e/Ericsson cycle

Information
has gloss	eng: The Ericsson cycle is named after inventor John Ericsson, who designed and built many unique heat engines based on various thermodynamic cycles. He is credited with inventing two unique heat engine cycles and developing practical engines based on these cycles. His first cycle is very similar to what we now call the "Brayton Cycle", with the exception that it uses external combustion. His second cycle we now call the Ericsson cycle.
lexicalization	eng: Ericsson Cycle
instance of	e/Thermodynamic cycle

Meaning
German
has gloss	deu: Der Ericsson-Kreisprozess (nach John Ericsson), auch Ackeret-Keller-Kreisprozess (nach Jakob Ackeret), ist ein thermodynamischer Kreisprozess. Der Prozess dient als Vergleichsprozess für eine Gasturbinenanlage (interne oder externe Erwärmung) mit interner Wärmeübertragung aus dem Abgas der Turbine an das verdichtete Gas (z. B. Luft). Der ideale Prozess hat den Wirkungsgrad des Carnot-Prozesses.
lexicalization	deu: Ericsson-Kreisprozess
lexicalization	deu: Ericsson-Prozess
French
has gloss	fra: Le cycle dEricsson décrit le fonctionnement théorique dun type de moteur thermique appelé moteur Ericsson.
lexicalization	fra: Cycle d'Ericsson
Slovak
has gloss	slk: Ericssonov—Braytonov cyklus alebo Ericssonov—Braytonov obeh je ideálny tepelný obeh pozostávajúci z vratných zmien.
lexicalization	slk: Ericssonov-Braytonov cyklus
Turkish
has gloss	tur: Ericsson çevrimi, ismini John Ericsson’dan almış termodinamik bir çevrimdir. Gerçekte 2 çevrim bulmuş ve ısı makineleri üzerinde uygulamalarını göstermiştir. İlk çevrim Brayton çevrimi olarak bildiğimiz çevrimle hemen hemen aynıdır. İkinci çevrim Carnot çevrimine eşit verim ortaya koyar. Her ikisi de sık sık dıştan yanma kabiliyetleri açısından Stirling motoru ile karşılaştırılır ve ikinci çevrim aynı verimliliktedir.
lexicalization	tur: Ericsson çevrimi

Media
media:img	Ericsson engine4.PNG
media:img	GT-Prozess mit internem Wärmeaustausch Diagramme.jpg
media:img	GT-Prozess mit internem Wärmeaustausch Schaltbildltbild.jpg
media:img	T cycle Brayton.png