The JPL Open Repository (JOR) replaced the JPL Technical Report Server (TRS) in 2023. It is a repository for digital copies of technical publications authored by JPL employees. It includes journal articles (the Final Accepted Version), meeting papers, presentations, and other publications cleared for external distribution from 1992 to the present. It also include research datasets from 2022 on.

Years covered: 1992 to the present.
  • 1992-2021 records were originally on the JPL Technical Report Server (TRS) on Dspace system; those records were migrated to Dataverse in 2022.
  • Records with publication date 2022 or later are native to the Dataverse.
  • Data sets: 2022 to present
  • There are a few pre-1992 records. Those were added to the system on a case-by-case request basis.

  • Persistent IDs (PIDs):
  • 1992-2021 records have Handles
  • 2022 and later records have Digital Object Identifiers (DOIs).
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    41,971 to 41,980 of 42,221 Results
    (ExEP) NASA ExEP Technology Update
    Jan 8, 2022
    Brendan Crill, 2022, "(ExEP) NASA ExEP Technology Update", https://doi.org/10.48577/jpl.7EAAHI, ExoPAG 25, JPL Open Repository
    No abstract available.
    (ExEP) Great Observatories Maturation Program - Interfaces to PAGs
    Jun 11, 2022
    Jennifer Blumberg, 2022, "(ExEP) Great Observatories Maturation Program - Interfaces to PAGs", https://doi.org/10.48577/jpl.ZKNIR3, Exoplanet Exploration Program Analysis Group (ExoPAG) meeting at AAS, JPL Open Repository
    No abstract available.
    (ExEP) Great Observatories Maturation Program Stage 1 Technology Activities
    Jun 11, 2022
    Nick Siegler, 2022, "(ExEP) Great Observatories Maturation Program Stage 1 Technology Activities", https://doi.org/10.48577/jpl.W7ISIB, ExoPAG and Joint PAG Meetings (part of AAS), JPL Open Repository
    No abstract available.
    (ExEP) Exoplanet Program Science Update
    Jan 3, 2020
    Stapelfeldt, Karl; Mamajek, Eric, 2020, "(ExEP) Exoplanet Program Science Update", https://hdl.handle.net/2014/52400, ExoPAG 21, Honolulu, Hawaii, January 3-4, 2020, JPL Open Repository
    No abstract provided
    (ExEP) Exoplanet Program Science Update
    Jan 3, 2020
    Stapelfeldt, Karl; Mamajek, Eric, 2020, "(ExEP) Exoplanet Program Science Update", https://hdl.handle.net/2014/51356, ExoPAG 21, Honolulu, Hawaii, January 3-4, 2020, JPL Open Repository
    No abstract provided
    (ExEP) Exoplanet Exploration Program Technology Update
    Jan 7, 2023
    Brendan Crill, 2023, "(ExEP) Exoplanet Exploration Program Technology Update", https://doi.org/10.48577/jpl.SUEOOH, ExoPAG 27, JPL Open Repository
    No abstract available.
    (ExEP) Coronagraph Technology Roadmap Working Groups
    Jan 7, 2024
    Nick Siegler, 2024, "(ExEP) Coronagraph Technology Roadmap Working Groups", https://doi.org/10.48577/jpl.GIPDND, 243rd Meeting of the American Astronomical Society (AAS), JPL Open Repository
    No abstract available.
    (abstract)Electron Impact Emission Cross Sections for Modeling UV Auroral and Dayglow Observations of the Upper Atmospheres of Planets
    Aug 8, 1993
    Ajello, J.M.; Shemansky, D.E.; James, G.; Kanik, I.; Slevin, J.A., 1993, "(abstract)Electron Impact Emission Cross Sections for Modeling UV Auroral and Dayglow Observations of the Upper Atmospheres of Planets", https://hdl.handle.net/2014/35049, Buenos Aires, Argentina, JPL Open Repository
    In the upper atmospheres of the Jovian and Terrestrial planets a dominant mechanism for energy transfer occurs through electron collisional processes with neutral species leading to UV radiation. In response to the need for accurate collision cross sections to model spectroscopic...
    (abstract) Wide Dynamic Range Porous Plug and Vent Line for SIRTF
    Jul 17, 1995
    Petrac, D.; Israelsson, U.E.; Nakano, A., 1995, "(abstract) Wide Dynamic Range Porous Plug and Vent Line for SIRTF", https://hdl.handle.net/2014/33619, Columbus, OH, JPL Open Repository
    The most recent approach to the Space Infrared Telescope Facility (SIRTF) uses a new design concept in which the telescope is launched warm and subsequently cooled to operating temperture on orbit. At launch the cryostat is at 2 K and the telescope is at room temperature. Cooldow...
    (abstract) Vibration Method for Tracking the Resonant Mode and Impedance of a Microwave Cavity
    Apr 30, 1994
    Barmatz, M.; Iny, O.; Yiin, T.; Khan, I., 1994, "(abstract) Vibration Method for Tracking the Resonant Mode and Impedance of a Microwave Cavity", https://hdl.handle.net/2014/33460, Cincinnati, OH, JPL Open Repository
    We have developed a vibration technique to continuously maintain mode resonance and impedance match between a constant frequency magnetron source and resonant cavity. This method uses a vibrating metal rod to modulate the volume of the cavity that is equivalent to modulating an a...
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