Serpinsky

H.H. Dubinin, V.V. Serpinsky and K.O. Murdmaa (Eds.), Adsorption and Adsorbents (Russ.) (Proc. 6th Allunion Conf. Adsorption Theory, Moscow, November 18-21, 1985), Nauka, Moscow, 1987. 

Frolova LY, Tsivkovskii RY, Sivolobova GF, Oparina NY, Serpinsky Ol, Blinov VM, Tatkov SI, Kisselev LL (1999) Mutations in the highly conserved GGQ motif of class 1 polypeptide release factors abolish ability of human eRFl to trigger peptidyl-tRNA hydrolysis. RNA 5 1014-1020... 

A.A. Agzamkhodzhaev, G.A. Galkin and L.T. Zhuravlev, in M.M. Dubidin and V.V. Serpinsky (eds.), Main Problems of Physical Adsorption Theory, Nauka, Moscow, 1970. Proc. All-Union Conf., Moscow, 1968. 

The Dubinin-Serpinski (DS) equation, which was based on this model, can be expressed in the form... 

Dubinin M M (1975) In Progress in Surface and Membrane Science, vol 9 (D A Cadenhead, ed), Academic Press, New York, p 1 Dubinin M M (1980) Carbon 18, 355 Dubinin MM and Serpinski V V (1981) Carbon 19,402 Emmett PH and DeWitt T (1941) lnd Eng Chem Anal Ed 13,28 Everett DH andPowlJC (1976)/ Chem Soc. Faraday Trans 172,619 Everett DH and Ward RJ (1986)/ Chem Soc. Faraday Trans 782,2915 Femandez-Cohnas J, Denoyel R, Gnllet Y, Rouquerol F and Rouquerol 1 (1989a) Langmuir S, 1205 Femandez-Colinas J, Denoyel R and Rouquerol J (1989b) Adsorption Sci Techn 6,18 Freeman J J and Sing KSW (1991) In Adsorptive Separation (M Suzuki, ed), Institute of Industrial Science, Tokyo, p 261... 

The surface chemical properties of the carbon materials were characterized as follows measurement of pH of carbon slurries (in 0.1 M NaCl solution) [89] neutralization with bases of different strength and dilute HCl according to Boehm s method [63,66] determination of total oxygen/nitrogen content by elemental analysis (with an accuracy of 0.2%) [170] mass loss of carbon samples after heat treatment in a vacuum. Additionally, the number of primary adsorption centers (a,)) was determined from water vapor adsorption isotherms according to the Dubinin-Serpinsky method [171], as was the heat of immersion in water for selected samples [111,172]. The results of these operations are pre.sented in Table 3. For all samples transmission Fourier Transform Infrared (FTIR) spectra and X-ray photoelectron spectra (XPS) were recorded. 

Dubinin, M.M., Bering, B.P., Serpinsky, V.V., and Vasil ev, B.N. (1958). The properties of substances in the adsorbed state studies of gas adsorption over a wide temperature and pressure range. In Surface Phenomena in Chemistry and Biology (J.F. DanieUi, K.G.A. Pankhunt and A.C. Riddiford, eds). Pergamon Press, pp. 172-88. 

Dubinin (Institute of Physical Chemistry, the U.S.S.R. Academy of Sciences, Moscow) and colleagues (Zaverina, Radushkevich, Timofeev, Bering, Serpinsky, Zhukovskaya, Nikolaev, Sarakhov, Isirikyan, Zolotarev, Yakubov, Bakaev, Onusaitis, Voloshchuk, and others) conducted a theoretical analysis of the sorption phenomena in porous substances, including silica, and applied these phenomena in practice (6-11). 

A. Kiselev developed the adsorption-structural method of investigation (129), which made possible a rational classification of adsorbents (130-132). Dubinin, Radushkevitch, Bering, Serpinsky, and others have developed on the basis of their experimental results a theory on the physical adsorption of gases and vapors in microporous adsorbents that they call the theory of volume filling of micropores. The theory is applicable to almost all the adsorption systems, including microporous silica gels and porous glasses (133, 134). 

Larionov, O. G. Kurbanbekov, E. In Physical Adsorption from Multi-Component Phases Dubinin, M. M., Serpinsky, V. V., Eds. Nauka Moscow, 1972 p... 

---