SEARCH Articles Figures Tables ATOMS CAN BE IDENTIFIED BY THE LIGHT THEY EMIT Absorption by free atoms Absorption of Radiant Energy by Atoms Activation by Second-Row Transition-Metal Atoms Analysis by atomic absorption spectrometry Atom location by channeling-enhanced Atom location by channeling-enhanced microanalysis Atom probe by inner-shell ionization Atom transfer reactions by [ Atom-by-species matrix Atomic Charges, Bond Properties, and Molecular Energies, by Sandor Fliszar Atomic Valence Stability by Golden Ratio Imbalance Atomic composition can be determined by high-resolution mass spectrometry Atomic fragments defined by discrete boundaries Atomic mass counting atoms by weighing Atoms in a Molecule Are Held Together by Chemical Bonds Atoms or Molecular Substances Entrapped by Cocondensation at the Colloidization Step Block copolymers by atom transfer radical By Formation of Three Bonds from Atom Fragments By Formation of Two Bonds from Atom Fragments By atomic spectroscopy By heavy-atom perturbation By hydrogen atom abstraction Carbohydrate hydroxyls represented by extended atoms Characterization of a Petroleum Fraction by Carbon Atom Distribution Chemical Reactions by What Atoms Do Detection of metals by flame atomic spectrometric methods Determinations by Atomic Absorption Diffraction of X rays by atoms in crystals Direct determination by means of atomic-absorption analysis Direct determination by means of atomic-absorption flame analysis Double bonds linked by C and N atoms Double bonds linked by C and P atoms Double bonds linked by C and Si, Ge or Sn atoms Elemental analysis by atomic emission and mass spectrometry with inductively coupled plasmas Elements discovered by atomic bombardment Emission of Energy by Atoms Excited Rare Gas Atoms by Molecules Containing Group IV elements Experiment 32 The Analysis of Snack Chips for Sodium by Atomic Absorption Field dissociation by atomic tunneling Formation of Two Bonds Atom Fragment by Cycloaddition Formation of Two Bonds Atom Fragment by Other Processes Fresh water by atomic absorption From diaryl ditellurides by extrusion of a tellurium atom Functionalization by O-Atom Insertion H-Atom Abstraction by Bis (trifluoromethyl) Nitroxide in the Liquid Phase H-Atom Abstraction by Methyl Radicals in Organic Glasses Houk Elemental Analysis by Atomic Emission and Mass Spectrometry with Inductively Coupled Plasmas How does one obtain a quick estimate of the distance moved by diffusing atoms Hydrogen Abstraction by Chlorine Atoms Hydrogen Atom Transfers by Tautomerism Hydrogen atom abstraction by radicals Ligands Bound by a Single Atom Listed by Name, Symbol, and Atomic Number Macromonomers Obtained by Atom Transfer Radical Polymerization Measuring the number of total surface metal atoms by chemisorption Method Reproducibility and Spectral Library Assembly for Rapid Bacterial Characterization by Metastable Atom Bombardment Pyrolysis Mass Spectrometry N-Arene complexes by metal atom reactions O atoms, by microwave O atoms, by microwave irradiation On Atomic Weights—Elemental Properties Relationships, by Mendeleev On Atomic Weights—Elemental Properties Relationships, by Meyer Oxidation by Chlorine Atoms Oxidation by Hydroxyl Radical and hydrogen atoms Oxidation by Oxygen Atom Transfer Oxidation by atomic oxygen Ozone Destruction by Atomic Chlorine Periodicity by Peripheral Electrons and Density in Chemical Atom Periodicity by Quantum Propagators in Physical Atom Polymer Clay Nanocomposites by In-situ Atom Transfer Radical Polymerization Predictions of Infrared Intensities by Transferring Atomic Polar Tensors Procedure 7.5.b Determination of Cd2 Uptake by Atomic Absorption Production of Hydrogen Atoms by Hot Tungsten Profiles of atomic states as seen by STM Radical species formed by H atom extraction from methane Ray Absorption by Bound Atoms Reaction Replacement of Halogen Atoms by Alcoholic Hydroxyl Groups Reactions Activated by a Strong Interaction Between Fluorine and Other Atoms Reactions From Unsaturated Molecules by F or Cl Atoms Reduction by hydrogen atom donors Reflection of atoms by light Replacement of Alkylthio Groups by Halogen Atoms Replacement of aromatic chlorine atoms, by amino groups using Replacement, amino group by a bromine atom Replacement, benzenesulfonate groups by bromine atoms Replacement, benzenesulfonate groups by chlorine atom Replacement, benzenesulfonate groups by iodine atom Replacement, benzenesulfonate groups chlorine atom, by iodine Replacement, benzenesulfonate groups diazonium group by chlorine atom Replacement, benzenesulfonate groups hydroxyl group, by bromine atom Replacement, benzenesulfonate groups oxide oxygen atom by sulfur Replacement, of acetylenic hydrogen atom by bromine Replacement, of acetylenic hydrogen by aluminum atom Rules of thumb for substituting an H-atom by a group Scales and Periodicity by Atomic Size Related Descriptors Scattering by Molecules Independent Atom Approximation Scattering by a multi-electron atom Scattering by an atom Schematic Representation of the Energies Generated by Atomic Spectroscopic Methods Structure-Direction by T-Atoms Surface analysis by resonance ionization of sputtered atoms Syntheses Classified by Number of Ring Atoms in Each Compound Synthesis of Block Copolymers by Atom Transfer Radical Polymerization, ATRP Tagging Atoms by Plasma Treatment Telechelic Oligomers Obtained by Atom Transfer Radical Polymerzation That Are Explained by Daltons Atomic Theory Total iron determination by atomic absorption spectroscopy Types of bonds formed by the carbon atom