TAILIEUCHUNG - Heat Transfer Handbook part 13

Heat Transfer Handbook part 13. The Heat Transfer Handbook provides succinct hard data, formulas, and specifications for the critical aspects of heat transfer, offering a reliable, hands-on resource for solving day-to-day issues across a variety of applications. | 110 TABLE Thermophysical Properties of Fluids along the Saturation Linea Continued RC318 Octafluorccyclobutane FC-C318 Continued S liq. s vap. cv liq. Cv vap. Cp liq. Cp vap. w liq. w vap. n liq. n vap. k liq. k vap. a aT temperature K p pressure MPa p density kg m3 h enthalpy kJ kg s entropy kJ kg K cv isochoric heat capacity kJ kg K Cp isobaric heat capacity kJ kg K w speed of sound m s n viscosity Pa s k thermal conductivity mW m K a surface tension N m . THERMOPHYSICAL PROPERTIES OF FLUIDS 111 a p T a 8 T a0 8 x ar 8 x Rl where 8 p pc t Tc T and the ideal gas constant R is J mol K Mohr and Taylor 1999 . The Helmholtz energy of the i l gas tthe fluid in hie limit of noninteracting particles realized at zero density where p pRT is given by a0 h0 - RT - Ts0 The ideal gas enthalpy is given by h0 h0 i cP dT Jt0 where ho is the enthalpy reference point at To and c p is the ideal gas heat capacity given by eq. . The ideal gas entropy is given by s0 s0 i dT -

• Điện - Điện tử
• Cẩm nang truyền nhiệt
• nghiên cứu ứng dụng
• truyền nhiệt trong các thiết bị điện tử
• khái niệm truyền nhiệt và ứng dụng
• nhiệt động NIST