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Document Title |
Author(s) |
Keywords |
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Title Index |
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The Chromatograph in the Automatic Control Loop |
Ralph D. Webb |
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Instrumentation in the Study of Air Pollution |
John S. Nader |
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Physiological Factors in the Design of BioInstrumentation for Space Flight |
James A. Roman |
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Man in Space: Environmental Aspects and Concepts for Instrumentation |
Thomas B. Weber
Billy E. Welch |
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Technique an Interpretation of Magnetic Susceptibility Measurements of Water in Normal and Tumor Tissue |
Frank E. Senftle
Arthur N. Thorpe |
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Electron Microbe Analysis of Biological Tissues |
A. J. Tousimis |
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Some Optical Methods for the Analysis of Single Cells |
Leopold May |
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The Analysis of Movements Across a Nerve Membrane |
W. J. Aldeman |
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Cation- Sensitive Glass Electrodes |
A. H. Truesdell |
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Modular Approach to Laboratory Electrochemical Equipment for Analytical, Kinetic and Mechanism Studies |
Richard P. Buck |
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Considerations in the Design and Analytical Applications of a Triple Stage Gas Chromatograph |
Samuel Steingiser
D. J. David
G. F. Baumann |
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Influence of Flowing Gases on the Emission Spectum of Nickel Alloys |
D. L. Plymale
A. W. Scholl |
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Mass Spectrometric Analysis of Flue Gas |
Herman L. Parrish
A. W. Scholl |
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Control of a Process with an Analyzer in the Feedback Loop |
Dr. Charles W. Rose |
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Dynamics of Automatic Chemical Analyzers |
P. H. Stirling
M. H. I. Baird |
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Present Knowledge of the Dynamics of Optical and Spectrometer Type Analyzers and Their Influence on Process Response and Controllability |
Theodore J. Williams |
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A Research Program in Process Analyzer Dynamics |
Dr. Robert M. Hubbard
Dr. Otis L. Updike |
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Requirements for Life Sciences Engineering in Biology and Medicine |
Carl R. Brewer
et al |
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Design of an Optical System for Counting and Sizing Airborne Particles |
Edwin C. Welch |
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Detection of Toxic Gases Using an Automatic Recording Paper Tape Air Analyzer |
Charles Gelman
Robert M. Young |
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Improvements in and Application of Near Infrared Instrumentation |
G. L. Baker
J. E. Brown
H. N. Hill
A. D. Robinson |
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Electrochemical Oxygen Analyzers Macroscopic and Microscopic Phenonema of Importance in Delineating Their Behaviour |
A. D. Robinson |
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New Engineering Approaches to Packaged Sample Condition Systems |
William D. Lanier |
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Symplifying Sampling Problems with a Versatile Photometric Analyzer |
R. S. Saltzman
R. G. Jackson
E. S. Taylor |
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An Oxygen Analyzer for Liquids and Gases |
A. W. Wotring
W. W. Keeney |
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Sub Ambient Gas Chromatography |
J. J. McKinley
E. A. Hinkle |
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A New Calibration Method For Process Gas Chromatography |
J. C. Parks
E. A. Hinkle |
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A Review of Industrial Activation Analysis |
I. J. Gruverman |
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Dielectric Constant Measurement in Process Control |
E. N. Shawhan
R. E. Voelker
C. N. White |
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High Sensitivity Composition Analysis Using Infrared |
N. B. Kelly
W. M. Trippeer |
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Needs for New Instrumentation for Monitoring the Atmosphere for Organic Gases and Vapors |
Dr. A. P. Altshuller |
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A Teacher’s Approach to Developing Instrumentation for Chemical Analysis |
Dr. Frederick D. Tabbutt |
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A Dielectric Analyzer for Determing Moisture in Wood Chips |
John A. Shaffer |
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Gas Liquid Partition Chromatography of Mixtures Containing Phenol and Five of It’s Butyl Derivatives |
Allen H. Duval
Willim F. Tully |
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Some Applications of Multiple Column Configurations in Process Gas Chromatography |
Wayne M. Crum |
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An Extended Range Chromatographic System |
Frank J. Briscoe |
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High Accuracy Solid State Temperature Controller with 100% Proportional Band for Process Instrument applications |
R. A. Dora |
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Gamma Ray Spectrometry Developments in Activation Analysis Studies |
Dr. V. P. Guinn |
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High Speed Automatic Computer Coupled Activation Analysis |
R. E. Wainerdi
D. Gibbons
L. E. Fite |
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Activation Analysis in The Petroleum Industry |
Dr. Edgar L. Steele |
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Industrial Activation Analysis |
J. E. Strain
G. W. Leddicotte |
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