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Yan, Keping

Electrostatic Precipitation

Yan, Keping - Electrostatic Precipitation, ebook

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Table of contents

1. Development of Chinese Electrostatic Precipitator Technology
Lin Youwen, Liu Weiping

2. Multi-pollutants Simultaneous Removals from Flue Gas
Gao Xiang, Wu Zuliang, Shen Xu, Luo Zhongyang, Ni Mingjiang, Cen Kefa

3. Some Technical Idea Evolutions Concerned with Electrostatic Precipitators in China
Wang Liqian, Fu Bohe

4. Enhancement of Collection Efficiencies of Electrostatic Precipitators: Indian Experiments
Avinash Chandra

5. Modeling Mercury Capture within ESPs: Continuing Development and Validation
Herek L. Clack

6. Reduction of Rapping Losses to Improve ESP Performance
Stephen L. Francis, Andreas Bäck, Per Johansson

7. Advanced Risk Analysis for the Application of ESP-s to Clean Flammable Gas-pollutant Mixtures
István Kiss, Tamás Iváncsy, Bálint Németh, István Berta

8. ESP for Small Scale Wood Combustion
A. Laitinen, K. Karjalainen, A. Virtanen, J. Keskinen, M. Aho, J. Maunuksela, I. Talka

9. Dust Flow Separator Type Electrostatic Precipitator for a Particulate Matter Emission Control from Natural Gas Combution
L. Guan, G. Harvel, S. Park, J. S. Chang

10. Electrostatic Precipitator: The Next Generation
Roger Gale

11. Current Density and Efficiency of a Novel Lab ESP for Fine Particles Collection
Zhu Jibao, Shi Yao, Zhang Xuming, Yan Hui, Yan Keping

12. Five Stages Electrostatic Precipitator Principles and Application
Xu Guosheng, Xu Libo

13. Application of STAAD in ESP Structure Design
Xie Hongwei, Peng Renhong, Gao Xing

14. Flue Gas Conductivity and Efficiency of ESP
Xhao Xinzhi

15. Non-static Collection Process of the electrostatic Precipitator
Hao Wenge, Xiong Haowang

16. Study of Using Mixed Discharge Electrodes and Mixed Spacing of Pole to Pole for Electrostatic Precipitator
Fang Qixian, Zhang Binxin

17. Experimental Investigation on the Collection of Fine Dust with High Resistivity by a Bipolar Discharging ESP
Xiang Xiaodong, Wang Ying, Chen Wangsheng

18. Designing ESP Systemically to Reduce Dust Emission
Lu Xusheng, Ming Pingyang, Wang Tiejun, Gao Xing, Li Zaishi

19. Research on Vibration Period Optimization of Electrostatic Precipitator
Hu Manyin, Liu Yujing, Yin Qi, Liu Zhong, Gao Xianglin

20. Study on the Dust Removal Efficiency Formula of EP with Efficiency Enhancing and Energy Saving
Fu Qiwen, Lu Zefeng, Hu Manyin, Gao Xianglin, Liu Yujing

21. Research and Application of the Extensive Resistivity and Efficient Electrostatic Precipitator
Huang Sanming, Liu Weiping, Tao Hongsen

22. Application and Research on Technology of Longking Brand BEL Model ESP
Liao Zeng’an

23. Electrode Shape and Collector Plate Spacing Effects on ESP Performance
Niels Finderup Nielsen, Christian Andersson

24. Resistance and Airflow Distribution of Rotary Plate
Xu Guosheng, Yuan Shuxia

25. Onset Voltage of Corona in Electrostatic Filters as Influenced by Gas Flow
M. Abdel-Salam, A. Hashem

26. An Initial Exploration for Coulomb ESP
Jin Lieshui

27. Effect of the EHD Flow on Particle Surface Charging and the Collection Efficiency of Submicron and Ultrafine Dust Particles in Wire-plate Type Electrostatic Precipitators
D. Brocilo, A. Berezin, J. S. Chang

28. Electrohydrodynamic Turbulent Flow in a Wide Wire-Plate Electrostatic Precipitator Measured by 3D PIV Method
J. Podlinski, A. Niewulis, J. Mizeraczyk

29. Applying Numerical Simulation on Air Pollution Control Equipment
Kasper Gadegaard Skriver, Niels Finderup Nielsen

30. CFD Simulation of Electrostatic Precipitators and Fabric Filters State of the Art and Applications
M. Feldkamp, M. Dickamp, C. Moser

31. Numerical Modeling of the Electrohydrodynamics in a Hybrid Particulate Collector
Long Zhengwei, Yao Qiang, Song Qiang, Li Shuiqing

32. CFD Numerical Simulation of ESP Airflow Distribution and Application of Flue Gas Distribution
Xie Biao

33. Study and Application of Numerical Calculation Method for Gas Flow Distribution of Large Scale Electrostatic Precipitator
Dang Xiaoqing, Hu Hongsheng, Ma Guangda, Yan Dongjie

34. Experiment Study on Optimization of Electric Field Performance for Electrostatic Precipitator by Using Finite Element Method
Dang Xiaoqing, Li Dongyang, Ma Guangda, Ren Yan, Shi Yong

35. Analytical Study on ZT Collecting Electrode
Yi Dai, Kurt Huang

36. Model EE I Technology in 1#125 MW Unit of Electrostatic Precipitator Application for GUODIAN Kaili Power Plant
Xie Biao

37. Model EE II Technology in 2#600MW Unit of Electrostatic Precipitator Application for GUODIAN Kaili Power Plant
Xie Biao

38. Numerical Simulation of Influence of Baffler in Electric Field Entrance to Form Skewed Gas Flow
Hu Manyin, Sun Xijuan, Ma Chunhong, Liu Yujing, Wang Li-qian

39. A Numerical Simulation for Predicting Influence of Flow Pattern in Electrostatic Precipitator on Exit Re-entrainment Loss
Du Zhenyu, Xie Qiuhong

40. Research Progress of the Control Technology of the PM10 from Combustion Sources
Yao Qiang, Li Shuiqing, Song Qiang, Huang Bin, Xu Haiwei, Liu Guanqing

41. Enhanced Fine Particle and Mercury Emission Control Using the Indigo Agglomerator
Rodney Truce, Luke Wilkinson

42. Emission Reductions at a Chinese Power Station
John Wilkins, Luke Wilkinson, L I Dingfu

43. On-line Measurement of Hazardous Fine Particles for the Future APC Technology
Karsten S. Poulsen, Christer Löfstöm

44. A Novel Method for Particle Sampling and Size-Classified Electrical Charge Measurement at Power Plant Environment
Ville Niemelä, Erkki Lamminen, Ari Laitinen

45. Agglomeration Modelling of Sub-Micron Particle during Coal Combustion Based on the Flocculation Theory
Zhang Kai, Zhang Junying, Li Hailong, Zhao Yongchun, Zhang Liqi, Zheng Chuguang

46. Integrated Control of Submicron Particles and Toxic Trace Elements by ESPs Combined with Chemical Agglomeration
Li Hailong, Zhang Junying, Zhao Yongchun, Zhang Liqi, Zheng Chuguang

47. Electrostatic Capture of PM2.5 Emitted from Coal-fired Power Plant by Pulsed Corona Discharge Combined with DC Agglomeration
Xu Fei, Luo Zhongyang, Wei Bo, Wang Lina, Gao Xiang, Fang Mengxiang, Cen Kefa

48. An Approximate Expression for the Coagulation Coefficient of Bipolar-charged Particles in an Alternating Electric Field
Tan Baihe, Wang Lianze, Wu Ziniu

49. Improving Nano-particle Collection Efficiency and Suppressing Particle Re-entrainment in an AC Electrostatic Precipitator with Hole-punched Electrode
Koji Yasumoto, Akinori Zukeran, Yasuhiro Takagi, Yoshiyasu Ehara, Toshiaki Yamamoto

50. Precipitator Performance Improvement and Energy Savings based on IGBT Inverter Technology
Norbert Grass, Andreas Zintl

51. Performance Enhancements Achieved with High Frequency Switch Mode Power Supplies
Helmut Herder, Bob Guenther, Gerry Klemm

52. High Frequency Power Supply Operation on Hot-Side ESP
M. Brandon Looney, Mark Berry, Helmut Herder, Robert Guenther, Robert W. Smith, Ralph Altman

53. Industrial Applications of Three-phase T/R for Upgrading ESP Performance
Zhang Binwei, Wang Ronghua, Yan Keping

54. Industrial Applications of a New AVC for Upgrading ESP to Save Energy and Improve Efficiency
M A Jinhui, Yang Yaowen, Wang Ronghua, Yan Keping

55. Highly Efficient Switch-Mode 100 kV, 100 kW Power Supply for ESP Applications
Alex Pokryvailo, Costel Carp, Cliff Scapellati

56. The Crystal Ball Gazing with Electrostatic Precipitators: V-I Curves Analysis
V. Arrondel, G. Bacchiega, M. Hamlil, N. Gautier, A. Renard

57. New Automatic Voltage Control Designs for Enhanced ESP Systems Integration, Improved Reliability, Safety and Troubleshooting Capabilities
John Comer, Royce Warnick, Mike Volker, Jason Horn

58. Another Concept of Three Phase High Frequency High Voltage Supply
Caryl Thomé, Denis Dupas

59. Development and Application Features of High Power High Frequency Power Supply for ESP
Chen Ying, Lu Gang, Guo Jun

60. The Application Strategy of Three-phase HV Power Supply for Special Working Condition
Xie Youjin

61. Applying the Technology of Compounded Type Power Control Rapping to Reduce the Outlet Emission Concentration
Lin Dehuan, Zheng Guoqiang, Qiu Jiangxin, Guo Jun

62. Study on Efficiency Enhancing and Energy Saving of High Voltage Power Supply of EP
Lei Yingqi, Hu Manyin, Liu Yujing, Gao Xinglin, Wang Liqian

63. Serial/Parallel Resonant Converter (SPRC) In ESP Power
Zhang Guxun

64. The Development and Application of an Energy Saving System Based on the Optimal Control and Multi-parameter Feedback
Zhang Guoqiang, Xie Xiaojie, Guo Jun, Li Jianyang, Lian Jinxin

65. Query on the Sustainable Development of Traditional Dust Precipitation Using Optimal Electric Spark Rate
Zhao Fu, Yu Wenhai, Li Zemin, Lu Yanhui, Bian Jing, Zhao Shanxiang, Zhang Xu, Dong Yanchun

66. Comparative Study of Distribution of Collecting Plate Current Density on Electrostatic Precipitations with High Direct Current and Pulse Power Supply
Li Jiwu, Cai Weijian

67. Development of Energy Saving and Efficiency Enhancing Electrostatic Precipitator Power Supply Control Equipment
L U Zefeng, F U Qiwen, L I Yiqiong, G A O Junyang

68. Research on High Frequency Switched HV Power Supplies for ESP
Wang Renjin, Wei Yunfeng

69. Design of Switch Mode Power Supply for ESP
Wang Aihua

70. Research and Application of Automatic Control Technology of Back Corona
Qiu Jiangxin, Guo Jun, Xie Xiaojie

71. The Research on Three-phase Medium-frequency DC High-voltage Power
Jiang Yunfeng, Zhang Zhiping, Bao Hua, Wang Fei, Yang Xi, Jiang Qilong, Wang Aihua, Zhou Chengming

72. Investigation of Current Density Distribution Model for Barb-plate ESP
Guo Yinliang, Xiang Xiaodong, Chen Baozhi

73. SLC500 Programmerable Logic Controller Hot Standby Two-node Cluster
Ge Yifei

74. Evaluation of HV Power Source for ESP
Zhou Xusheng, Tang Feng, Du Jianjun

75. V-I Characteristic Principle of Electrostatic Precipitator
He Jian, Xu Guosheng, Yu Guoqiang

76. Enhanced Fine Particle Collection by the Application of SMPS Energization
Kenneth Parker, Arne Thomas Haaland, Frode Vik, Arne Thomas Haaland

77. Two ESP Power Supply Patent Technologies
Wang Weixue, Fang Aimin, Zheng Zhengguang, Jiang Chao

78. Particulate and Mercury Emissions Control by Non-traditional Conditioners
Rabi K. Sinha

79. Flue Gas Conditioning
S. N. Trivedi, R. C. Phadke

80. Modeling of Back Corona in Pulse Energized “Multizone” Precipitators
Tamás Iváncsy, Jenõ Suda, Kiss István, Berta István

81. Some Investigations on Fly Ash Resistivity Generated in Indian Power Plants
Avinash Chandra

82. Enhancing ESP Efficiency for High Resistivity Fly Ash by Reducing the Flue Gas Temperature
Andreas Bäck

83. The Technical and Economical Analysis on the Application of FGC in Large Scale Coal-fired Units
Liu Quanhui, Chen Xin, Chen Wenrui

84. Advanced Methods of Mpgrading Electrostatic Precipitators
Tuomas Timonen, Alain Bill, Tarun Kr Ray, Minna Pelkonen, Hans-Eric Christiansson

85. Challenges for Reduction in Emission in Old Electrostatic Precipitators at Lower Cost
Debasish Chakrabarti, Robert Pritchard, Martin Kirsten, Christer Mauritzson

86. Least Cost to Maximise Dust Collection in Electrostatic Precipitators
Martin Kirsten, Anders Karlsson, Christer Mauritzson

87. ESP Renovation in Da Wukou Power Plant, Ningxia
Zhang Ping

88. Cost Effectively Increasing the Filtration Area in Fabric Filters for Large Power Plants
Peter Wieslander, Stephen L. Francis

89. Long-Term COHPAC Baghouse Performance at Alabama Power Company’s E. C. Gaston Units 2 & 3
Kenneth M. Cushing, W. Theron Grubb, Byron V. Corina, Ramsay L. Chang

90. Study of the Use of Bag Filters in Hot Gas Filtration Applications, Pilot Plant Experiences
B. Alonso-Fariñas, M. Lupión, B. Navarrete, V. J. Cortés

91. The R&D and Application of Electrostatic-Fabric Organic Integrated Precipitator in China
Huang Wei, Lin Hong, Zheng Kuizhao

92. Research on Performance of Electrostatic-Bag Precipitator with Comparative Industrial Tests
Dang Xiaoqing, Shi Yong, Ma Guangda, Li Dongyang

93. A Discussion on the ESP-FF Hybrid Precipitator
Zhao Xiyong, Luo Shikai

94. Collection of High Concentrations of Desulfurized Dust with ESP & FF
Ge Jielong, Zhang Yong, He Guoliang, Zhang Peifang, Zhou Diaozhong

95. Application of ESP and Fabric Filter in Power Plants in China
Zhao Xiyong, Yao Yuping, Du Yujiang

96. Application of Electrostatic Fabric Hybrid Particulate Collector
Yao Yuping, Zhao Xiyong

97. Application of ControlLogix in Remote Monitoring System of ESP-FF Hybrid Precipitator
Ge Yifei, Yu Tiesong, Zhao Lei

98. Numerical Simulation on a Hybrid Electrostatic-Bag Precipitator
Jun Chen, Xu Han

99. Evaluation of Corrosion-Resistant Alloys for Wet Electrostatic Precipitator
Keigo Orita, Nobuhiko Shiromaru

100. Wet ESP for the Collection of Submicron Particles, Mist and Air Toxics
Michael R. Beltran

101. A Discussion about Strategy of Flue Gas Dust Removal for Indian Coal Fired Boiler
Lin Guoxin

102. Assessment of Hot ESPs as Particulate Collector for Oxy-coal Combustion and CO2 Capture
Kjell Porle, Andreas Bäck, Jörgen Grubbström, Stephen L. Francis, Jinying Yan, Stina Rydberg

103. Recent Application and Running Cost of Moving Electrode type Electrostatic Precipitator
Toshiaki Misaka, Yoshihiko Mochizuki

104. Retrofit of Capacity Expansion for ESPs of Boiler 2# of Aiyis Power Plant in Jiaozuo
Yang Lei, Bao Kehong, Li Junqin, Ma Ruizhi, Cheng Xinsheng

105. Study on Improving the Performance of Electrostatic Precipitator in the Large-scale Semi-dry Flue Gas Desulfurization System
Yu Fusheng, Han Xu, Li Xionghao, Hai Jiang, Du Rongli, Li Zaishi

106. Analysis and Countermeasures for Fly-ash Feature from Zhungeer Coal with Electrostatic Precipitation
Ke Xiaomin, Liang Kexin, Cheng Xinsheng, Hu Hao

107. High Dust Concentration ESP for Coal-fired Boiler of 300 MW Generator
Xie Hongwei, Ming Pingyang, Ding Houliang

108. ESP Application on Combustion of High-Sulfur Heavy Crude Oil
G E Jielong, Zhang Ye, X U Xiaofeng, Shen Zhiang, Zhang Peifang

109. Regarding the Selection, Operation and Maintenance of Booster Fan
Wang Xinlong, Ge Jielong, Tang Feng, Yang Fei, Li Bin, Feng Guohua, Fei Lei

110. The Application Practices of the Double-zone ESP in Coal-fired Power Plant
Zhang Huarong, Meng Liu, Zhang Rongfa, Guo Jun

111. Successful Application of Longking BF-ESP Technology in Brazil GA Steel Plant
Zhong Zhiliang, Song Hua, Zheng Jialong

112. Characteristics and Technical Improvement Investigation of Electrostatic Precipitator before Sintering Machine
Kang Jinhua, Wang Jinxuan, Guo Ruilin, Wang Kun

113. Testing And Analysis of Coal Gas Dehydration Equipment in Combined Cycle Power Plant
Xiao Lichun, Ding Zhijiang

114. Development of New Gas Cleaning System with Salt Solution Spray
Morio Kagami, Toshihide Noguchi

115. Numerical Investigation of the Entire Boiler System with SCR De-NOx Reactor
Cheng Xingxing, Jin Baosheng

116. Research on Complex Multi-pollutants Control Technology in a Large-scale Coal-fired Power Plant
Han Xu, Li Xionghao, Liu Min, Jiang Hai, Han Yi

117. New Concept of CFB Boiler with FGD
Pan Xueqin

118. Dry FGD Technology Research and Application in Steel Sintering
Zheng Jinlang

119. Design and Application of Inlet Nozzle of Dry Desulphurization ESP
Zhan Qiuyue

120. The Proposal Comparison of Absorbent Preparation System of Wet Limestone-gypsum Flue Gas Desulphurization Process
Yan Dong

121. Economic Analysis of Wet Flue Gas Desulphurization Project Operation
Dai Yongyang, Shu Yinggang

122. Discussion on the Mechanism of Semi-Dry Desulphurization
Ge. Jielong, Dai Yongyang

123. Analysis on Chimney Inner Wall Anti-corrosion in GGH Eliminated Wet Desulfurization System
Zhao Pei, Wang Kun

124. Simultaneous Removal of SO2 and NO2 by Wet Scrubbing Using Aqueous Limestone Slurry
Guo Ruitang, Gao Xiang

125. Study on Mid-temperature SCR DeNO
x
Catalyst under High SO2 and CaO
Dai Yongyang, Cui Ying

126. Research and Application of Numerical Calculation methods in SCR DeNOx Reactor & Duct Design
Chen Haifeng

127. Retrofit Project of 2×100 MW Units in Yushe Power Plant, Shanxi Province Using Two Boilers-One CFB FGD
Lin Fulin, Lian Egui

128. Design and Application of the Dry-FGD Process in Sanming Steel No. 2 Sintering Plant
Yu Zhijie, Li Qiyong, Xu Haijun, Lin Chunyuan

129. The Fouling Characteristics and Comparative Analysis of Cleaning Technology of SCR
Gu Yu, Jin Bs, Xiao G

130. AC/DC Power Modulation for Corona Plasma Generation
A. J. M. Pemen, T. H. P. Ariaans, Liu Zhen, E. J. M. Heesch, G. J. J. Winands, Yan Keping

131. Development of the PPCP Technology in IEPE
Zhao Junke, Ren Xianwen, Wang Baojian, Wu Yan, Yang Ruizhuang, Tu Guofeng, Zhang Yabin

132. Non-thermal Plasma Processing for Dilute VOCs Decomposition Combined with the Catalyst
Tetsuji Oda, Hikaru Kuramochi, Ryo Ono

133. Performance Characteristics of Pilot-Scale NO
x
Removal from Boiler Emission Using Plasma-chemical Process
Hidekatsu Fujishima, Tomoyuki Kuroki, Atsuyoshi Tatsumi, Masaaki Okubo, Keiichi Otsuka, Toshiaki Yamamoto, Keiichiro Yoshida

134. Experimental Investigation on Styrene Emission with a 1000m3/h Plasma System
Zhang Xuming, Zhu Jibao, Huang Yifan, Yan Keping

135. Streamer Corona Plasmas and NO Removal
Hu Xiaotu, Jiang Xuedong, Yan Keping, Li Ruinian

136. Influence of Ratio of NO/NO2 on NO
x
Removal using DBD with Urea Solution
Yusuke Kudo, Hiroshi Taguchi, Sumio Kogoshi

137. Catalysis-assisted Decomposition of Aqueous 2, 4, 6-Trinitrotoluene by Pulsed High Voltage Discharge Process
Haiyan Chen, Shi Yao, Lei Lecheng, Zhang Ye, Chu Hailin, Yang Ruizhuang, Zhang Yabin

138. Plasma-catalytic Removal of Formaldehyde in Atmospheric Pressure Gas Streams
Ding Huixian, Zhang Zengfeng

139. Relationship between Discharge Electrode Geometry and Ozone Concentration in Electrostatic Precipitator
Yoshiyasu Ehara, Daiki Yagishita, Toshiaki Yamamoto, Akinori Zukeran, Koji Yasumoto

140. Study of Carbon Monoxide Oxidation by Discharge
Nobumitsu Matsui, Yoshiyasu Ehara, Toshiaki Yamamoto, Akinori Zukeran, Koji Yasumoto

141. Application of a Dielectric Barrier Discharge Reactor for Diesel PM Removal
Yao Shuiliang, Atoshi Kodama, Shin Yamamoto, Chieko Mine, Yuichi Fujioka, Chihiro Fushimi

142. Catalyst Size Impact on Non-Thermal Plasma Catalyst Assisted deNO
x
Reactors
Ming-Gong Chen, Adrian Mihalcioiu, Kazunori Takashima, Akira Mizuno

143. The Study on Series of Copper Catalyst in the Reactor of Dielectric Barrier Discharge to Remove NO
x


Minggong Chen, Yan Lingyan, Wang Xiaoyan, T. Takashima, A. Mizuno

144. VOC Removal Using Adsorption and Surface Discharge
Yujiro Oishi, Yoshiyasu Ehara, Toshiaki Yamamoto

145. A Novel Concept of Remediation of Polluted Streams Using High Energy Density Glow Discharge (HEDGe)
Alex Pokryvailo

146. Gaseous Elemental Mercury Oxidation by Non-thermal Plasma
Li Huan, Zhu Tianle, Tang Ping, Xing Xuan

147. A Multiple-switch Technology for High-power Pulse Discharging
Z. Liu, A. J. M. Pemen, E. J. M. Heesch, K. Yan, G. J. J. Winands, D. B. Pawlok

148. Humidity and Oxygen Effects on Dimethyl Sulfide Decomposition Plasma Corona Reactor
Chen Jie, Shi Yao, Pan Hua, Su Qingfa

149. The Mechanism of Naphthalene Decomposition in Corona Radical Shower System by DC Discharge
Gao Xiang, Shen Xu, Zuliang Wu, Luo Zhongyang, Ni Mingjiang, Cen Kefa

150. Surface Modification of Polestar Fabrics by Non-thermal Plasma for Improving Hydrophilic Properties
S. Inbakumar, A. Anukaliani

151. Predictive Model of Nonequilibrium Plasma Decontamination Efficiency for Gaseous Pollutant
Li Zhanguo, Hu Zhen, Yan Xuefeng

152. Application Study of Electrostatic Precipitation with Earthed Atomizing Discharges
Mi Junfeng, Xu Dexuan, Hao Chengxiang

153. Integrated Clarification Technology for De-dusting, Desulfurization and Odor Elimination Preposed-spraying-screen Static Electrical Soot Remover
Huang Qingbao

154. Introduction of High Precision Charging Technique Applied in Pulsed Magnetron Modulator for Industrial Computerized Tomography System
Zhang Yabin, Ren Xianwen, Tu Guofeng, Li Xiaojin

155. Discrepant ESD-CDM Test System and Failure Yield Prediction between ESD Association and JEDEC Standards
Yuparwadee Satirakul, Tanawat Butngam, Surapol Phunyapinuant

Keywords: Environment, Environmental Engineering/Biotechnology, Electrical Engineering, Industrial Chemistry/Chemical Engineering, Atoms and Molecules in Strong Fields, Laser Matter Interaction, Plasma Physics

Author(s)
Publisher
Springer
Publication year
2009
Language
en
Edition
1
Category
Natural Sciences
Format
Ebook
eISBN (PDF)
9783540892519

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