BBR

(redirected from Black body radiation)
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AcronymDefinition
BBRBroken Bow Records (Nashville, TN)
BBRBleu, Blanc, Rouge (French: Blue, White, Red)
BBRBattery Backed Ram
BBRBroadband Router
BBRBackbone Ring
BBRBad Block Reported
BBRBasic Backup and Recovery
BBRBrodie Britain Racing
BBRBending Beam Rheometer
BBRBroadbandreports.com (website)
BBRBlonde, Brunette, Redhead
BBRBina Buana Raya (shipping company; Indonesia)
BBRBlack Berry Recordings (Japan)
BBRBureau of Business Research
BBRBaby Back Ribs
BBRBotrytis Bunch Rot (grape disease)
BBRBurnt Beyond Repair
BBRBranch Bark Ridge (trees)
BBRBlack Body Radiation (quantum physics)
BBRBroad Branch Road (Carnegie Institution for Science; Washington, DC)
BBRBack Bone Ring
BBRBubble Bath Records (record label)
BBRBelgische Bond voor Rijwieltoerisme (Dutch: Belgian Association for Bicycle Tourism; Belgium)
BBRBasisbedrijvenregister (Dutch: Basic Business Register)
BBRBuffalo Bills Review
BBRBook to Bill Ratio
BBRBehavior-Based Retrieval
BBRBurnt Beyond Recognition (band)
BBRBibliothèque Braille Romande (French: Romande Braille Library; Switzerland)
BBRBorrowing Base Report (banks)
BBRBillet Base Review (US DoD)
BBRBroken Beyond Repair
BBRBayou Business Review (Louisiana)
BBRBibasilar Rales (lungs)
BBRBundle Branch Reentrant
BBRBad Boy Records (record label)
BBRBabcock-Brown Boveri Reaktor
BBRBandwidth Blocking Ratio
BBRBankers' Buying Rate (airline code)
BBRBig Band de Roanne (Roanne, France)
BBRBluebeat Remedy (band)
BBRBurstable Bit Rate
BBRBroadband Rangers (Americas Army gaming clan)
BBRBrie-Axe Betterave Rugby (France)
BBRBlack Beauty Ranch
BBRBlinded by Rage (band)
BBRBadland Bombing Range
BBRBranch-By-Release (configuration management model)
BBRBack Bouncing Rod (fishing rod)
BBRBlonde, Brune, Rousse (French: Blonde, Brunette, Redhead)
References in periodicals archive ?
However, the sequence of frames stored in the memory must first be processed in order to separate the effects of emission from transmission when the black body radiation source is unblocked.
The problem of black body radiation was the first in which the graininess had to be taken into account.
And, since this black body radiation is dependent on the mass of a given black hole, the more massive the black hole, the lower its temperature.