Add to ORKGThis paper introduces and develops a new formulation of the Second Law for open systems by a new concept, extropy. Extropy is a non-equilibrium entropy potential, and it provides a calculable physical measure of the human impact on environment and formulates the physical limits of economic growth. By extropy thermodynamics will be a vital tool for the selection of a sustainable path
New technologies, either renewables-based or not, are confronted with both economic and technical co...
The importance of the second law of thermodynamics, already called the most metaphysical of all laws...
Exergy is the elixir of life. Exergy is that portion of energy available to do work. Elixir is defin...
This paper introduces and develops a new formulation of the Second Law for open systems by a new con...
One of the most fundamental laws of Nature is formulated by the Second Law of Thermodynamics. At pre...
Economic growth is described both as feasible and desirable objective in the standard economiclitera...
When calculating the 'degree of sustainability', socio-economic parameters and 'natural capital' are...
The Clausian introduction of entropy is based on an unnecessary restriction, namely that diminishing...
Energy is the lifeblood of civilization, but inexpensive, high energy density sources are rapidly be...
Exergy and entropy generation analysis of the open systems allows to obtain a measure of how far the...
Chapter from a book entitled Thermoeconomics, A Thermodynamic Approach to Economics (Second Edition)...
Non-equilibrium thermodynamics has had a significant historic influence on the development of theor...
There are a great number of thermodynamic schools, independent of each other, and without a powerful...
New technologies, either renewables-based or not, are confronted with both economic and technical co...
We argue that a reformulated second law of thermodynamics recently employed by Schneider and Kay [Sc...
New technologies, either renewables-based or not, are confronted with both economic and technical co...
The importance of the second law of thermodynamics, already called the most metaphysical of all laws...
Exergy is the elixir of life. Exergy is that portion of energy available to do work. Elixir is defin...
This paper introduces and develops a new formulation of the Second Law for open systems by a new con...
One of the most fundamental laws of Nature is formulated by the Second Law of Thermodynamics. At pre...
Economic growth is described both as feasible and desirable objective in the standard economiclitera...
When calculating the 'degree of sustainability', socio-economic parameters and 'natural capital' are...
The Clausian introduction of entropy is based on an unnecessary restriction, namely that diminishing...
Energy is the lifeblood of civilization, but inexpensive, high energy density sources are rapidly be...
Exergy and entropy generation analysis of the open systems allows to obtain a measure of how far the...
Chapter from a book entitled Thermoeconomics, A Thermodynamic Approach to Economics (Second Edition)...
Non-equilibrium thermodynamics has had a significant historic influence on the development of theor...
There are a great number of thermodynamic schools, independent of each other, and without a powerful...
New technologies, either renewables-based or not, are confronted with both economic and technical co...
We argue that a reformulated second law of thermodynamics recently employed by Schneider and Kay [Sc...
New technologies, either renewables-based or not, are confronted with both economic and technical co...
The importance of the second law of thermodynamics, already called the most metaphysical of all laws...
Exergy is the elixir of life. Exergy is that portion of energy available to do work. Elixir is defin...