Title Page The title page(page 1,do not number)should contain these elements:(a)full title;(b)Each authors'names,academic degrees,and affiliations(if Chinese,give standard English version);(c)the designated corres...Title Page The title page(page 1,do not number)should contain these elements:(a)full title;(b)Each authors'names,academic degrees,and affiliations(if Chinese,give standard English version);(c)the designated corresponding author's name,mailing address,telephone and fax numbers,and e-mail address;(d)source(s)of financial support of the study;(e)the total word count of the manuscript,including the title page,abstract,text,references,tables,and figures legends.展开更多
Xiao-hong Chen Xiao-hong Chen is a professor and doctoral supervisor at Central South University,and is at the same time working as the president of Hunan Institute of Commerce.Her research areas include metal mineral...Xiao-hong Chen Xiao-hong Chen is a professor and doctoral supervisor at Central South University,and is at the same time working as the president of Hunan Institute of Commerce.Her research areas include metal mineral resources utilization,and resourceconserving and environment-friendly engineering management,and decision theory.展开更多
Emiel J.M.Hensen Emiel J.M.Hensen,is a full professor and the president of the Laboratory of Inorganic Materials Chemistry at Eindhoven University of Technology,the chairman of the Netherlands Organization for Catalys...Emiel J.M.Hensen Emiel J.M.Hensen,is a full professor and the president of the Laboratory of Inorganic Materials Chemistry at Eindhoven University of Technology,the chairman of the Netherlands Organization for Catalysis Research(NIOK).Correspondence concerning this article should be addressed to Emiel J.M.Hensen,Laboratory of Inorganic Materials Chemistry,Schuit Institute of Catalysis,Department of Chemical Engineering and Chemistry,Eindhoven University展开更多
1.The paper should contain original unpublished work and is not being submitted for publication elsewhere.Manuscripts should be written in English.A short abstract(not exceeding 100 words),up to five key words,and 200...1.The paper should contain original unpublished work and is not being submitted for publication elsewhere.Manuscripts should be written in English.A short abstract(not exceeding 100 words),up to five key words,and 2000 Mathematics Subject Classification should be provided.An abbreviated title(not exceeding 35 characters)to be used as a running head is also required.If there are more than one author for a paper,the name and the e-mail address of the corresponding author(i.e.the author to be contacted)should be indicated.展开更多
Hydraulic fracture(HF) propagation behavior is significant when building enhanced geothermal systems(EGS). HF geometry is closely related to the structural planes(SPs) in hot dry rock(HDR), such as natural fractures(N...Hydraulic fracture(HF) propagation behavior is significant when building enhanced geothermal systems(EGS). HF geometry is closely related to the structural planes(SPs) in hot dry rock(HDR), such as natural fractures(NFs), quartz veins(QVs) and lithologic interfaces(LIs). However, the HF behaviors in HDR have not been well understood, especially the influence of multiple SPs on the HF geometry. To clarify this mechanism, several groups of physical simulation experiments of hydraulic fracturing were conducted to investigate the intersection relationship between the HFs and the SPs. Results show that the HF geometry shows great differences when intersecting with different SPs. In summary, the HF geometry displays four basic patterns, namely, propagation along the SPs, branching, capture, penetration/non-dilation. The fluctuation degree of the pressure-time curve and the HF complexity show a positive correlation. The cementing strength of the SP and their different mechanical properties from rock matrix influence the HF behaviors significantly. Therefore, the HF shows diverse geometries when intersecting with the NFs and LIs, while propagating along the QV when intersecting with it. For the complex networks, it is favorable for the HF to penetrate through and dilate several SPs, rather than simply cross or propagate along the SP.展开更多
This study aims at figuring out the crucial topological ingredients which affect the outcomes of the ultimatum game located on different networks, encompassing the regular network, the random network, the smallworld n...This study aims at figuring out the crucial topological ingredients which affect the outcomes of the ultimatum game located on different networks, encompassing the regular network, the random network, the smallworld network, and the scale-free network. With the aid of random interchanging algorithm, we investigate the relations between the outcomes of the ultimatum game and some topological ingredients, including the average range, the clustering coefficient and the heterogeneity, and so forth. It is found that for the regular, random and small-work networks, the average range and the clustering coefficient have evident impacts on the ultimatum game, while for the scale-free network, the original degree heterogeneity and the underlying rich-club characterizations are the mainly important topological ingredients that influence the outcomes of ultimatum game substantially.展开更多
We regret to inform that a calibration error has led to an incorrect statement in the last sentence of the Methods section of the abstract.Additionally,due to Zikai Zhao's increased guidance during the article'...We regret to inform that a calibration error has led to an incorrect statement in the last sentence of the Methods section of the abstract.Additionally,due to Zikai Zhao's increased guidance during the article's revision stage,we have modified the order of the corresponding authors.The corrected sentence and updated author list are provided below.We sincerely apologize for this oversight and appreciate your understanding.展开更多
In the originally published version of this article,the designation of one of the corresponding authors was inadvertently omitted.The article correctly listed Dr.Lichuan Gu as a corresponding author,but failed to desi...In the originally published version of this article,the designation of one of the corresponding authors was inadvertently omitted.The article correctly listed Dr.Lichuan Gu as a corresponding author,but failed to designate Dr.Sujuan Xu as an additional corresponding author.The correct corresponding authors should be.展开更多
文摘Title Page The title page(page 1,do not number)should contain these elements:(a)full title;(b)Each authors'names,academic degrees,and affiliations(if Chinese,give standard English version);(c)the designated corresponding author's name,mailing address,telephone and fax numbers,and e-mail address;(d)source(s)of financial support of the study;(e)the total word count of the manuscript,including the title page,abstract,text,references,tables,and figures legends.
文摘Xiao-hong Chen Xiao-hong Chen is a professor and doctoral supervisor at Central South University,and is at the same time working as the president of Hunan Institute of Commerce.Her research areas include metal mineral resources utilization,and resourceconserving and environment-friendly engineering management,and decision theory.
文摘Emiel J.M.Hensen Emiel J.M.Hensen,is a full professor and the president of the Laboratory of Inorganic Materials Chemistry at Eindhoven University of Technology,the chairman of the Netherlands Organization for Catalysis Research(NIOK).Correspondence concerning this article should be addressed to Emiel J.M.Hensen,Laboratory of Inorganic Materials Chemistry,Schuit Institute of Catalysis,Department of Chemical Engineering and Chemistry,Eindhoven University
文摘1.The paper should contain original unpublished work and is not being submitted for publication elsewhere.Manuscripts should be written in English.A short abstract(not exceeding 100 words),up to five key words,and 2000 Mathematics Subject Classification should be provided.An abbreviated title(not exceeding 35 characters)to be used as a running head is also required.If there are more than one author for a paper,the name and the e-mail address of the corresponding author(i.e.the author to be contacted)should be indicated.
基金support from the National Key Research and Development Project in China(Grant nos.2018YFB1501801,2020YFE020130005)the National Natural Science Foundation of China(Grant nos.42004115,42102353)the Open Research Fund Program of Key Laboratory of Metallogenic Prediction of Nonferrous Metals and Geological Environment Monitoring(Central South University),Ministry of Education(Grant No.2021YSJS08)。
文摘Hydraulic fracture(HF) propagation behavior is significant when building enhanced geothermal systems(EGS). HF geometry is closely related to the structural planes(SPs) in hot dry rock(HDR), such as natural fractures(NFs), quartz veins(QVs) and lithologic interfaces(LIs). However, the HF behaviors in HDR have not been well understood, especially the influence of multiple SPs on the HF geometry. To clarify this mechanism, several groups of physical simulation experiments of hydraulic fracturing were conducted to investigate the intersection relationship between the HFs and the SPs. Results show that the HF geometry shows great differences when intersecting with different SPs. In summary, the HF geometry displays four basic patterns, namely, propagation along the SPs, branching, capture, penetration/non-dilation. The fluctuation degree of the pressure-time curve and the HF complexity show a positive correlation. The cementing strength of the SP and their different mechanical properties from rock matrix influence the HF behaviors significantly. Therefore, the HF shows diverse geometries when intersecting with the NFs and LIs, while propagating along the QV when intersecting with it. For the complex networks, it is favorable for the HF to penetrate through and dilate several SPs, rather than simply cross or propagate along the SP.
基金Supported by National Nature Science Foundation of China under Grant No.61004015Research Fund for the Doctor Program of Higher Education of China under Grant No.20090032120034+1 种基金the Program for New Century Excellent Talents in Universities of China under Grant No.NCET-11-0377Program for Changjiang Scholars and Innovative Research Team in University No.IRT1028
文摘This study aims at figuring out the crucial topological ingredients which affect the outcomes of the ultimatum game located on different networks, encompassing the regular network, the random network, the smallworld network, and the scale-free network. With the aid of random interchanging algorithm, we investigate the relations between the outcomes of the ultimatum game and some topological ingredients, including the average range, the clustering coefficient and the heterogeneity, and so forth. It is found that for the regular, random and small-work networks, the average range and the clustering coefficient have evident impacts on the ultimatum game, while for the scale-free network, the original degree heterogeneity and the underlying rich-club characterizations are the mainly important topological ingredients that influence the outcomes of ultimatum game substantially.
文摘We regret to inform that a calibration error has led to an incorrect statement in the last sentence of the Methods section of the abstract.Additionally,due to Zikai Zhao's increased guidance during the article's revision stage,we have modified the order of the corresponding authors.The corrected sentence and updated author list are provided below.We sincerely apologize for this oversight and appreciate your understanding.
文摘In the originally published version of this article,the designation of one of the corresponding authors was inadvertently omitted.The article correctly listed Dr.Lichuan Gu as a corresponding author,but failed to designate Dr.Sujuan Xu as an additional corresponding author.The correct corresponding authors should be.
