D. Coleman

发表

A spectrometer for time-gated, spatially-resolved study of repetitive electrical discharges

R. J. Klueppel, W. S. Eaton, J. P. Walters, 1978 .

Fluorescence Lifetime Imaging Microscopy (FLIM): Instrumentation and Applications

A. Periasamy, B. Herman, Xue F. Wang, 1992 .

Simple Device to Accurately Position Image Standards for Calibrating High Spatial Resolution Optical Systems

D. Coleman, M. Sainz, 1981 .

Versatile Mirror Mount for Stable Optical Instrumentation

J. Hosch, A. Scheeline, D. Coleman, 1979 .

Structures detected in a stable, high-voltage spark discharge by time-resolved Schlieren spectroscopy

R. J. Klueppel, J. Hosch, D. Coleman, 1978 .

Design of a large, rigid, modular optical bed for versatile optical and spectroscopic experimentation

J. P. Walters, D. Coleman, J. Walters, 1978 .

An integrated electronic spark source for basic and analytical emission spectroscopy

J. P. Walters, D. Coleman, J. Walters, 1977 .

Evidence for an ionic toroidal postdischarge environment in the atmospheric‐pressure spark discharge

J. P. Walters, D. Coleman, J. Walters, 1977 .

Camera-Ready Copy for Papers to Be Published in Applied Spectroscopy

P. Bohn, A. Scheeline, D. Coleman, 1990 .

Determination of Vanadium, Rhodium and Platinum in AutomotiveCatalytic Converters Using Inductively Coupled Plasma Mass SpectrometryWith Spark Ablation

O. Borisov, D. Coleman, R. O. Carteriii, 1997 .

High frequency excitation of spark-sampled metal vapor

D. Coleman, M. Sainz, H. T. Butler, 1980 .

Determination of Platinum, Palladium, Rhodium and Titanium inAutomotive Catalytic Converters Using Inductively Coupled Plasma MassSpectrometry With Liquid Nebulization

O. Borisov, D. Coleman, R. O. Carteriii, 1997 .

Direct solids elemental analysis: pulsed plasma sources

David M. Coleman, Alexander Scheeline, A. Scheeline, 1987 .

Characterization of a Dual Inductively Coupled Plasma Atomic Emission Source

G. M. Allen, D. Coleman, 1987 .

Analysis of eastern coal fly ash using separated sampling and excitation atomic emission spectrometry

D. Coleman, P. M. Beckwith, R. L. Mullins, 1987 .

Segregated sampling and excitation with a dual inductively coupled plasma

G. M. Allen, D. Coleman, 1984 .

Spark Ablation of Solid Samples for Analysis by Inductively Coupled Plasma-Mass Spectrometry

Dennis Schuetzle, D. Coleman, F. Kunz, 1992 .

Analytical Characteristics of a Spark-Sampled/Pulsed Radio-Frequency Re-Excited Analytical Discharge

D. Coleman, M. Sainz, 1989 .

Magnetic Confinement and Control of Trajectories of Discharge Species in Atmospheric-Pressure Analytical Spark Discharges

D. Coleman, V. Majidi, 1987 .

Interferometric/schlieren detection of the structure of species sampled in a spark discharge

David M. Coleman, D. Coleman, Wu Hwa. Hsu, 1986 .

An electronic, adjustable-waveform spark source for basic and applied emission spectrometry

J. P. Walters, D. Coleman, 1976 .

Computational Procedures for Characterization of High Voltage Spark Sources

R. J. Klueppel, J. P. Walters, A. Scheeline, 1978 .

A Computerized Research Microdensitometer for Spectrographic Data Analysis

Mark E. Grandy, Mario A. Sainz, David M. Coleman, 1982 .

Measurement Procedures for Characterization of High Voltage Spark Sources

J. P. Walters, A. Scheeline, D. Coleman, 1978 .

Selective Observation of Species in High-Voltage Spark Discharges Based on Transient Magnetic Field Perturbation

D. Coleman, V. Majidi, 1987 .

Determination of Species Sampled by an Analytical Spark Discharge Using Time- and Spatially Resolved (Anomalous Dispersion) “Hook” Spectroscopy

David M. Coleman, Vahid Majidi, D. Coleman, 1987 .

High-Voltage Spark Spectra: Utility as a Function of Temporal and Spatial Resolution

A. Scheeline, D. Coleman, J. C. Cousins, 1987 .

A Two-Dimensional Fluorescence Lifetime Imaging System Using a Gated Image Intensifier

David M. Coleman, Shigeo Minami, S. Minami, 1991 .

Synthesis, Structure, and Molecular Orbital Studies of Yttrium, Erbium, and Lutetium Complexes Bearing eta(2)-Pyrazolato Ligands: Development of a New Class of Precursors for Doping Semiconductors.

H. Schlegel, T. Kuech, C. Winter, 1999, Inorganic chemistry.

An aberration-corrected time- and spatially-resolved spectrometer for studies of transient discharges

D. Coleman, M. Sainz, Wu-Hwa Hsu, 1989 .

Time-Resolved Fluorescence Microscopy Using Multichannel Photon Counting

David M. Coleman, Shigeki Kitajima, Shigeo Minami, 1990 .