Jason Widegren
RESEARCH AREAS NMR Spectroscopy My research with NMR spectroscopy has primarily involved the analysis of complex mixtures, such as are... | Boulder, Colorado, United States
*50 free lookup(s) per month.
No credit card required.
Jason Widegren’s Emails ja****@ni****.gov
Jason Widegren’s Phone Numbers No phone number available.
Social Media
Jason Widegren’s Location Boulder, Colorado, United States
Jason Widegren’s Expertise RESEARCH AREAS NMR Spectroscopy My research with NMR spectroscopy has primarily involved the analysis of complex mixtures, such as are often found in fuels. I am also interested in purity analysis, including quantitative NMR (qNMR), and in the use of NMR for the quantitative analysis of gas-phase mixtures. Vapor Pressure of Low Volatility Compounds I measure the vapor pressures of low-volatility compounds by the concatenated gas saturation method. This work has included measurements on taggants for explosives (where vapor pressures are important for detection), biodiesel esters (where vapor pressures are needed for bio-refinery design), and organic aerosol formers (where vapor pressures are needed for climate modeling). Thermal Stability of Fuels I make measurements of the thermal stability of fuels. For example, kerosene-based rocket propellants serve the dual roles of fuel and coolant in modern rocket engines. Prior to combustion, the rocket propellant circulates through channels in the wall of the thrust chamber. Thus, the fuel carries heat away from the wall and maintains a safe wall temperature. This process, commonly referred to as regenerative cooling, exposes the fuel to high temperatures. For this reason, the thermal stability of the fuel is a key design parameter for specifying its performance. I have measured the thermal stability of the kerosene-based rocket propellants RP-1 and RP-2, and has studied the effects of stabilizing additives on RP-2. Other areas of current work include the measurement of enthalpies of adsorption for energetic compounds on construction materials (like concrete), the permeation of energetic compounds through polymer barriers (like soda bottles), and the measurement of water concentration by Karl Fischer titration.
Jason Widegren’s Current Industry National Institute Of Standards And Technology
Jason
Widegren’s Prior Industry
National Institute Of Standards And Technology
Not the Jason Widegren you were looking for?
Find accurate emails & phone numbers for over 700M professionals.
Work Experience
National Institute Of Standards And Technology
Research Chemist and NMR Facility Manager
Tue Jul 01 2003 00:00:00 GMT+0000 (Coordinated Universal Time) — PresentSkills
Languages
Jason Widegren Email Addresses
FAQ About Jason Widegren
-
Jason Widegren is located at
Boulder, Colorado, United States -
Jason Widegren is a
RESEARCH AREAS NMR Spectroscopy My research with NMR spectroscopy has primarily involved the analysis of complex mixtures, such as are often found in fuels. I am also interested in purity analysis, including quantitative NMR (qNMR), and in the use of NMR for the quantitative analysis of gas-phase mixtures. Vapor Pressure of Low Volatility Compounds I measure the vapor pressures of low-volatility compounds by the concatenated gas saturation method. This work has included measurements on taggants for explosives (where vapor pressures are important for detection), biodiesel esters (where vapor pressures are needed for bio-refinery design), and organic aerosol formers (where vapor pressures are needed for climate modeling). Thermal Stability of Fuels I make measurements of the thermal stability of fuels. For example, kerosene-based rocket propellants serve the dual roles of fuel and coolant in modern rocket engines. Prior to combustion, the rocket propellant circulates through channels in the wall of the thrust chamber. Thus, the fuel carries heat away from the wall and maintains a safe wall temperature. This process, commonly referred to as regenerative cooling, exposes the fuel to high temperatures. For this reason, the thermal stability of the fuel is a key design parameter for specifying its performance. I have measured the thermal stability of the kerosene-based rocket propellants RP-1 and RP-2, and has studied the effects of stabilizing additives on RP-2. Other areas of current work include the measurement of enthalpies of adsorption for energetic compounds on construction materials (like concrete), the permeation of energetic compounds through polymer barriers (like soda bottles), and the measurement of water concentration by Karl Fischer titration. National Institute Of Standards And Technology -
Jason Widegren currently works in the
National Institute Of Standards And Technology -
Jason Widegren specializes in
RESEARCH AREAS NMR Spectroscopy My research with NMR spectroscopy has primarily involved the analysis of complex mixtures, such as are often found in fuels. I am also interested in purity analysis, including quantitative NMR (qNMR), and in the use of NMR for the quantitative analysis of gas-phase mixtures. Vapor Pressure of Low Volatility Compounds I measure the vapor pressures of low-volatility compounds by the concatenated gas saturation method. This work has included measurements on taggants for explosives (where vapor pressures are important for detection), biodiesel esters (where vapor pressures are needed for bio-refinery design), and organic aerosol formers (where vapor pressures are needed for climate modeling). Thermal Stability of Fuels I make measurements of the thermal stability of fuels. For example, kerosene-based rocket propellants serve the dual roles of fuel and coolant in modern rocket engines. Prior to combustion, the rocket propellant circulates through channels in the wall of the thrust chamber. Thus, the fuel carries heat away from the wall and maintains a safe wall temperature. This process, commonly referred to as regenerative cooling, exposes the fuel to high temperatures. For this reason, the thermal stability of the fuel is a key design parameter for specifying its performance. I have measured the thermal stability of the kerosene-based rocket propellants RP-1 and RP-2, and has studied the effects of stabilizing additives on RP-2. Other areas of current work include the measurement of enthalpies of adsorption for energetic compounds on construction materials (like concrete), the permeation of energetic compounds through polymer barriers (like soda bottles), and the measurement of water concentration by Karl Fischer titration. -
Jason Widegren speaks the following languages:
No languages available. -
Jason Widegren has prior experience in the following industries:
No prior industries available. -
Jason Widegren has the following professional experience:
National Institute Of Standards And Technology . -
You can view Jason Widegren’s
LinkedIn profile at LinkedIn URL. -
Jason Widegren’s work email addresses are
[email protected] . -
Jason Widegren works at
National Institute Of Standards And Technology
People you may be interested in
- Sylvie Hinnekens
- Raymond Burnell
- Bora Yoo
- Samir Zain
- May El Ali
- Sue Bane
- Latha Chandrasekharan
C2A - Sales Business Development - High-end prospecting - Expert in Cold calling - Telemarketing en Telecommunicatie - ICT Opdrachten - Accountancy opdrachten - Administratieve taken die kennis & ervaring vereisen -
Director Catholic Responsible Investments
Nissan Creative UX Designer
Senior accountant at Zain
Senior Channel Director at White Digital Media Inc
Clerical Assistant at Council on Aging
Advisor at SBI Life Insurance Co. Ltd.