CRYSTAL-FACE Instruments

Instruments by Platform in order of altitude


ER-2

Proteus

WB-57

P-3

CoSSIR - Conical Scanning Sub-mm wave Imaging Radiometer
CRS - Cloud Radar System
DROPSONDE - Vaisala Dropsonde System
EDOP - ER-2 Doppler Radar
JLH - JPL Laser Hygrometer
MAS - MODIS Airborne Simulator
MMS - Meteorological Measurment System
MTP - Microwave Temperature Profiler
RAMS - Radiation Measurment System
SSFR - Solar Spectral Flux Radiometers
CPL - Cloud Physics Lidar

FIRSC - Far-Infrared Sensor for Cirrus
NAST-I - NPOESS Airborne Sounder Testbed - Interferometer
NAST-M - NPOESS Airborne Sounder Testbed - Microwave
POLDER - Polarization and Directionality of the Earth's Reflectance
RSP - Research Scanning Polarimeter

ALIAS - Airborne Laser Infrared Absorption Spectrometer
Argus CO / CH4 - Carbon Monoxide / Methane
CAPS - Cloud, Aerosol, Precipitation Spectrometer
CH4 - IR TDL Methane Spectrometer
CIMS - Chemical Ionization Mass Spectrometer
CIN - Cloud Integrating Nephelometer
CLH - Closed-Path Laser Hygrometer Total Water
CO2 - Carbon Dioxide
CPI - Cloud Particle Imager
FCAS - Focused Cavity Aerosol Spectrometer
FPH - Lyman- Total Water / CO2
H2O-V (HU) - Harvard Lyman Water Vapor
HVPS - Hydrometeor Imager
JLH - JPL Laser Hygrometer
MACS - Multiple Aerosol Collection System
MASP - Multiangle Aerosol Spectrometer Probe
MMS - Meteorological Measurement System
MTP - Microwave Temperature Profiler
N-MASS - Nucleation-Mode Aerosol Size Spectrometer
NO/NOy -Total Reactive Nitrogen Oxides
O3 - Ozone Photometer
PALMS - Particle Analysis by Laser Mass Spectrometry
PANTHER
P / T - Aircraft Pressure and Temperature
RAMS - Radiation Measurement System
SPP-100
SSR - Solar Spectral Radiometer
T-H2O (HU) - Harvard Lyman Total Water
VIPS II

ADS - Airborne Data System In-Situ Instrumentation
ELDORA - Electra Doppler Radar


Citation

Twin Otter

Ground-based
West-Coast

Ground-based
East-Coast

2DC
CFDC - Continuous Flow Diffusion Chamber
CIN - Cloud Integrating Nephelometer
CPI - Cloud Particle Imager
CVI - Counterflow Virtual Impactor
FSSP - Forward Scattering Spectrometer Probe
HVPS - High Volume Precipitation Spectrometer
TDL H2O - TDL Water Vapor

AMS - Aerosol Mass Spectrometer
APS - Aerodynamic Particle Spectrometer
BSR - Broadband Solar Radiometer
CAPS - Cloud, Aerosol, Precipitation Spectrometer
CCN - Cloud Condensation Spectrometer
CO
CPC - Condensation Particle Counter
DMA
FSSP-100 - Forward Scattering Spectrometer Probe
LEISA
MACS - Multi-sample Aerosol Collection System
MOULDI - Impactor System
PCASP - Passive Cavity Aerosol Spectrometer Probe
SSFR - Solar Spectral Flux Radiometers
UFCPC - Ultrafine Condensation Particle Counter

523 nm Lidar - Scanning 523 nm Lidar
BBSS - Balloon Borne Sounding System
N-POL - N-POL Radar
PARSL - PNNL Atmospheric Remote Sensing Laboratory
- 94 GHz Cloud Radar
- 35 GHz Cloud Radar
- Scanning LIDAR (532 nm)
- Surface Met (temperature, humidity, pressure,rain gauge)
- Broadband radiometer suite
- PSP-Eppley Precision Solar Radiometer
- PIR-Eppley Precision Infrared Radiometer
- Eppley Black/White Radiometer
- Kipp & Zonen solar tracker
- IRT-Infrared Radiometer
- RSR-Rotating Shadowband Radiometer
- MFRSR-Yankee Multifilter Rotating Shadowband Radiometer
- MWR-Radiometerics Microwave Radiometer
- Vaisala Ceilometer
- TSI-Yankee Total Sky Imager

94 GHz Radars - 94 GHz Scanning Cloud Radar
Ceilometer
FARS - 532 nm & 1060 nm Lidar
PRT- 5 - Precision Infrared Radiometer Sky Imager - Total Sky
ETL - NOAA Portable Cloud Observatory
SMART - Surface Measurements for Atmospheric Radiation Transfer
MPL - Micro Pulse Lidar


Theory
(Computer Modeling)

Curry: Cloud-Resolving Models
Yale-UMd Group: Sherwood & Dessler (SD) Model, Philips Model
Anvil Modeling Team:
CARMA/MATCH Transport Model
Zipser:
Anvil Cirrus and the Convective Source
Wang:
Realtime Numerical Forecast and Assimilation/Analysis for CRYSTAL-FACE
Y. Wang:
MM5 Forecasts for CRYSTAL-FACE

 

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