C. E. Melton

发表

Ionization Potentials and Autoionization Levels of Methyl, Ethyl, n‐Propyl, and n‐Butyl Free Radicals by an Energy‐Calibrated Molecular Orbital Method

H. W. Joy, C. E. Melton, 1965 .

COMMENTS ON “THE THERMAL HISTORY OF THE EARTH'S SURFACE”

A. Giardini, C. E. Melton, 1985 .

Some petrological aspects of the Prairie Creek diamond-bearing kimberlite diatreme, Arkansas

A. Giardini, C. E. Melton, S. V. Gogineni, 1978 .

Nitrogen Isotopic Fractionation between NO and NO2 and Mass Discrimination in Mass Analysis of NO2

G. Begun, C. E. Melton, 1956 .

The evolution of the Earth's atmosphere and oceans

A. Giardini, Charles E. Melton, A. A. Giardini, 1982 .

A MODEL THAT QUANTITATIVELY EXPLAINS GEODYNAMICS

A. Giardini, C. E. Melton, 1989 .

A MODEL TO EXPLAIN THE EARTH'S MAGNETIC FIELD AND OTHER GEODYNAMIC PHENOMENA

A. Giardini, C. E. Melton, 1987 .

PETROLEUM FORMATION AND THE THERMAL HISTORY OF THE EARTH'S SURFACE

A. Giardini, C. E. Melton, 1984 .

A SCIENTIFIC EXPLANATION FOR THE ORIGIN AND LOCATION OF PETROLEUM ACCUMULATIONS

A. Giardini, C. E. Melton, 1983 .

The nature and significance of occluded fluids in three Indian diamonds

A. Giardini, C. E. Melton, 1981 .

The isotopic composition of argon included in an Arkansas diamond and its significance

A. Giardini, C. E. Melton, 1980 .

Experimental evidence that oxygen is the principal impurity in natural diamonds

A. Giardini, C. E. Melton, 1976, Nature.

Experimental results and a theoretical interpretation of gaseous inclusions found in arkansas natural diamonds

A. Giardini, C. E. Melton, 1975 .

The Observation of Nitrogen, Water, Carbon Dioxide, Methane and Argon as Impurities in Natural Diamonds

A. Giardini, C. E. Melton, C. Salotti, 1972 .

The Isotopic Abundance of Neon, Argon and Krypton

C. E. Melton, W. Massey, B. Abels, 1971 .

EVIDENCE THAT STABLE CARBON ISOTOPES ARE NOT A RELIABLE CRITERION FOR DISTINGUISHING BIOGENIC FROM NON-BIOGENIC PETROLEUM

A. Giardini, C. E. Melton, 1982 .

THE NATURE OF THE UPPER 400 KM OF THE EARTH AND ITS POTENTIAL AS THE SOURCE FOR NON-BIOGENIC PETROLEUM

R. Mitchell, A. Giardini, C. E. Melton, 1982 .

Ionization Potentials of Alkyl Free Radicals and of Benzene, Toluene, and Triethylamine by the RPD Technique

C. E. Melton, W. H. Hamill, 1964 .

Mass‐Spectrometric and Theoretical Evidence for NH4 and H3O

H. W. Joy, C. E. Melton, 1967 .

Calculated Ionization Potential of Chloro‐ and Fluoromethanes, Tetrafluoromethane (CF4), Xenon Tetrafluoride (XeF4), and Xenon Tetrachloride (XeCl4)

H. W. Joy, C. E. Melton, 1965 .

Ionization‐Efficiency Curves for Molecular and Fragment Ions from Methane and the Methyl Halides

C. E. Melton, W. H. Hamill, S. Tsuda, 1964 .

Ionic Complexes of Xe and C2H2 Produced by the Radiolysis of These Gases

S. C. Lind, C. E. Melton, P. Rudolph, 1962 .

TRANSIENT SPECIES IN THE RADIOLYTIC POLYMERIZATION OF CYANOGEN

C. E. Melton, P. Rudolph, 1960 .

Collision‐Induced Dissociations in the Mass Spectrum of Methane

H. Rosenstock, C. E. Melton, 1957 .

2 – Ion-Molecule Reactions

C. E. Melton, 1963 .

4 – Negative Ion Mass Spectra

C. E. Melton, 1963 .

Mass Spectrometer for the Study of Ion‐Molecule Collision Processes

C. E. Melton, G. F. Wells, 1957 .

Dissociation of CO+ and CO++ Ions by Collision with Neutral Molecules

C. E. Melton, G. F. Wells, 1957 .

Studies Involving Isotopically Labelled Formic Acid and its Derivatives.1III. Positive and Negative Ions Produced by Electron Impact in Formic Acid and Deuteroformic Acids

C. E. Melton, G. Ropp, 1958 .

Rate constants and cross sections for the production of OH- from O- and H- in water

G. A. Neece, C. E. Melton, 1971 .

Hydrogen Atom Abstraction Reactions by Cyanide Ion‐Radicals

T. W. Martin, C. E. Melton, 1960 .

Transient Species Observed in the Catalyzed Decomposition of Ammonia

P. Emmett, C. E. Melton, 1964 .

Ionization and Excitation Processes in Argon, Krypton, and the C2 Hydrocarbons Produced by Various Means

C. E. Melton, 1962 .

STUDY BY MASS SPECTROMETRY OF THE DECOMPOSITION OF AMMONIA BY IONIZING RADIATION IN A WIDE-RANGE RADIOLYSIS SOURCE.

C. E. Melton, 1966 .

APPEARANCE POTENTIALS BY THE RETARDING POTENTIAL-DIFFERENCE METHOD FOR SECONDARY IONS PRODUCED BY EXCITED-NEUTRAL, EXCITED ION-NEUTRAL, AND ION-NEUTRAL REACTIONS

C. E. Melton, W. H. Hamill, 1964 .

Observation of NH4+ in the Decomposition of Ammonium on Platinum

C. E. Melton, 1962 .

The mass spectrometer as a research laboratory

C. E. Melton, P. Rudolph, 1967, Naturwissenschaften.

The mass spectrometer as a radiolytic and catalytic laboratory

C. E. Melton, 1968 .

Transient species produced by the catalytic decomposition of acetone in a mass spectrometer

C. E. Melton, 1966 .

Ion‐Molecule Charge Transfer Reactions in the Alpha Radiolysis of Various Hydrocarbons in a Mass Spectrometer

C. E. Melton, P. Rudolph, 1960 .

Metastable Transitions and Collision‐Induced Dissociations in Mass Spectra

H. Rosenstock, C. E. Melton, 1957 .

Principles of mass spectrometry and negative ions

C. E. Melton, 1970 .

Higher-Pressure Mass Spectrometry: A basic physics tool finds new chemical uses when modified to study reactions up to 1-millimeter pressure.

C. E. Melton, R. Rummel, T. W. Martin, 1962, Science.

Studies of Transient Species Formed During Catalytic Reactions of CO2 + D2 and of 1‐Butene

C. E. Melton, 1961 .

Charge Transfer Reactions Producing Intrinsic Chemical Change: Methyl, Methylene, and Hydrogen Radicals Produced from Argon and Methane Reactions

C. E. Melton, 1960 .

NEGATIVE ION MASS SPECTRA OF HYDROCARBONS AND ALCOHOLS

C. E. Melton, P. Rudolph, 1959 .

Cross Sections and Interpretation of Dissociative Attachment Reactions Producing OH−, O−, and H− in H2O

C. E. Melton, 1972 .

Mass Spectrometric Studies of Ionic Intermediates in the Alpha‐Particle Radiolysis of Ethylene

C. E. Melton, P. Rudolph, 1960 .

APPEARANCE POTENTIALS OF POSITIVE AND NEGATIVE IONS BY MASS SPECTROMETRY

C. E. Melton, W. H. Hamill, 1964 .

Experimental and Theoretical Considerations for Ionization of Simple Hydrocarbons, H2, D2, O2, H2O, and the Rare Gases by 2.2‐MeV α Particles and by Electrons in a Mass Spectrometer

C. E. Melton, P. Rudolph, 1966 .

High transmission and dual electron beam ion sources for mass spectrometry

C. E. Melton, 1966 .

Mass Spectrometric Studies of Ionic Intermediates in the α-Particle Radiolysis of the C2 Hydrocarbons. I. Acetylene

C. E. Melton, P. Rudolph, 1959 .

Mass Spectrum of Acetylene Produced by 5.1-Mev Alpha Particles

C. E. Melton, P. Rudolph, 1959 .

Radiolysis of Methane in a Wide‐Range Radiolysis Source of a Mass Spectrometer. I. Individual and Total Cross Sections for the Production of Positive Ions, Negative Ions, and Free Radicals by Electrons

C. E. Melton, P. Rudolph, 1967 .

Charge transfer reaction between oxygen and H− from water

S. Gupta, C. E. Melton, 1974 .

Radiolysis of water vapor in a wide range radiolysis source of a mass spectrometer. I. Individual and total cross sections for the production of positive ions, negative ions, and free radicals by electrons

C. E. Melton, 1970 .

STUDIES1 INVOLVING ISOTOPICALLY LABELLED FORMIC ACID AND ITS DERIVATIVES. IV. DETECTION OF CYANIDE (CN-) IN A MIXTURE OF FORMIC ACID AND NITROGEN IN THE MASS SPECTROMETER

C. E. Melton, G. Ropp, 1958 .

Cross Sections for Capture of Low Energy Electrons in H2O Vapor

G. A. Neece, C. E. Melton, 1971 .

Mass Spectrometric Observation of Triatomic Ions in Chlorine and Bromine Gases

C. E. Melton, P. Rudolph, G. Ropp, 1958 .

Ionization Produced by 5-Mev Alpha Particles in Argon Mixtures

G. S. Hurst, T. Bortner, C. E. Melton, 1954 .

Application of Thoria‐Iridium as the Source of Ionizing Electrons in Mass Spectrometry

C. E. Melton, 1958 .

Mass Spectrometric Test for an Intermediate in a Photochemical Reaction Involving Chlorine

C. E. Melton, P. Rudolph, G. Ropp, 1961 .

Formation of NO— in Nitric Oxide and Nitrous Oxide by Electron Impact

G. Begun, C. E. Melton, P. Rudolph, 1959 .

Formation of, by termolecular reactions, and bond dissociation energy, structure, and bond length for OH-H2O and O-H2O

C. E. Melton, 1972 .

Diamond growth by sulphide reduction of CO2

A. Giardini, C. E. Melton, R. E. LANGFORD, 1974, Nature.

IONIZATION POTENTIALS OF ALKYL FREE RADICALS AND n-ALKANES THROUGH C17H36 BY ENERGY-CALIBRATED MOLECULAR ORBITAL METHODS

H. W. Joy, C. E. Melton, 1966 .

EXPERIMENTALLY-BASED ARGUMENTS SUPPORTING LARGE CRUSTAL ACCUMULATIONS OF NON-BIOGENIC PETROLEUM

A. Giardini, C. E. Melton, 1981 .

Improved Techniques for Isotopic Determination of Boron on Mass Spectrometer

R. Healy, L. O. Gilpatrick, C. E. Melton, 1956 .

The emission of occluded gas from rocks as a function of stress: Its possible use as a tool for predicting earthquakes

A. Giardini, C. E. Melton, G. Subbarayudu, 1976 .

Biotite as a primary inclusion in diamond: Its nature and significance

V. J. Hurst, A. Giardini, J. Stormer, 1974 .

Composition and volume of gas released by crushing coal from West Virginia, Kentucky and Alabama

A. Giardini, C. E. Melton, 1975 .

Mineral inclusions in four Arkansas diamonds: their nature and significance

M. Newton, A. Giardini, C. E. Melton, 1979 .