“Le Chatelier’s principle”的概念、定义、翻译、参考文献-科学参考

Le Chatelier’s principle

Physics

If a system is in equilibrium, any change imposed on the system tends to shift the equilibrium to nullify the effect of the applied change. The principle, which is a consequence of the law of conservation of energy, was first stated in 1888 by Henri Le Chatelier (1850–1936). It is applied to chemical equilibria. For example, in the gas reaction

${2 SO}_{2} {+ O}_{2} ⇌ {2 SO}_{3}$

an increase in pressure on the reaction mixture displaces the equilibrium to the right, since this reduces the total number of molecules present and thus decreases the pressure. The standard enthalpy change for the forward reaction is negative (i.e. the reaction is exothermic). Thus, an increase in temperature displaces the equilibrium to the left since this tends to reduce the temperature. The equilibrium constant thus falls with increasing temperature.

Chemistry

If a system is in equilibrium, any change imposed on the system tends to shift the equilibrium to nullify the effect of the applied change. The principle, which is a consequence of the law of conservation of energy, was first stated in 1888 by Henri Le Chatelier (1850–1936). It is applied to chemical equilibria. For example, in the gas reaction
$2 {SO}_{2} + O_{2} ⇌ 2 {SO}_{3}$
An increase in pressure on the reaction mixture displaces the equilibrium to the right, since this reduces the total number of molecules present and thus decreases the pressure. The standard enthalpy change for the forward reaction is negative (i.e. the reaction is exothermic). Thus, an increase in temperature displaces the equilibrium to the left since this tends to reduce the temperature. The equilibrium constant thus falls with increasing temperature. Le Chatelier derived his principle using thermodynamics.
https://web.lemoyne.edu/~giunta/lechat.html Le Chatelier’s original paper

Chemical Engineering

A law that states that if a system in physical or chemical equilibrium is subjected to a change in temperature, pressure, or concentration, then the system will automatically alter itself so as to reduce the effects of the change. It can be shown that this law must be true if energy is neither created nor destroyed.

单词	Le Chatelier’s principle
释义	Le Chatelier’s principle Physics If a system is in equilibrium, any change imposed on the system tends to shift the equilibrium to nullify the effect of the applied change. The principle, which is a consequence of the law of conservation of energy, was first stated in 1888 by Henri Le Chatelier (1850–1936). It is applied to chemical equilibria. For example, in the gas reaction ${2 SO}_{2} {+ O}_{2} ⇌ {2 SO}_{3}$ an increase in pressure on the reaction mixture displaces the equilibrium to the right, since this reduces the total number of molecules present and thus decreases the pressure. The standard enthalpy change for the forward reaction is negative (i.e. the reaction is exothermic). Thus, an increase in temperature displaces the equilibrium to the left since this tends to reduce the temperature. The equilibrium constant thus falls with increasing temperature. Chemistry If a system is in equilibrium, any change imposed on the system tends to shift the equilibrium to nullify the effect of the applied change. The principle, which is a consequence of the law of conservation of energy, was first stated in 1888 by Henri Le Chatelier (1850–1936). It is applied to chemical equilibria. For example, in the gas reaction $2 {SO}_{2} + O_{2} ⇌ 2 {SO}_{3}$ An increase in pressure on the reaction mixture displaces the equilibrium to the right, since this reduces the total number of molecules present and thus decreases the pressure. The standard enthalpy change for the forward reaction is negative (i.e. the reaction is exothermic). Thus, an increase in temperature displaces the equilibrium to the left since this tends to reduce the temperature. The equilibrium constant thus falls with increasing temperature. Le Chatelier derived his principle using thermodynamics. https://web.lemoyne.edu/~giunta/lechat.html Le Chatelier’s original paper Chemical Engineering A law that states that if a system in physical or chemical equilibrium is subjected to a change in temperature, pressure, or concentration, then the system will automatically alter itself so as to reduce the effects of the change. It can be shown that this law must be true if energy is neither created nor destroyed.
随便看	conditional proof, rule of conditional response condition-code register conditioner conditioning condition, necessary and sufficient condition, necessary/sufficient condition number conditio sine qua non Condobolinian condor Condorcet, Antoine Nicolas, Marquis de (1743–94) Condorcet Jury Theorem Condorcet, Marquis de (1743–94) Condorcet paradox Condor Legion condottiere conductance conductance(symbol: G; unit: siemens) conducted emissions conducted interference conducted susceptibility conducting polymer conductiometric titration conduction