Institute of Organic Chemistry with Centre of Phytochemistry - Bulgarian Academy of Sciences

Web page of Valentin Monev

keywords: similarity, searching, cheminformatics, hyperpolarizabilities, charge distribution, information technology

Monev, V. (2012) Computational chemistry. (rar) (rar)

How to repair a corrupted Windows XP registry to a selected System Restore Point - a personal experience (2007). (link)

Monev, V. (2007) Сходствен анализ на спрегнати органични молекули, основан на атомни заряди и порядъци на връзки. Презентация на дисертационен труд за получаване на научната и образователна степен "доктор". (ppt)

Monev, V. (2007) Charge and bond order-based similarity analysis of pi-conjugated organic molecules. PhD thesis (in Bulgarian). (pdf) presentation (English translation) (ppt) (pdf)


Monev, V., M. Spassova and B. Champagne (2005). Charge distributions in polyacetylene chains containing a positively charged defect. Int. J. Quant. Chem. 104: 354-366. (pdf)

Monev, V. (2004). Introduction to similarity searching in chemistry. Match - Communications in Mathematical and in Computer Chemistry 51: 7-38. (pdf)

Monev, V. (2001). Can density functional theory provide reliable molecular hyperpolarizabilities? Part I. Ann. Univ. Sofia Fac. Chim. 91: 69-84.

Monev, V. (2001). Can density functional theory provide reliable molecular hyperpolarizabilities? Part II. Ann. Univ. Sofia Fac. Chim. 91: 85-102.

Spassova, M., V. Monev, et al. (2000). Ab initio Summation Over States/SCI for static and dynamic hyperpolarizabilities of small molecules. Quantum Systems in Chemistry and Physics: Basic Problems and Model Systems. A. Hernandez-Laguna, Kluwer Academic Publishers. 1: 101.(pdf)

Monev, V. (1999). Density functional theory calculations of molecular hyperpolarizabilities. Mol. Engineering 8: 217.

Mehlhorn, A., F. Fratev, O. E. Polansky, V. Monev (1984). Distance measures. A new tool for the analysis and characterization of molecular properties. MATCH-Commun. Math. Comput. Chem. (15): 3-107.(pdf)

Fratev, F., O. E. Polansky, A. Mehlhorn, V. Monev (1979). Application of distance and similarity measures - comparison of molecular electronic-structures in arbitrary electronic states. J. Mol. Struct. 56(2): 245-253.(pdf)