先请看两个译例: 1. What was the Louvre in Paris like? It was so interesting that 1 went several times. (Mainline Book 4 p. 9)译文:巴黎的罗浮宫是个什么样的地方?它是如此有趣以至我去参观了好几次。(《主导英语》,复旦大学...先请看两个译例: 1. What was the Louvre in Paris like? It was so interesting that 1 went several times. (Mainline Book 4 p. 9)译文:巴黎的罗浮宫是个什么样的地方?它是如此有趣以至我去参观了好几次。(《主导英语》,复旦大学出版社,第四册,p.2)展开更多
The thermodynamic behavior of field equations for the generalized f(R) gravity with arbitrary coupling between matter and geometry is studied in the two kinds of spacetime,i.e.,the both spatially homogenous,isotropic ...The thermodynamic behavior of field equations for the generalized f(R) gravity with arbitrary coupling between matter and geometry is studied in the two kinds of spacetime,i.e.,the both spatially homogenous,isotropic FRW universe and static,spherically symmetric black hole spacetime.The field equations of the generalized f(R) gravity with arbitrary coupling between matter and geometry can be cast to the form of the first law of thermodynamics with the reputed entropy production terms dS,which are quite general and can degenerate to the cases of Einstein's general relativity and pure f(R) gravity with non-coupling and nonminimal coupling as special cases.The appearance of the entropy production term dS illustrates that the horizon thermodynamics is non-equilibrium one for the generalized f(R) gravity with arbitrary coupling between matter and geometry.展开更多
文摘先请看两个译例: 1. What was the Louvre in Paris like? It was so interesting that 1 went several times. (Mainline Book 4 p. 9)译文:巴黎的罗浮宫是个什么样的地方?它是如此有趣以至我去参观了好几次。(《主导英语》,复旦大学出版社,第四册,p.2)
基金supported by the National Natural Science Foundation of China(Grant Nos.11175077 and 11147150)the Natural Science Foundation of Liaoning Province(Grant Nos.20102124 and L2011189)
文摘The thermodynamic behavior of field equations for the generalized f(R) gravity with arbitrary coupling between matter and geometry is studied in the two kinds of spacetime,i.e.,the both spatially homogenous,isotropic FRW universe and static,spherically symmetric black hole spacetime.The field equations of the generalized f(R) gravity with arbitrary coupling between matter and geometry can be cast to the form of the first law of thermodynamics with the reputed entropy production terms dS,which are quite general and can degenerate to the cases of Einstein's general relativity and pure f(R) gravity with non-coupling and nonminimal coupling as special cases.The appearance of the entropy production term dS illustrates that the horizon thermodynamics is non-equilibrium one for the generalized f(R) gravity with arbitrary coupling between matter and geometry.
