Therodynamik at Frankfurt University of Applied Sciences

Flashcards and summaries for Therodynamik at the Frankfurt University of Applied Sciences

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Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

M

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

mj

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Für was steht T?
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Instationär Bedeutung und Reaktor Beispiele?

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

w

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

n

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Wie berechnet man T (K) wen man nur Theta zur Verfügung hat? (Celsius)

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Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Wie viel sind 1mmWS und 10mmWS in Pascal und millibar?

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Was ist größer? cp oder cv

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

je nach Aggregatszustand hat Wasser unterschiedliche Eigenschaften- Nenne Möglichkeiten !

Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Wieso verhalten sich Stoffe / Moleküle / Atome in einer bestimmten Art und Weise?

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Exemplary flashcards for Therodynamik at the Frankfurt University of Applied Sciences on StudySmarter:

Therodynamik

M

Molmasse allgemein

Therodynamik

mj

Masse der Komponente j in kg

Therodynamik

Für was steht T?

absolute Temperatur 

Therodynamik

Instationär Bedeutung und Reaktor Beispiele?

Absatzweiser Betrieb /
Satzbetrieb
• Immer zeitliche Änderungen
• Bsp: Reaktion im
geschlossenen Rührkessel
(Synonyme: „Batch-Reaktor (BR)“,
Satzreaktor, Chargen-Reaktor,
diskontinuierlich betriebener
Reaktor)

Therodynamik

w

Massenanteil  1 bzw kg/kg

Therodynamik

n

Stoffmenge

Therodynamik

Wie berechnet man T (K) wen man nur Theta zur Verfügung hat? (Celsius)

𝑇 = 𝜗 + 273,15

Therodynamik

Wie viel sind 1mmWS und 10mmWS in Pascal und millibar?

1mmWS= 9,81 Pa= 0,981mbar
10mmWS=981Pa=0,81 mbar

Therodynamik

Was ist größer? cp oder cv

cp ist größer als cv da bei konstanten Druck Volumenzunahme; ein Teil der zugeführten Wärme für die Volumenänderungsarbeit verbraucht wird. Sie steht also nicht für Temperaturerhöhung zur Verfügung. 

Therodynamik

je nach Aggregatszustand hat Wasser unterschiedliche Eigenschaften- Nenne Möglichkeiten !

Dichte, Reaktionsfähigkeit, Wärmeleitfähigkeit, Mischbarkeit, Viskosität, Wärmekapazität


Therodynamik

Wieso verhalten sich Stoffe / Moleküle / Atome in einer bestimmten Art und Weise?

Wechselwirkungen zwischen Teilchen
– Anziehungskräfte und Abstoßungskräfte
– Stöße
• Anziehungskräfte
– kovalente Bindungskräfte (im Atom)
– Van der Waals-Kräfte zwischen Teilchen
• siehe Wikipedia
– London-Kräfte dominieren
• Fliehkräfte
– elektrische Ladung
– kinetische Energie
• Auswirkungen
– Aggregatszustand: Fest / Flüssig / Gas
– Vermögen, Energie zu speichern (Temperatur, Druck)
– Aufwand, um Gemische zu trennen

Therodynamik

p

Druck

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BCH-Labor Vorleistung

Fluid dynamics

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