Add symbols as needed.
(To see these html symbols in action, visit chapter 16)
masEnthComb: hof
molEnthComb: Δh–oC
qbar: q–
sbar: s–
molEnthForm: h–of
degOfDissoc: ε
Properties:
Volume: V
Volume flow rate: V·
Molar Mass: M—
Reaction Kinetics:
CO + 1/2O2 ↔ CO2
h–of
Δg–o
Kp = 8.4 X 10-10
Units/Efficiency:
degC: #oC
degF: #oF
eta_th: ηth
eta_th braytn ηth,Brayton
eta, rankine ηth,Rankine
Heat and Work:
Q: Q
Qdot: Q⋅
W,ext: Wext
W,M: WM
W,B: WB
W,el: Wel
W,sh: Wsh
Wdot,ext: W⋅ext
Wdot,M: W⋅M
Wdot,B: W⋅B
Wdot,el: W⋅el
Wdot,sh: W⋅sh
Wdot,Flow: W⋅F
Transport Properties:
dm/dt: dm/dt
mdot: m⋅
Edot: E⋅
edot: e⋅
kedot: ke⋅
PEdot: PE⋅
KEdot: KE⋅
Edot: E⋅
Jdot: J⋅
jdot: j⋅
Flow Exergy : Ψ⋅
Sdot: S⋅
Sdot_gen: S⋅gen
Exergy Dest I⋅
Total and specific Properties:
E : E
Einitial: Ei
Efinal: Ef
s: s
Stored Exergy : Φ
Specific stored Exergy : φ
Flow Exergy : Ψ
Specific Flow Exergy : ψ
From Summer Interns:
Properties:
Volume: V
Volume flow rate: V·
Molar Mass: M—
Specific Volume: v
Velocity: V
Entropy: S
Specific Entropy: s
standard specific entropy s0: so
Molar specific entropy s0bar: s–o
Total Enthalpy: H
Specific Enthalpy h: h
standard specific enthalpy h0_f: hof
molar formation enthalpy, hbar0_f: h–of
Pressure: p
Temperature: T
Specific Heat: cp
Rate of Change of Temperature: dT/dt
Exergy/Relative Humidity: Φ
Rate of Change of Exergy: dΦ/dt
Change in Exergy: ΔΦ
Destruction of Exergy: I
Rate of Exergy Destroyed: I⋅
Thermal Efficientcy: ηth
Volume Expansivity: β
Isothermal Compressibility: κT
Joule-Thomson Coefficient: μJ
Humidity Ratio/Specific Humidity: ω
Percentage of Theoretical Air: λ
Adiabatic Flame Temperature: Taf
Equivalence Ratio: φ
Chemical Potential: μ–k
delta_specific vol: Δv
delta_H ΔH
delta_p Δp
delta_T ΔT
delta_Vol ΔV
delta_U ΔU
delta_S ΔS
delta_E ΔE
Reaction Kinetics:
CO + 1/2O2 ↔ CO2
h–of
Δg–o
Kp = 8.4 X 10-10
Units/Efficiency:
degC: #oC
degF: #oF
eta_th: ηth
eta_th braytn ηth,Brayton
eta, rankine ηth,Rankine
Heat and Work:
Q: Q
Qdot: Q⋅
W,ext: Wext
W,M: WM
W,B: WB
W,el: Wel
W,sh: Wsh
Wdot,ext: W⋅ext
Wdot,M: W⋅M
Wdot,B: W⋅B
Wdot,el: W⋅el
Wdot,sh: W⋅sh
Wdot,Flow: W⋅F
Transport Properties:
dm/dt: dm/dt
mdot: m⋅
Edot: E⋅
edot: e⋅
kedot: ke⋅
PEdot: PE⋅
KEdot: KE⋅
Edot: E⋅
Jdot: J⋅
jdot: j⋅
Flow Exergy : Ψ⋅
Sdot: S⋅
Sdot_gen: S⋅gen
Exergy Dest I⋅
Total and specific Properties:
E : E
Einitial: Ei
Efinal: Ef
s: s
Stored Exergy : Φ
Specific stored Exergy : φ
Flow Exergy : Ψ
Specific Flow Exergy : ψ