (4) : Hypothetic Appearance of Exponential Function with Base e from the Complex Representation of '0+(-1)+1'
- Introducing Complex Numbers into Basic Growth Functions (3) : Symmetry Breakdown in Complex REpresentation of '0=(-1) + 1' int Definite Integral of Exponential Function with Base e Expanded into Infinite Series
- Introducing Complex Numbers into Basic Growth FUnctions (2) : Applying Complex Representation of '(-1) +1' to Definite Integral of Exponential Function with Base e Expanded into Infinite Series
- Introducingg Complex Numbers into Basic Growth Functions (1) : Applying Complex Representation of '1' to Differentiation of Exponential Function with Base e Expanded into Infinite Series
- Nonlinear Magneto-Optical Effects of Prussian blue Analog-based Magnet(Magneto-Optical Effect and Measurement)