T. Okano

Surfaces and Blood Compatibility Current Hypotheses

J. D. Andrade, Shoji Nagaoka, Stuart L. Cooper et al. · ASAIO Journal · 1987 · 165 citations

Chemical Engineering, Engineering, Chemical Analysis +15

Activation of water molecule. 5. Rhodium(I) hydride catalyzed water gas shift reaction. Identification of the elemental reactions comprising the catalytic cycles

Tomohiro Yoshida, T. Okano, Yo Ueda et al. · Journal of the American Chemical Society · 1981 · 114 citations

Chemical Engineering, Engineering, Chemical Analysis +14

Hydration and reduction of carbon dioxide by rhodium hydride compounds. Preparation and reactions of rhodium bicarbonate and formate complexes, and the molecular structure of RhH2(O2COH)(P(i-Pr)3)2

T. YOSHIDA, David L. Thorn, T. Okano et al. · Journal of the American Chemical Society · 1979 · 110 citations

Inorganic Chemistry, Chemical Engineering, Carbon Dioxide +12

Preparations and reactions of some hydridodinitrogentrialkylphosphine complexes of rhodium(i). The structure of a dinitrogen-bridged rhodium(i) dimer, [RhH(P(i-Pr)3)2]2(μ-N2)

Tomohiro Yoshida, T. Okano, David L. Thorn et al. · Journal of Organometallic Chemistry · 1979 · 54 citations

Inorganic Chemistry, Chemical Engineering, Engineering +7

A temperature study on critical micellization concentration (CMC), solubility, and degree of counterion binding of α-sulfonatomyristic acid methyl ester in water by electroconductivity measurements

Masami Fujiwara, T. Okano, Takuya Nakashima et al. · Colloid & Polymer Science · 1997 · 51 citations

Engineering, Biochemical Engineering, Counterion Binding +6