作业帮帮忙翻译一下,以中文参考文献的格式
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帮忙翻译一下,以中文参考文献的格式
Rossen, W.R., “Foams in Enhanced Oil Recovery,” in R. K. Prud’homme and S. Khan, ed., Foams:
Theory, Measurements and Applications, Marcel Dekker, New York, 1996, pp. 413–464.
Schramm, L.L., Foams: Fundamentals and Applications in the Petroleum Industry, Advances in
Chemistry. American Chemical Society, Washington, DC, 1994.
Simjoo, M., and Zitha, P. L. J., “Effects of Oil on Foam Generation and Propagations in Porous
Media,” SPE 165271, presented at the SPE Enhanced Oil Recovery Conference, Kuala Lumpur, Malaysia,
2-4 July 2013.
Svorstøl, I., Vassenden, F., and Mannhardt, K., “Laboratory Studies for design of a Foam Pilot in the
Snorre Field,” SPE paper 35400 presented at the SPE/DOE Improved Oil Recovery Symposium, Tulsa,
OK (1996).
Szlendak, S. M., Nguyen, N., and Nguyen, Q. P., “Laboratory Investigation of Low-Tensio-Gas
Flooding for Improved Oil Recovery in Tight Formations,” SPE Journal 18, 851–866 (2013).
Tang, G. Q., and Kovscek, A. R., “Trapped Gas Fraction During Steady-State Foam Flow,” Transport
Porous Media 65 287–307 (2006).
Yin, G., Grigg, R. B. and Yi, S., “Oil Recovery and Surfactant Adsorption During CO2 Foam
Flooding,” SPE paper 19787 presented at the Offshore Technology Conference, Houston, Texas, 2009.
Zhou, W., Dong, M., and Wang, X., “Polymer/Gel Enhanced Foam Flood for Improving Post-
Waterflood Heavy Oil Recovery,” SPE paper 165430 presented at the SPE Heavy Oil Conference Canada,
Calgary, Alberta, Canada, 11-15 June 2013.
Rossen, W.R., “Foams in Enhanced Oil Recovery,” in R. K. Prud’homme and S. Khan, ed., Foams:
Theory, Measurements and Applications, Marcel Dekker, New York, 1996, pp. 413–464.
Schramm, L.L., Foams: Fundamentals and Applications in the Petroleum Industry, Advances in
Chemistry. American Chemical Society, Washington, DC, 1994.
Simjoo, M., and Zitha, P. L. J., “Effects of Oil on Foam Generation and Propagations in Porous
Media,” SPE 165271, presented at the SPE Enhanced Oil Recovery Conference, Kuala Lumpur, Malaysia,
2-4 July 2013.
Svorstøl, I., Vassenden, F., and Mannhardt, K., “Laboratory Studies for design of a Foam Pilot in the
Snorre Field,” SPE paper 35400 presented at the SPE/DOE Improved Oil Recovery Symposium, Tulsa,
OK (1996).
Szlendak, S. M., Nguyen, N., and Nguyen, Q. P., “Laboratory Investigation of Low-Tensio-Gas
Flooding for Improved Oil Recovery in Tight Formations,” SPE Journal 18, 851–866 (2013).
Tang, G. Q., and Kovscek, A. R., “Trapped Gas Fraction During Steady-State Foam Flow,” Transport
Porous Media 65 287–307 (2006).
Yin, G., Grigg, R. B. and Yi, S., “Oil Recovery and Surfactant Adsorption During CO2 Foam
Flooding,” SPE paper 19787 presented at the Offshore Technology Conference, Houston, Texas, 2009.
Zhou, W., Dong, M., and Wang, X., “Polymer/Gel Enhanced Foam Flood for Improving Post-
Waterflood Heavy Oil Recovery,” SPE paper 165430 presented at the SPE Heavy Oil Conference Canada,
Calgary, Alberta, Canada, 11-15 June 2013.
Rossen,W.R.,“Foams in Enhanced Oil Recovery,” in R.K.Prud’homme and S.Khan,ed.,Foams:
Theory,Measurements and Applications,Marcel Dekker,New York,1996,pp.413–464.
Schramm,L.L.,Foams:Fundamentals and Applications in the Petroleum Industry,Advances in
Chemistry.American Chemical Society,Washington,DC,1994.
Simjoo,M.,and Zitha,P.L.J.,“Effects of Oil on Foam Generation and Propagations in Porous
Media,” SPE 165271,presented at the SPE Enhanced Oil Recovery Conference,Kuala Lumpur,Malaysia,
2-4 July 2013.
Svorstøl,I.,Vassenden,F.,and Mannhardt,K.,“Laboratory Studies for design of a Foam Pilot in the
Snorre Field,” SPE paper 35400 presented at the SPE/DOE Improved Oil Recovery Symposium,Tulsa,
OK (1996).
Szlendak,S.M.,Nguyen,N.,and Nguyen,Q.P.,“Laboratory Investigation of Low-Tensio-Gas
Flooding for Improved Oil Recovery in Tight Formations,” SPE Journal 18,851–866 (2013).
Tang,G.Q.,and Kovscek,A.R.,“Trapped Gas Fraction During Steady-State Foam Flow,” Transport
Porous Media 65 287–307 (2006).
Yin,G.,Grigg,R.B.and Yi,S.,“Oil Recovery and Surfactant Adsorption During CO2 Foam
Flooding,” SPE paper 19787 presented at the Offshore Technology Conference,Houston,Texas,2009.
Zhou,W.,Dong,M.,and Wang,X.,“Polymer/Gel Enhanced Foam Flood for Improving Post-
Waterflood Heavy Oil Recovery,” SPE paper 165430 presented at the SPE Heavy Oil Conference Canada,
Calgary,Alberta,Canada,11-15 June 2013.
ROSSEN的,对,“提高石油采收率的泡沫,“R·K·普鲁多姆和S.Khan,主编,泡沫：
理论,测量和应用,德克尔,纽约,1996,页413–464.
施拉姆,L.L.,泡沫：在石油工业中的基本原理和应用,进展
化学.美国化学学会,华盛顿,DC,1994.
simjoo,M.,和zitha,P.J.,“油在多孔泡沫的产生和传播的影响
媒体,“SPE 165271,在SPE提高采收率会议,吉隆坡,马来西亚,
七月2-4日2013.
svorstøL,I,瓦森嫩,F,和曼哈特,K.,“在一个泡沫的导频设计的实验室研究
孤场,“SPE论文35400在SPE/DOE提高采收率座谈会,塔尔萨,
好（1996）.
茨兰达克,S.M.,阮,阮,问：体育,“低压气体的实验研究
在提高石油采收率在致密地层驱油,“SPE杂志18,851,866（2013）–.
问：唐,G.,和Kovscek,A R,“被困气体组分稳态泡沫流动过程中,“运输
多孔介质65 287 307（2006）–.
阴,G.,格里格,R.B.彝族,“在美国,CO2泡沫驱油和表面活性剂的吸附
驱,“SPE论文19787在近海技术会议,休斯敦,德克萨斯,2009.
周,W,东,M,和王,X,“聚合物/凝胶泡沫驱提高增强后的—
注水采油,“SPE论文165430在SPE重油大会加拿大,
卡尔加里,阿尔伯塔,加拿大,六月11-15号2013.
再问： 恶心，不翻译就算了，复制粘贴干嘛
再答： 呵呵，你题目有说过不能百度吗？爱看不看
再问： 狗屁不通
再答： 就20分，说话还这样，谁回答你
Theory,Measurements and Applications,Marcel Dekker,New York,1996,pp.413–464.
Schramm,L.L.,Foams:Fundamentals and Applications in the Petroleum Industry,Advances in
Chemistry.American Chemical Society,Washington,DC,1994.
Simjoo,M.,and Zitha,P.L.J.,“Effects of Oil on Foam Generation and Propagations in Porous
Media,” SPE 165271,presented at the SPE Enhanced Oil Recovery Conference,Kuala Lumpur,Malaysia,
2-4 July 2013.
Svorstøl,I.,Vassenden,F.,and Mannhardt,K.,“Laboratory Studies for design of a Foam Pilot in the
Snorre Field,” SPE paper 35400 presented at the SPE/DOE Improved Oil Recovery Symposium,Tulsa,
OK (1996).
Szlendak,S.M.,Nguyen,N.,and Nguyen,Q.P.,“Laboratory Investigation of Low-Tensio-Gas
Flooding for Improved Oil Recovery in Tight Formations,” SPE Journal 18,851–866 (2013).
Tang,G.Q.,and Kovscek,A.R.,“Trapped Gas Fraction During Steady-State Foam Flow,” Transport
Porous Media 65 287–307 (2006).
Yin,G.,Grigg,R.B.and Yi,S.,“Oil Recovery and Surfactant Adsorption During CO2 Foam
Flooding,” SPE paper 19787 presented at the Offshore Technology Conference,Houston,Texas,2009.
Zhou,W.,Dong,M.,and Wang,X.,“Polymer/Gel Enhanced Foam Flood for Improving Post-
Waterflood Heavy Oil Recovery,” SPE paper 165430 presented at the SPE Heavy Oil Conference Canada,
Calgary,Alberta,Canada,11-15 June 2013.
ROSSEN的,对,“提高石油采收率的泡沫,“R·K·普鲁多姆和S.Khan,主编,泡沫：
理论,测量和应用,德克尔,纽约,1996,页413–464.
施拉姆,L.L.,泡沫：在石油工业中的基本原理和应用,进展
化学.美国化学学会,华盛顿,DC,1994.
simjoo,M.,和zitha,P.J.,“油在多孔泡沫的产生和传播的影响
媒体,“SPE 165271,在SPE提高采收率会议,吉隆坡,马来西亚,
七月2-4日2013.
svorstøL,I,瓦森嫩,F,和曼哈特,K.,“在一个泡沫的导频设计的实验室研究
孤场,“SPE论文35400在SPE/DOE提高采收率座谈会,塔尔萨,
好（1996）.
茨兰达克,S.M.,阮,阮,问：体育,“低压气体的实验研究
在提高石油采收率在致密地层驱油,“SPE杂志18,851,866（2013）–.
问：唐,G.,和Kovscek,A R,“被困气体组分稳态泡沫流动过程中,“运输
多孔介质65 287 307（2006）–.
阴,G.,格里格,R.B.彝族,“在美国,CO2泡沫驱油和表面活性剂的吸附
驱,“SPE论文19787在近海技术会议,休斯敦,德克萨斯,2009.
周,W,东,M,和王,X,“聚合物/凝胶泡沫驱提高增强后的—
注水采油,“SPE论文165430在SPE重油大会加拿大,
卡尔加里,阿尔伯塔,加拿大,六月11-15号2013.
再问： 恶心，不翻译就算了，复制粘贴干嘛
再答： 呵呵，你题目有说过不能百度吗？爱看不看
再问： 狗屁不通
再答： 就20分，说话还这样，谁回答你