SEARCH Articles Figures Tables A New Look at Molecules and the Formation of Covalent Bonds Addition Reactions with Formation of Carbon-Oxygen Bonds Appearance Potentials, Bond Dissociation Energies, and Heats of Formation Asymmetric formation of alkene double bonds Bond Dissociation Energies and Heats of Formation Bond enthalpy of formation By Formation of Three Bonds from Atom Fragments By Formation of Two Bonds from Atom Fragments By Formation of the C2,C3 Bond By Formation of the Cl-C8a Bond By Formation of the N1,C2 Bond By Formation of the Nl,C8a Bond Chemical Bonds The Formation of Compounds from Atoms Crystal orbital overlap population the formation of bonds Distributions of formation energies - the weak bond model Fiber bonding and formation of paper structure Forces and Potential Energy in Molecules Formation of Chemical Bonds Formation and Elimination of Multiple Bond Functionalities Formation and cleavage of carbon-heteroelement bonds Formation of 1,2 and 2,3 bonds Formation of Ar-Vinyl Bonds Formation of Berlinite Bonded Alumina Ceramic Formation of C-0 bonds Formation of C-N Bonds and Related Reactions Formation of C-N Bonds via Anti-Markovnikov Addition to Terminal Alkynes Formation of C-N bonds Formation of C-O Bonds Formation of C-S bonds Formation of C-halogen bonds Formation of Carbon---Tl Bonds Formation of Carbon-Heteroatom Bonds Formation of Carbon-Phosphorus Double Bonds Formation of Chalcogen-Nitrogen Bonds Formation of Covalent Bonds Formation of Exopolyhedral a Bonds between Cage Boron Atoms and Transition Elements Formation of H-bonds Formation of Hydrogen-Bonded Self-assembled Structures in Polar Solvents Formation of Hydrogen-bonded Carbanions as Intermediates in Hydron Transfer between Carbon and Oxygen Formation of M-H bond Formation of One Bond Formation of One Bond Adjacent to a Heteroatom Formation of Other C-X bonds Formation of Peptide Bonds Formation of Pi Bonds in Ethylene and Acetylene Formation of Single Bonds between Heavier Group 14 and 16 Elements Formation of Si—Al Bonds Formation of Si—Boron Bonds Formation of Three Bonds Formation of Three New Bonds from Acyclic Precursors Formation of Three or Four Bonds Formation of Two Bonds Formation of Two Bonds Atom Fragment by Cycloaddition Formation of Two Bonds Atom Fragment by Other Processes Formation of Two Bonds Four-Atom Fragment and Sulfur Formation of a Carbon-Heteroatom Bond Formation of a,-bonds Formation of carbon-deuterium bonds Formation of carbon-halogen bonds Formation of carbon-hydrogen bonds Formation of carbon-nitrogen bonds Formation of carbon-nitrogen bonds via organomagnesium compounds Formation of carbon-oxygen bonds Formation of carbon-phosphorus bonds Formation of carbon-sulfur bonds Formation of metal-carbon bonds (organometallic compounds) Formation of metal-carbon bonds by other insertion reactions Formation of siloxane bonds Formation of specific chemical bond Formation of the 4,5 bond Formation of the Carbon---In Bond Formation of the Carbon-Tin Bond Formation of the Cobalt-Carbon Bond Formation of the Co—C Bond Formation of the Ge—Boron Bond Formation of the Ge—In Bond Formation of the Interflavanyl Bond in Oligomeric Proanthocyanidins Formation of the Ionic Bond in NaF Formation of the Lead—Group-IIA Bond Formation of the N-H bond Formation of the N-O bond Formation of the PC Double Bond Formation of the Pb—Boron Bond Formation of the Si—Ga Bond Formation of the Si—Tl Bond Formation of the Sn—Boron Bond Formation of the V-glycosidic bond Formation of the nitrogen-halogen bond Free energy of bond formation Heat of formation bond energies Hydrogen bonding and the formation of free radicals Intramolecular Formation of Aryl-Alkyl Bonds Multiple Bond Formation Synthesis of Sodium Azide Non Conventional Methods of Peptide Bond Formation Nonorganometallic Approaches to the Formation of a C—Pb Bond P-Nitrophenol esters of, in peptide bond formation Reaction Involving the Formation of Two Bonds Reduction without formation of M-H bonds Reductive Eliminations Organized by Type of Bond Formation Ring Syntheses Involving Formation of Two Bonds Fragments Suggested Mechanisms of 0-0 Bond Formation Supramolecular Self-Assembly by Formation of Secondary Bonds Synthesis Involving Formation of Three or More Bonds Synthesis Involving Formation of Two Bonds Synthesis of Naproxen and Ibuprofen (by C-H Bond Formation) Synthesis of Pyridazines via Two Bond Formation THE PROCESS OF BOND FORMATION The Conditions for Formation of a Stable Three-Electron Bond The Energetics of Ionic Bond Formation The Formation and Nature of Ionic Bonds The Formation of Ionic Bonds. How and When The Formation of Nitrogen-Carbon Bonds The Formation of Weak Intramolecular Hydrogen Bonds The Formation of a Covalent Bond The Process of Adhesive-Bonded Joint Formation The Timing of Bond Formation The formation of carbon-heteroatom bonds The formation of disulphide bonds Theories of Hydrogen Bond Formation Thermodynamics of hydrogen bond formation Typical Ring Synthesis of a Pyridine Involving Only C-Heteroatom Bond Formation Typical Ring Synthesis of a Pyrrole Involving Only C-Heteroatom Bond Formation