In this work we study the Joule-Thomson expansion for uncharged black holes in a noncommutative scenario characterized by parameter $\theta$, which is present horizon function. We calculate inversion temperature some values of $\theta$ and isenthalpics fixed masses. find that hole behaves as charged commutative one.

Wepresent a revised formof the energy balance for the coupled thermodynamics of liquid water flowing in porousmedia and give examples of situations where a commonly used formulation based on transport of enthalpy leads to erroneous results. Assuming negligible contribution from kinetic energy as well as sources and sinks such as energy from radioactive decay, total energy conservation is reduce...

Regarding the increased energy consumption of the processes at the operational units in the National Iranian Oil Company, the present study analyzed energy consumption at one of the gas refineries. In this refinery, which is the main supplier of Fajr Jam refinery for the national gas network, as well as an injection into the oil fields of the Iranian South oil company, the pressure of gas after...

We consider the charged d-dimensional black holes in a cavity extended phase space and investigate heat engine Joule-Thomson (JT) expansion. Since structure of is similar to anti-de-sitter (AdS) cases, we take as working substance calculate their efficiency Carnot cycle rectangular cycle. Also, discuss whether JT expansion consistent with AdS cases conclude effect different boundary conditions ...

In the present work, we have examined the ability of some different equations of state in predicting the Joule-Thomson coefficient, ?J-T, of different fluids. For dense fluids, for which density is greater than the Boyle density, ?B, two appropriate equations of state, namely the linear isotherm regularity, LIR, and the dense system equation of state, DSEOS, have been examined. The results show...

Abstract A great attention is subjected to the environmentally friendly natural gas. Compared other fossil fuels, gas a cleaner burning due lower emission of carbon dioxides into air. Removal associated hydrocarbons from streams plays an important role sell and achieve pipeline specification To satisfy pipelines, hydrocarbon dew point water must be controlled below operating conditions prevent ...