2 citations · 4 across the 5 of their papers we have counts for
6 papers
Size Exponents of Branched Polymers/ Extension of the Isaacson-Lubensky Formula and the Application to Lattice Trees
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
Branched polymers can be classified into two categories that obey the different formulae: \begin{equation} ν= \begin{cases} \hspace{1mm}\displaystyle\frac{2(1+ν_{0})}{d+2} & \hspac…
Branched Polymers with Excluded Volume Effects/ Configurations of Comb Polymers in Two- and Three-dimensions
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
We investigate the excluded volume effects in good solvents for the isolated comb polymers having . In particular, we investigate the change of the size exponent, , d…
Branched Polymers with Excluded Volume Effects/ Relationship between Polymer Dimensions and Generation Number
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
We discuss the extension of the empirical equation: , where the subscript 0 denotes the ideal value with no excluded volume…
Segment Distribution around the Center of Gravity of a Triangular Polymer
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
The segment distribution around the center of gravity is investigated for a special comb polymer (triangular polymer) having the side chains of the same generation number, , as…
Segment Distribution around the Center of Gravity of Branched Polymers
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
Mathematical expressions for mass distributions around the center of gravity are derived for branched polymers with the help of the Isihara formula. We introduce the Gaussian appro…
Diffusion and Chemical Potential in Polymer Solutions
Kazumi Suematsu, Haruo Ogura, Seiichi Inayama +1
We give a mathematical proof for the preceding derivation of the excluded volume theory on the basis of the thermodynamic theory, the concept of diffusion, and the theory of total…