Korovin

Korovin, Yu. M. and Ulanovskii, I. B., Sea Water Crevice Corrosion of Ni, Some of its Alloys and Stainless Steel , Zashch. Metal, 9, 309 (1973)... 

The last paper in this chapter is by Professor N. Korovin of Moscow Power Engineering Institute, Russian Federation. The author could not attend the NATO-CARWC in Chicago due to a last minute cancellation. His work, contributed to this volume is a comprehensive overview of various metal-air battery technologies, with a heavy focus on the role of carbon materials in these electrochemical systems. 

Korovin N.V. Advanced half-gas systems for rechargeable batteries . In New Promising Electrochemical Systems for Rechargeable Batteries (NPESRB), V.Z. Barsukov, F. Beck, ed. Dordrecht Kluver Academic Publisher. 1996 171-180. 

Korovin N.V., Kleimenov B.V., Dyachkov E.V., Vohgova I.V. Aluminium-air batteries for portable devices.Ext Abstr. 1997 Joint. Intern. Meeting ES and ISE. Paris. 1997.P. 88. 

Korovin N.V. Electrochemical Power Sources. Moscow Energoatomizdat. 1991.(Russian). 

Korovin N.V., Kasatidn E.V. Electrocatalysts of electrochemical devices. Russian Electrochemistry. 1993 39 448. 

Korovin N.V., Kicheev A.G. Luzhin V.K. Influence of the inert component on mass-transfer in the gas phase of porous electrode. Russian Electrochemistry. 1972 .8 146 -49. 

Korovin N., Kleimenov B., Agaphonov N., Guryanov M. Air-metal batteries Ext. Abstr. 46th ISE Meeting 1995 Xiamen, China. 1995. 1-5-12. 

Korovin N.V. Batteries with air electrodes. Electrochemical power sources. 2001 1 16-23. (Russian). 

Korovin, S. S., Lebedeva, E. N., Apraksin, I. A., Glubokov, Yu. M., and Berezhko, P. G,Khim. Khim. Tekhnol., Tr. Yubileinoi Konf, Posvyashch. 70-Letiyu Inst. (Mask. Inst. Tonkoi Khim. Tekhnol.), 1970 p. 301 (1972). 

Nagatsu, A., K. Isaka, K. Kojima, et al. New sesquiterpenes from Ferula ferulaeoides (Steud.) Korovin. VI. Isolation and identification of three new dihydrofuro[2,3 -B]chromones. Chem Pharm Bull (Tokyo) 2002 50(5) 675-677. 

Nikolaev V, StreUco V, Korovin Yu et al (1982) Theoretical basis and practical use of enterosorp-tion method. In Sorption methods of detoxication and immunocorrection in medicine, Kharkiv, Ukraine (In Russian), pp 112-114... 

The four meso positions of porphyrin have been substituted with several O-containing cycles, including benzodioxolan, benzodioxane, benzo-12-crown-4, benzo-15-crown-5, and benzo-18-crown-6 ethers (fig. 22) in an attempt to determine the influence of coordinated alkali ions on the Ybm photophysical properties (Korovin et al., 2001). The triplet state in the [Yb(10)(acac)] complexes lies in the range 13 775-13 955 cm-1 and upon excitation at 532 nm, the 5Fs/2 2F7/2 transition is seen for all five complexes. 

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