Official websites use .gov
A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS
A lock ( ) or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

Search Publications by: Marcia L. Huber (Fed)

Displaying 151 - 166 of 166

Transport Properties of Refrigerants R32, R125, R134a, and R125 + R32 Mixtures In and Beyond the Critical Region

December 1, 1999

Author(s)

S B. Kiselev, Richard A. Perkins, Marcia L. Huber

Characterization and Identification of Super-Effective Thermal Fire Extinguishing Agents. First Annual Report.

October 1, 1999

Author(s)

William M. Pitts, Jiann C. Yang, Marcia L. Huber, L G. Blevins

The use of halons for fire fighting is being phased out due to their deleterious effects on stratospheric ozone. This report summarizes the first-year findings of a three-year study designed to characterize and identify super-effective thermal fire

Thermophysical Property Computer Packages from NIST of Interest to the Natural Gas Industry

July 1, 1999

Author(s)

Marcia L. Huber, Daniel G. Friend, Eric W. Lemmon

We discuss three computerized databases distributed by the Standard Reference Data (SRD) program of NIST, which are of interest to the natural gas industry.

Vapor Nucleation in a Cryogenic Fluid/Dissolved Nitrogen Mixture During Rapid Depressurization

May 1, 1999

Author(s)

J C. Yang, T G. Cleary, Marcia L. Huber, William L. Grosshandler

Characterization and Identification of Super-Effective Thermal Fire Extinguishing Agents- First Annual Report

January 1, 1999

Author(s)

William M. Pitts, Jiann C. Yang, Marcia L. Huber, L G. Blevins

Vapor Nucleation in a Cryogenic-Fluid-Dissovled-Nitrogen Mixture During Rapid Depressurization

January 1, 1999

Author(s)

Jiann C. Yang, Thomas G. Cleary, Marcia L. Huber, William L. Grosshandler

The behaviour of four cryogenic-fluid-dissolved-nitrogen mixtures inside a pressure vessel during rapid depressurization was investigated through experiment. The four fluids studied were CF3I, FC-218 (C3F8), HFC-125 (C2HF5), and CF3Br. Depressurization was

Binary Mixtures In and Beyond the Critical Region: Thermodynamic Properties

December 1, 1998

Author(s)

S B. Kiselev, James C. Rainwater, Marcia L. Huber

Transport Properties of Carbon Dioxide + Ethane and Methane + Ethane Mixtures in the Extended Critical Region

January 15, 1998

Author(s)

S B. Kiselev, Marcia L. Huber

Thermodynamic Properties of R32 + R134a and R125 + R32 Mixtures In and Beyond the Critical Region

January 1, 1998

Author(s)

S B. Kiselev, Marcia L. Huber

Measured and Predicted Thermodynamic Properties of Selected Halon Alternative/Nitrogen Mixtures

December 1, 1997

Author(s)

J C. Yang, I Vazquez, C I. Boyer, Marcia L. Huber, L A. Weber

Measured and Predicted Thermodynamic Properties of Selected Halon Alternative/Nitrogen Mixtures

January 1, 1997

Author(s)

Jiann C. Yang, I Vazquez, C I. Boyer, Marcia L. Huber, L A. Weber

Experimental measurements of selected thermodynamic properties of alternative agent/nitrogen mixtures were performed. The selected alternatives were HFC-227 ea (C3HF7), CF3I, FC-218 (C3F8), and HFC-125 (C2HF5); CF3Br was also included as a reference. A

Optimization of System Discharge (NIST SP 890)

November 1, 1995

Author(s)

Jiann C. Yang, Thomas G. Cleary, I Vazquez, C I. Boyer, M D. King, B D. Breuel, C A. Womeldorf, William L. Grosshandler, Marcia L. Huber, L Weber, G. Gmurczyk

Current aircraft fire suppression bottles for dry bay and engine nacelle applications, which are designed to meet Military Specification MIL-C-22284A (proof pressure of 9.62 MPa and minimum burst pressure of 12.37 MPa), are normally filled with liquid

Storage and Discharge Characteristics of Halon Alternatives

October 21, 1995

Author(s)

Jiann C. Yang, Thomas G. Cleary, I Vazquez, C I. Boyer, M D. King, B D. Breuel, Marcia L. Huber, L Weber

Three important issues regarding the use of halon alternatives for in-flight fire protection applications were studied as part of the current halon alternative research program at the National Institute of Standards and Technology (NIST): (1) the

Model for Calculating Alternative Agent/Nitrogen Thermodynamic Properties

May 9, 1995

Author(s)

Jiann C. Yang, Marcia L. Huber, C I. Boyer

A thermodynamic model based on the extended corresponding states principle has been developed to calculate the solubilities of nitrogen in five selected agents, HFC-227ea, CF3I, FC-218, HFC-125, and CF3Br and the pressure-temperature relationship for agent

Measurement and formulation of the thermodynamic properties of refrigerants 134a (1,1,1,2 tetrafluoroethane) and 123 (1,1 dichloro 2,2,2 trifluoroethane)

June 11, 1989

Author(s)

M McLinden, J.S. Gallagher, L Weber, G. Morrison, D Ward, Anthony R. Goodwin, Michael R. Moldover, J W. Schmidt, H B. Chae, Thomas J. Bruno, J F. Ely, Marcia L. Huber