24 results on '"Hadjieva, Boriana"'
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2. Rationalizing IR intensities in terms of electronic parameters
3. Mini-Review on Structure–Reactivity Relationship for Aromatic Molecules: Recent Advances
4. Hydrogen bonding probes electron density variations at the basic center in substituted alkyl benzoates: Theory and experiment
5. Computational study of the reactivity of N-phenylacetamides in the alkaline hydrolysis reaction
6. Theory supplemented by experiment. Electronic effects on the rotational stability of the amide group in p-substituted acetanilides
7. Corrigendum: An Experimentally Established Key Intermediate in Benzene Nitration with Mixed Acid
8. Berichtigung: An Experimentally Established Key Intermediate in Benzene Nitration with Mixed Acid
9. Conformation of some biologically active aromatic ureas
10. π‐Hydrogen Bonding Probes Chemical Reactivity: Bromination of a CC Double Bond and Electrophilic Aromatic Benzylation
11. π-Hydrogen Bonding Probes the Reactivity of Aromatic Compounds: Nitration of Substituted Benzenes
12. Hyperconjugative effects in π-hydrogen bonding: Theory and experiment
13. Ab initio molecular orbital study of the conformation of amide group: o-methylformanilide
14. Predicting reactivities of organic molecules: theoretical and experimental studies on the aminolysis of phenyl acetates
15. On the origin of higher rotational barriers in thioamides than in amides. Remote substituent effects on the conformational stability of the thioamide group in thioacetanilides
16. Hyperconjugative effects in π‐hydrogen bonding: Theory and experiment.
17. An Experimentally Established Key Intermediate in Benzene Nitration with Mixed Acid
18. Aminolysis of Phenyl N-Phenylcarbamate via an Isocyanate Intermediate: Theory and Experiment
19. Reactivity of phenyl N‐phenylcarbamates in the alkaline hydrolysis reaction
20. Reactivity of acetanilides in the alkaline hydrolysis reaction: theory vs. experiment
21. The mechanism of alkaline hydrolysis of amides: a comparative computational and experimental study of the hydrolysis of N‐methylacetamide, N‐methylbenzamide, and acetanilide
22. Computational Study of the Reactivity ofN-Phenylacetamides in the Alkaline Hydrolysis Reaction
23. The mechanism of alkaline hydrolysis of amides: a comparative computational and experimental study of the hydrolysis of N-methylacetamide, N-methylbenzamide, and acetanilide.
24. Corrigendum: An Experimentally Established Key Intermediate in Benzene Nitration with Mixed Acid.
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