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Table of Contents
pt. I. Quantum-chemical calculation of chemical compounds, synthesized by laureates of Nobel Prize
pt. II. Quantum-chemical calculation of cellulose
pt. III. Quantum-chemical calculation of medical products
pt. IV. Quantum-chemical calculation of jet engine fuels
pt. V. Quantum-chemical calculation in biochemistry
pt. VI. Quantum-chemical calculation of linear olefins of cationic polymerization by method ab initio
pt. VII. Quantum-chemical calculation of linear olefins by method MNDO
pt. VIII. Quantum-chemical calculation of linear olefins of cationic polymerization, branched out in A-position in relation to double bond by method ab initio
pt. IX. Quantum-chemical calculation of linear monomers, branched out in A-position in relation to double bond by method MNDO
pt. X. Quantum-chemical calculation of linear monomers, branched out in G-, D-, E-position in relation to double bond by ab initio
pt. XI. Quantum-chemical calculation of isoolefins by method ab initio
pt. XII. Quantum-chemical calculation of isoolefins by method MNDO
pt. XIII. Quantum-chemical calculation of dienes and trienes by method ab initio
pt. XIV. Quantum-chemical calculation of dienes and trienes by method MNDO
pt. XV. Styrene and its derivations
pt. XVI. Indene and its EGO derivations
pt. XVII. Bicyclic olefins
pt. XVIII. Compound with small cycles.
pt. II. Quantum-chemical calculation of cellulose
pt. III. Quantum-chemical calculation of medical products
pt. IV. Quantum-chemical calculation of jet engine fuels
pt. V. Quantum-chemical calculation in biochemistry
pt. VI. Quantum-chemical calculation of linear olefins of cationic polymerization by method ab initio
pt. VII. Quantum-chemical calculation of linear olefins by method MNDO
pt. VIII. Quantum-chemical calculation of linear olefins of cationic polymerization, branched out in A-position in relation to double bond by method ab initio
pt. IX. Quantum-chemical calculation of linear monomers, branched out in A-position in relation to double bond by method MNDO
pt. X. Quantum-chemical calculation of linear monomers, branched out in G-, D-, E-position in relation to double bond by ab initio
pt. XI. Quantum-chemical calculation of isoolefins by method ab initio
pt. XII. Quantum-chemical calculation of isoolefins by method MNDO
pt. XIII. Quantum-chemical calculation of dienes and trienes by method ab initio
pt. XIV. Quantum-chemical calculation of dienes and trienes by method MNDO
pt. XV. Styrene and its derivations
pt. XVI. Indene and its EGO derivations
pt. XVII. Bicyclic olefins
pt. XVIII. Compound with small cycles.