J
Jinhai Yang
Researcher at Heriot-Watt University
Publications - 84
Citations - 2809
Jinhai Yang is an academic researcher from Heriot-Watt University. The author has contributed to research in topics: Hydrate & Clathrate hydrate. The author has an hindex of 20, co-authored 84 publications receiving 2008 citations.
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Journal ArticleDOI
Effect of glucose-insulin-potassium infusion on mortality in patients with acute ST-segment elevation myocardial infarction: The CREATE-ECLA randomized controlled trial
Shamir R. Mehta,Salim Yusuf,Rafael Diaz,Jun Zhu,Prem Pais,Denis Xavier,Ernesto Paolasso,Rashid J. Ahmed,Changchun Xie,Khawar Kazmi,Javed Tai,Andrés Orlandini,Janice Pogue,Lisheng Liu,L. Cronin,Rakesh Gupta,K. K. Haridas,T. M. Jaison,Prashant P. Joshi,Prafulla Kerkar,A. K. Maity,S. C. Manchanda,Sudhir Naik,Dorairaj Prabhakaran,Seemala Saikrishna Reddy,Bateshwar Prasad Singh,S. Thanikachalam,D. Xavier,X. J. Bai,T. Chen,J. J. Cui,T. X. Cui,S. Y. Fu,H. Ge,Q. L. Li,S. M. Li,W. Li,Y. Q. Li,L. Liu,Y. H. Liu,Z. R. Lu,S. P. Ma,D. Qiao,Y. C. Song,N. L. Sun,L. H. Wang,S. W. Wang,W. Wang,Y. Wang,N. Wu,Y. S. Wu,C. B. Xu,S. C. Xu,Z. M. Xu,G. J. Yang,H. S. Yang,C. Z. Zhang,S. T. Zhang,W. J. Zhang,J. C. Zhou,J. Zhu,Wael Almahmeed,Alvaro Avezum,P. Castro,Ramón Corbalán,R. Pitarch Flors,B. M. Lombana,L. Marano,Darren K. McGuire,E. Paolasso,J. E. Isea Perez,L. Soares Piegas,F. Van de Werf,Harvey D. White,Mohammad Zubaid,A. M. Faruqi,I. Rasool,K. Soomro,H. ul Banna,S. Yusuf,S. R. Mehta,R. J. Ahmed,S. Pavlov,J. Pogue,F. Zhao,I. Tsuluca,M. Molec,I. Holadyk-Gris,K. Ahmed,P. Pais,D. Freeda,S. Lidwin,M. Chenniappan,B. Isaac,S. S. Iyengar,Pradeep Joshi,Shriprakash Kalantri,Susmita Kaushik,U. K. Mahorkar,J. Narendra,Sanjoy K. Paul,M. J. Santhosh,B. K.S. Sastry,S. B. Siwach,K. Varghese,H. Yang,Y. Yang,X. Zhang,H. Tan,J. Tang,X. Li,L. Yan,Y. Zhang,J. Li,M. Y. Bai,Y. Q. Jiang,S. Y. Lang,X. Y. Shi,Z. R. Tian,K. Wang,D. H. Yan,S. Y. Yu,Álvaro Pascual,H. Ozcoidi,Carmen de la Cuesta,D. Wojdyla,G. M. Font,M. I. Genisans,I. Chandna,M. Rafiq,N. Dadani,S. S. Fatima,S. Rehman,S. Adil,K. Bhojomal,Abdul Hameed,S. A. Khan,P. Sleight,C. Baigent,Jack Hirsh,W. Taylor,G. Tognoni,P. Bacher,N. Bender,U. Legler,U. Magin,U. Raschke,M. San Mauro,M. A. Brito,A. Alves De Lima,R. A. Ahuad Guerrero,R. Nordaby,R. J. Barcudi,J. Bono,R. E. Ledesma,H. R. Ramos,A. Caccavo,S. M. Macin,S. N. Ferreyra Cantante,G. D. Caime,L. R. Cartasegna,O. A. Perrino,A. J. Gambarte,E. Marzetti,M. Garrido,R. J. Balado,Cláudia B.R. Martinez,A. A. Fernandez,E. Ferro Queirel,J. O. Balbi,G. Amuchastegui,G. Covelli,A. Gentile,C. E. Girino,Job E. Lopez,R. Monti,A. D. Orlandini,O. Pellizon,J L Ramos,G. Zapata,C. A. Cuneo,J. A. Sanchez,J. P. Albisu,M. A. Berli,M. A. Hominal,R. A. Peleteiro Mariño,V. Mezzina,E. M. Avila,P. Baselga,C. R. Castellanos,H. L. Luciardi,L. L. Lobo Marquez,J. Muntaner,E. M. Good God,G. Reis,D. M. Mello Soares,Luiz Carlos Bodanese,E. Manenti,L. Prestes,J. G. De Castro Amino,R. Uchoa Azevedo,Antonio Carlos Carvalho,R. F. Ramos,M. Alcaino,P. Castro Galvez,R. Corbalán Herreros,H. Liu,R. Wang,Z. C. Liu,X. Tian,G. Wang,Z. Nan,J. Zhang,C. Zai,W. Chen,M. Gao,D. Hu,S. Jia,D. X. Li,Q. Li,S. L. Liu,Y. Sun,B. Wang,G. F. Xie,Z. Xu,X. Yang,M. Zhao,X. Zhao,Z. Fang,S. Y. Liu,Z. Ma,Y. Jiang,Z. Zhen,F. Huo,H. G. Yang,Y. Miao,C. M. Yang,X. Chi,Z. X. Liu,S. Zhou,F. S. Zhou,R. Guo,K. Jing,S. Ren,J. Zhao,H. Bai,C. Cheng,J. Cheng,X. Hao,H. Li,W. G. Li,S. Wang,W. Zhang,L. Li,S. Fu,J. Shao,X. Tan,S. Chen,J. Fu,Q. Zheng,J. Ma,H. Chen,H. Ma,L. Gong,Z. Zhang,F. Li,B. Yang,L. S. Zhou,Z. Wang,X. Sun,G. Tao,Q. Wang,X. Guo,X. Wang,K. Zai,Q. Cui,S. Fan,W. Liu,Q. Meng,G. Qi,Y. Qin,N. Wang,G. Xu,X. Yin,Q. Zhang,S. Zhang,R. Liu,F. Wang,W. K. Li,H. Zhang,X. Xu,R. Ma,F. Guan,T. Yang,R. Zhqo,J. Huang,A. Li,J. Zhou,X. You,L. Hao,F. Zhangfang,X. Ma,C. Shen,Z. Hou,N. F. Zho,G. Huang,P. Guo,J. Lou,Q. P. Wang,X. Jiang,Z. Li,D. Tian,Z. D. Wu,M. G. Yang,Z. C. Li,S. G. Yang,Y. Tu,C. He,Y. Cao,Y. Han,Jinhai Yang,S. Dong,D. F. Li,Q. F. Zhang,Z. Fan,D. Q. An,J. Liu,G. Yang,X. C. Xu,Y. Xia,H. Xu,T. Wang,D. Li,J. Wei,P. Yang,C. Y. Liu,S. Shang,Y. G. Zhang,E. Hernandez Leyva,N. Cano Lopez,A. R. Gonzalez Medina,John Kanakakis,John N. Nanas,P. Papazoglou,J. Srinivas,B. Srinivasulu,S. Dani,J. Prajapati,G. Deepak,J. F. Shallam,K. J. Nesaraj,Ashok Kumar,Rinku Sharma,S. Balasubramaniyan,N. Chidambaram,R. Umrani,Sharad Chandra,S. Dwivedi,R. Kishore,B. J. Kumar,Y. Kumble,S. Mehrotra,P. R. Nayak,S. S. Ramesh,P. K. Shetty,S. K. Trivedi,R. Beniwal,A. Kalla,R. B. Panwar,K. G. Alexander,A. V. Bindu,A. Nambiar,D. Barkavi,A. Kalanidhi,T. Pradeep,J. Rajesh,M. Ramesh,S. Shanmugasundaram,Pradeep Kumar,G. Sidhu,Rajvir Singh,K. N. Pradeep,Anubhav Mittal,J. B. Bijapure,M. S. Rao,N. G. Mohanarjun,M. B. Rao,B. R. Babu,N. Dinesh,R. K. Jain,P. A. Jiwani,S. R. Naik,T. N.C. Padmanabhan,B. S. Raju,R. Rajaram,A. S.V.N. Rao,DC Rao,V. S.P. Rao,S. Sinha,A. Bharani,G. Verma,R. K. Tongia,Sanjay Kalra,Shweta Sharma,Ravi Mehrotra,S. Sanghvi,O. P. Soni,Atanu Biswas,J. Boben,G. Jacob,Johny Joseph,A. Puri,V. K. Puri,H. Singh,R. Calton,G. K. Aneja,P. Nyayadhish,P. J. Nathani,S. K. Rane,M. Fulwani,A. S. Jain,Amal Kumar Khan,R. G. Salkar,A. Somani,R. Wadhwani,S. D. Zawar,V. E. Shegokar,S. L. Tungikar,V. Vijan,R. Trehan,A. Garg,S. Verma,S. Borade,D. Duggal,J. Hiremath,Jagdish,V.K. Katyal,H. R. Devendrappa,Ratnakar,P. B. Latha,E. B. Manoj,P.P. Mohanan,P. Gandhimadhinathan,K. Jeremaiah,B. S.V. Raj,R. Udaysankar,J. K. Chhaparwal,S. T. Chandy,Sonia Gupta,S. Raghavan,P. Ramesh,V. S. Reddy,P. Srinivas,K. D. Rao,B. R. Malipeddi,G. S.R. Murthy,Rajnish Joshi,Supriya Patil,S. Tredici,D. Agnelli,E. Assanelli,A. Bozzano,L. Marsano,R. Crivello,A. Nejrotti,A. Abdulminem,H. Saad,J. Martinez Sanchez,J. Carrillo Calvillo,A. Hamer,H. U. Banna,J. Lopez Ferre,R. J. Freedman,N. Transk,D. Almeida,P. J.C. Lujan,C. Mata,C. Becerra,Kadir González,F. Torres,M. A. Alvarez,E. Carrillo +481 more
TL;DR: In this large, international randomized trial, high-dose GIK infusion had a neutral effect on mortality, cardiac arrest, and cardiogenic shock in patients with acute STEMI.
Journal ArticleDOI
Gas hydrates in sustainable chemistry
Aliakbar Hassanpouryouzband,Aliakbar Hassanpouryouzband,Aliakbar Hassanpouryouzband,Edris Joonaki,Edris Joonaki,Mehrdad Vasheghani Farahani,Satoshi Takeya,Carolyn D. Ruppel,Jinhai Yang,Niall J. English,Judith M. Schicks,Katriona Edlmann,Hadi Mehrabian,Zachary M. Aman,Bahman Tohidi +14 more
TL;DR: This review summarizes the different properties of gas hydrates as well as their formation and dissociation kinetics and then reviews the fast-growing literature reporting their role and applications in the aforementioned fields, mainly concentrating on advances during the last decade.
Journal ArticleDOI
A wellbore stability model for hydrate bearing sediments
TL;DR: In this paper, a model is developed to simulate the stability of a wellbore drilled in a methane-hydrate bearing sedimentary formation, which couples the thermodynamic stability of the hydrates in porous media to fluid and thermal transport and to mechanical deformation.
Journal ArticleDOI
CO2 hydrates could provide secondary safety factor in subsurface sequestration of CO2.
TL;DR: The results demonstrate that the sequestrated CO(2) migrated upward and formed hydrates with the pore water in the sediment when the pressure and temperature conditions in the sediments were inside the hydrate stability zone, and could be an important criterion in the selection of suitable sites for geological storage ofCO(2).
Journal ArticleDOI
CO2 Capture by Injection of Flue Gas or CO2−N2 Mixtures into Hydrate Reservoirs: Dependence of CO2 Capture Efficiency on Gas Hydrate Reservoir Conditions
Aliakbar Hassanpouryouzband,Jinhai Yang,Bahman Tohidi,Evgeny Chuvilin,Vladimir Istomin,Boris Bukhanov,Alexey Cheremisin +6 more
TL;DR: For a certain reservoir temperature, there is an optimum reservoir pressure at which the maximum amount of CO2 can be captured from the injected flue gas or CO2-N2 mixtures injection, which suggests that it is essential to control the injection pressure to enhance CO2 capture efficiency.