Overview of the Geostationary Lightning Mapper (GLM)
No abstract available
Geostationary Lightning Mapper↗
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Results for “glm”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Comparisons Between Supercell Kinematics and Lightning Optical Energy Output from GLM
No abstract available
GLM↗
GLM Estimates of LNOx over the Continental US: Ground and Cloud Flash Differences
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Lightning↗
GLM Flash Properties & LNOx Estimates: A Comparison Between Winter and Summer Storms Over CONUS
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Lightning↗
glm-plotter
An interactive visualization app for power system networks described in Gridlab-D Model files.
Chalendar, Jacques de↗
Preliminary Comparison of Bolide Measurements by the Geostationary Lightning Mapper (GLM) and US Government Sensors.
Abstract not provided.
Longenbaugh, Randolph↗
A Comparison of Light Curves Computed using GLM and MTG-LI Observations for a Flash in Central Brazil on Nov 30, 2024 [Slides]
Abstract not provided.
54 ENVIRONMENTAL SCIENCES↗
Development of a Classification Method for Geostationary Lightning Mapper (GLM) Data Using Simultaneous Lightning Observations from Ground and Geostationary Orbit
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Shea, Beatrice [United States Air Force Academy]↗
The GLM Ground Flash Fraction Retrieval Algorithm: Improvement, Testing, and Demonstration
No abstract available
Koshak, William↗
The Geostationary Lightning Mapper (GLM) for the GOES-R Series of Geostationary Satellites
No abstract available
Goodman, Steven J.↗
Lightning Jump Algorithm for GOES-R Geostationary Lightning Mapper (GLM) Proxy Data
No abstract available
Schultz, Elise V.↗
Temperature Control with Two Parallel Small Loop Heat Pipes for GLM Program
The concept of temperature control of an electronic component using a single Loop Heat Pipe (LHP) is well established for Aerospace applications. Using two LHPs is often desirable for redundancy/reliability reasons or for increasing the overall heat source-sink thermal conductance. This effort elaborates on temperature controlling operation of a thermal system that includes two small ammonia LHPs thermally coupled together at the evaporator end as well as at the condenser end and operating "in parallel". A transient model of the LHP system was developed on the Thermal Desktop (TradeMark) platform to understand some fundamental details of such parallel operation of the two LHPs. Extensive thermal-vacuum testing was conducted with two thermally coupled LHPs operating simultaneously as well as with only one LHP operating at a time. This paper outlines the temperature control procedures for two LHPs operating simultaneously with widely varying sink temperatures. The test data obtained during the thermal-vacuum testing, with both LHPs running simultaneously in comparison with only one LHP operating at a time, are presented with detailed explanations.
0000↗
Lightning Imaging Sensor (LIS) on ISS and Plans for Sustained Ground Measurements in Support of GLM Cal/Val
No abstract available
Lightning↗
GLM examples for Side Discussions at EUMETSAT 2017 Annual Conference
No abstract available
Stano, Geoffrey↗