S. Slavov

发表

A proton-conducting solid state H2S–O2 fuel cell. 3. Operation using H2S–hydrocarbon mixtures as anode feed

K. Chuang, J. C. Donini, A. R. Sanger, 2001 .

A proton-conducting solid state H2S–O2 fuel cell: 2. Production of liquid sulfur at 120–145°C

K. Chuang, J. C. Donini, A. R. Sanger, 2000 .

A proton-conducting solid state H2S—O2 fuel cell. 1. anode catalysts, and operation at atmospheric pressure and 20–90°C

K. Chuang, J. C. Donini, A. R. Sanger, 1998 .

Mechanism of Deposition of the CrO42-, HCrO4-, and Cr2O72- Ions on the .gamma.-Alumina Surface

A. Lycourghiotis, C. Kordulis, N. Spanos, 1994 .

Soot formation at elevated pressures and carbon concentrations in hydrocarbon pyrolysis

H. Wagner, S. Bauerle, Yu. K. Karasevich, 1994 .

Modification of the Surfaces of Silica, Silica−Alumina, and Aluminum Silicate with Chlorotrimethylsilane

K. Chuang, A. R. Sanger, S. Slavov, 1996 .

Mechanism of silation of alumina and silica with hexamethyldisilazane

K. Chuang, A. R. Sanger, S. Slavov, 2000 .

Mechanistic aspects of the deposition of the Cr(VI) species on the surface of TiO2 and SiO2

A. Lycourghiotis, C. Kordulis, N. Spanos, 1995 .

VANADIUM‐TITANIUM OXIDE CATALYSTS. INFLUENCE OF THE PREPARATION METHOD ON THE o‐XYLENE SELECTIVE OXIDATION

C. Kordulis, H. Matralis, C. Papadopoulou, 2010 .