Thermal molecular motion from 150 to 350 K for regenerated cellulose solidsMANABE, S.-I; FUJIOKA, R.Polymer journal. 1996, Vol 28, Num 10, pp 860-866, issn 0032-3896Article

Relationship between supermolecular structure and refractive index due to diffusion of solvent molecules into cuprammonium regenerated cellulose fiberFUJIOKA, R; MANABE, S.-I.Sen'i Gakkaishi. 1996, Vol 52, Num 10, pp 516-523, issn 0037-9875Article

Method for evaluation of concentration of solvent molecules in a specified region of regenerated cellulose solidMANABE, S.-I; FUJIOKA, R.Polymer journal. 1998, Vol 30, Num 12, pp 939-945, issn 0032-3896Article

The particle size of hepatitis C virus estimated by filtration through microporous regenerated cellulose fibreYUASA, T; ISHIKAWA, G; MANABE, S.-I et al.Journal of general virology. 1991, Vol 72, pp 2021-2024, issn 0022-1317, 8Article

Regulation of the amorphous supermolecular structure of high-speed-spun poly(ethylene terephthalate) fibers by high-temperature short period heat-treatmentKAMIDE, K; KURIKI, T; MANABE, S. I et al.Polymer journal. 1986, Vol 18, Num 2, pp 163-166, issn 0032-3896Article

Dynamic mechanical absorptions observed for regenerated cellulose solids in the temperature range from 280 to 600 KMANABE, S.-I; IWATA, M; KAMIDE, K et al.Polymer journal. 1986, Vol 18, Num 1, pp 1-14, issn 0032-3896Article

Prenylation of aromatic amines and nitrogen-containing aromatic heterocycles by prenyl diidopropyl phosphateARAKI, S; MANABE, S.-I; BUTSUGAN, Y et al.Bulletin of the Chemical Society of Japan. 1984, Vol 57, Num 5, pp 1433-1434, issn 0009-2673Article

Evaluation of fine structure of cuprammonium regenerated cellulose hollow fibers revealed by interference colors with polarizing microscopeFUJIOKA, R; INAMASU, Y; MANABE, S.-I et al.Sen'i Gakkaishi. 1998, Vol 54, Num 10, pp 516-519, issn 0037-9875Article

Removal of virus through novel membrane filtration methodMANABE, S.-I.Developments in biological standardization. 1996, Num 88, pp 81-90, issn 0301-5149Conference Paper

Relationship between mechanical absorption and birefringence of regenerated cellulose solid in solventFUJIOKA, R; ISHII, C; MORI, A et al.Polymer journal. 1999, Vol 31, Num 1, pp 1-6, issn 0032-3896Article

Structure and filtration performances of improved cuprammonium regenerated cellulose hollow fiber (improved BMM hollow fiber for virus removal)TSURUMI, T; SATO, T; OSAWA, N et al.Polymer journal. 1990, Vol 22, Num 12, pp 1085-1100, issn 0032-3896Article

A novel method for removal of human immunodeficiency virus: filtration with porous polymeric membranesHAMAMOTO, Y; HARADA, S; KOBAYASHI, S et al.Vox sanguinis (Basel. 1956). 1989, Vol 56, Num 4, pp 230-236, issn 0042-9007Article

Sieving study of chromatin and histone-DNA complex by porous hollow fiber membranesHIGUCHI, A; YOSHIMURA, T; SATOH, S et al.Journal of membrane science. 1997, Vol 126, Num 1, pp 7-17, issn 0376-7388Article

Mechanism of removing Japanese encephalitis virus (JEV) and gold particles using cuprammomonium regenerated cellulose hollow fiber (i-BMM or BMM) from aqueous solution containing proteinHIRASAKI, T; NODA, T; NAKANO, H et al.Polymer journal. 1994, Vol 26, Num 11, pp 1244-1256, issn 0032-3896Article

Some morphological characteristics of porous polymeric membranes prepared by «micro-phase separation method»MANABE, S.-I; KAMATA, Y; IIJIMA, H et al.Polymer journal. 1987, Vol 19, Num 4, pp 391-404, issn 0032-3896Article