SPEC, INC.

3022 Sterling Circle, Suite 200
Boulder, Colorado   80301-2338 , USA

http://specinc.com

Website Links: SPEC, INC.   |   analysis   |   CPI Theory of Operation   |   customer list   |   Improved Imaging using CPI   |   index   |   instruments   |   journal publications   |   Learjet 25   |   research projects   |   Sample of HVPS Images   |   scientific guidance   |   Snow Ingestion Measurement...   |   Theory of Operation

Contract References

  • NAS300084 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • NAS502111 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • NAS501193 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • NAS500244 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • NAS301016 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • NAS196015 - NATIONAL AERONAUTICS AND SPACE ADMINISTRATION
  • N0024403C0008 - NAVY, DEPARTMENT OF THE
  • N0001401M0122 - NAVY, DEPARTMENT OF THE
  • N0001402C0317 - NAVY, DEPARTMENT OF THE
Business Type Service

Web Site Results

Stratton Park Engineering Company Inc
Innovation in Atmospheric Science Instrumentation Within the atmospheric science community, your research is often limited by your instrumentation. You cannot observe what your instruments either cannot see or cannot accurately quantify. Why
Stratton Park Engineering Company Inc
BAMSPictured: Sensor housing with black intake cone, Electro-Optics system, and data acquisition computer with built-in instrument power supply The CPI records high-resolution (2.3 micron pixel size) digital images of particles
Stratton Park Engineering Company Inc
Traditional in situ probes have tiny sampling volumes that may not be representative of whole clouds. SPEC's In Situ Cloud Lidar uses multiple scattering of laser pulses inside clouds to measure extinction
Stratton Park Engineering Company Inc
SPEC has designed and built a Cloud Particle Imager (CPI) that is lighter and protected by a high-density foam case to be attached to a tethered balloon (TB). The TB package consists of an
Theory of Operation
The extinction process can be described by Beer's Law, where Io is the incident light intensity, I is the transmitted intensity, X is the path length, and bl is the volumetric extinction coefficient. In
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