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A further investigation of the meteorological conditions conducive to aircraft icing

W. J. Lewis, Dwight B. Kline, Charles Proteus Steinmetz

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Abstract

Meteorological datafromflight observations la icing conditions during thewinterof 19k.&k7 arepresented, Dataon liquid watercontent, temperature, andmea-f fective dropMameterare shown to be consistent withvalues previously propoeed formaximum icingconditions.Dataon dro~ize dietrilnztion as oh%inedby therotatin~ylinder method, ,although consistent withmeasurements previously ~de, werefoundto be inconsistent withdataon drop sizeM.stributionderived fromtheratioof thenaximum diameter to theme~ffecttve di~ter whenWe maximum diameter was calculated frantheareaof impingement on a stationary cylind6r.Therelation between temperature and~xim~liqul(l watercontent in,~yerclouds is discussed andestimates aregivenforthe higheqt values ofwatercontent to be expected in layerclouds at various 'temperatures."

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Meteorological datafromflight observations la icing conditions during thewinterof 19k.&k7 arepresented, Dataon liquid watercontent, temperature, andmea-f fective dropMameterare shown to be consistent withvalues previously propoeed formaximum icingconditions.Dataon dro~ize dietrilnztion as oh%inedby therotatin~ylinder method, ,although consistent withmeasurements previously ~de, werefoundto be inconsistent withdataon drop sizeM.stributionderived fromtheratioof thenaximum diameter to theme~ffecttve di~ter whenWe maximum diameter was calculated frantheareaof impingement on a stationary cylind6r.Therelation between temperature and~xim~liqul(l watercontent in,~yerclouds is discussed andestimates aregivenforthe higheqt values ofwatercontent to be expected in layerclouds at various 'temperatures."

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Available abstract

Meteorological datafromflight observations la icing conditions during thewinterof 19k.&k7 arepresented, Dataon liquid watercontent, temperature, andmea-f fective dropMameterare shown to be consistent withvalues previously propoeed formaximum icingconditions.Dataon dro~ize dietrilnztion as oh%inedby therotatin~ylinder method, ,although consistent withmeasurements previously ~de, werefoundto be inconsistent withdataon drop sizeM.stributionderived fromtheratioof thenaximum diameter to theme~ffecttve di~ter whenWe maximum diameter was calculated frantheareaof impingement on a stationary cylind6r.Therelation between temperature and~xim~liqul(l watercontent in,~yerclouds is discussed andestimates aregivenforthe higheqt values ofwatercontent to be expected in layerclouds at various 'temperatures."

Key concepts: Icing, Liquid water content, Environmental science, Drop (telecommunication), Icing conditions, Meteorology, Atmospheric sciences, Engineering

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