20. Chen J (2009) Research on high pressure pneumatic pressure reducing valve on vehicle
(0620030061). Tongji university master’s thesis
21. Luo J (2009) Characteristics analysis of high pressure hydrogen supply system for hydrogen
energy vehicles (0620030065). Tongji university master’s thesis
22. Huang Y (2009) Study on ultrasonic flowmeter of gas (0620030063). Tongji university
master’s thesis
23. Shen L (2010) Characteristics analysis of high pressure pneumatic pressure reducing valve for
hydrogen energy vehicle (0720030050). Tongji university master’s thesis
24. Zhao Y (2010) Analysis of high pressure pneumatic pressure reducing valve under vibration
condition (0720030051). Tongji university master’s thesis
25. Li L (2011) Study on gas resistance capacity of hydrogen supply system for fuel cell vehicle
(0820030059). Tongji university master’s thesis
26. Mao Z (2006) Infinite hydrogen energy—energy of the future. Chin J Nat 28(1):14–18
27. Long L (1999) CA-3A series carrier rockets. Missile Space Deliv Technol 3:1–6
28. Tu S (1992) Liquid ballistic missiles and launch vehicles (electro-hydraulic servo mechanism,
electro-hydraulic servo mechanism manufacturing technology). China aerospace publishing
house, Beijing
29. Department of basic industry development, national development planning commission of
China (2000) China’s new and renewable energy–1999 white paper. China planning
publishing house, Beijing
30. Huai B-G (2005) Outline of the U.S. department of energy’s hydrogen energy program. Land
Resour Intell 7
31. Chen Q, Qiu B, Xie Q (2005) Fuel cell electric vehicle. Qinghua University Press, Beijing
32. Changpin Chen, Xinhua Wang, LiXin Chen (2005) Current status of development and
applications of onboard hydrogen storage technologies for fuel cell vehicle. Acta Energiae
Solaris Sinica 26(3):435–442
33. Lin CT, Xie QC, Chen QS, Peng T (2004) Hydrogen supply system in the fuel cell bus of
China. China’s Sci Technol Achiev 5
34. Chen Y, Xu H, G Tao (2002) Research and development of compressed air vehicle. J Mech
Eng 38(11):7–11
35. Xu W, Tao Z, Chen J (2006) Advances in hydrogen storage. Adv Chem 18(2):200–208
36. Song W, Li L, Wang Y (2003) Hydrogen source for fuel cell vehicle. Automot Eng 25
(4):415–417
37. Tongji University “Beyond the no. 3” Fuel cell car. http://www.news365.com.cn/xwzx/
jykjws/t20060613_975924.htm
38. U.S. department of transmissionation (2000) Basic requirements for fully wound carbon fiber
reinforced aluminum liner cylinders. DOT CFFC, NGV – 2
39. ISO 11439:2000 (1999) Gas cylinders high pressure cylinders for the on- board storage of
natural gas as a fuel for automotive vehicles. HSE-AL-FW2
40. Nell S (2002) Hydrogen composite tank program. The 2002 U. S. DOT hydrogen program
review meeting
41. Ashley S (2001) Fuel cells start to look real. Automob Eng Int 3
42. Ji X, Gu X (2002) Finite element analysis of flament wound pressure vessel with aluminum
liner. China’s Gas Cylind 38(1):31–32
43. Ji X, Gu X, Dai Y (2003) The bursting pressure and fiber strength conversion rate of fiber
wound pressure vessel. High-Tech Fiber Appl 28(4):40–41
44. Nissan motor. http://www.nissan-global.com/JP/ENVIRONMENT/GLOBAL/JAPAN/index.
html
45. Honda motor. http://www.honda.co.jp/FCX/grade-data/index.html
46. Toyota. http://www.toyota.co.jp/jp/tech/environment/fchv/index.html
47. Shanghai aerospace automotive electromechanical co. Ltd. http://www.sast.org/dwj/minpin/
hangtianjidianzigonsi.htm
48. Beijing technology co. Ltd. http://www.ctic.cn/chinese/products.htm
348
13 Application of Pneumatic Technology in Fuel Cell Vehicles
(0620030061). Tongji university master’s thesis
21. Luo J (2009) Characteristics analysis of high pressure hydrogen supply system for hydrogen
energy vehicles (0620030065). Tongji university master’s thesis
22. Huang Y (2009) Study on ultrasonic flowmeter of gas (0620030063). Tongji university
master’s thesis
23. Shen L (2010) Characteristics analysis of high pressure pneumatic pressure reducing valve for
hydrogen energy vehicle (0720030050). Tongji university master’s thesis
24. Zhao Y (2010) Analysis of high pressure pneumatic pressure reducing valve under vibration
condition (0720030051). Tongji university master’s thesis
25. Li L (2011) Study on gas resistance capacity of hydrogen supply system for fuel cell vehicle
(0820030059). Tongji university master’s thesis
26. Mao Z (2006) Infinite hydrogen energy—energy of the future. Chin J Nat 28(1):14–18
27. Long L (1999) CA-3A series carrier rockets. Missile Space Deliv Technol 3:1–6
28. Tu S (1992) Liquid ballistic missiles and launch vehicles (electro-hydraulic servo mechanism,
electro-hydraulic servo mechanism manufacturing technology). China aerospace publishing
house, Beijing
29. Department of basic industry development, national development planning commission of
China (2000) China’s new and renewable energy–1999 white paper. China planning
publishing house, Beijing
30. Huai B-G (2005) Outline of the U.S. department of energy’s hydrogen energy program. Land
Resour Intell 7
31. Chen Q, Qiu B, Xie Q (2005) Fuel cell electric vehicle. Qinghua University Press, Beijing
32. Changpin Chen, Xinhua Wang, LiXin Chen (2005) Current status of development and
applications of onboard hydrogen storage technologies for fuel cell vehicle. Acta Energiae
Solaris Sinica 26(3):435–442
33. Lin CT, Xie QC, Chen QS, Peng T (2004) Hydrogen supply system in the fuel cell bus of
China. China’s Sci Technol Achiev 5
34. Chen Y, Xu H, G Tao (2002) Research and development of compressed air vehicle. J Mech
Eng 38(11):7–11
35. Xu W, Tao Z, Chen J (2006) Advances in hydrogen storage. Adv Chem 18(2):200–208
36. Song W, Li L, Wang Y (2003) Hydrogen source for fuel cell vehicle. Automot Eng 25
(4):415–417
37. Tongji University “Beyond the no. 3” Fuel cell car. http://www.news365.com.cn/xwzx/
jykjws/t20060613_975924.htm
38. U.S. department of transmissionation (2000) Basic requirements for fully wound carbon fiber
reinforced aluminum liner cylinders. DOT CFFC, NGV – 2
39. ISO 11439:2000 (1999) Gas cylinders high pressure cylinders for the on- board storage of
natural gas as a fuel for automotive vehicles. HSE-AL-FW2
40. Nell S (2002) Hydrogen composite tank program. The 2002 U. S. DOT hydrogen program
review meeting
41. Ashley S (2001) Fuel cells start to look real. Automob Eng Int 3
42. Ji X, Gu X (2002) Finite element analysis of flament wound pressure vessel with aluminum
liner. China’s Gas Cylind 38(1):31–32
43. Ji X, Gu X, Dai Y (2003) The bursting pressure and fiber strength conversion rate of fiber
wound pressure vessel. High-Tech Fiber Appl 28(4):40–41
44. Nissan motor. http://www.nissan-global.com/JP/ENVIRONMENT/GLOBAL/JAPAN/index.
html
45. Honda motor. http://www.honda.co.jp/FCX/grade-data/index.html
46. Toyota. http://www.toyota.co.jp/jp/tech/environment/fchv/index.html
47. Shanghai aerospace automotive electromechanical co. Ltd. http://www.sast.org/dwj/minpin/
hangtianjidianzigonsi.htm
48. Beijing technology co. Ltd. http://www.ctic.cn/chinese/products.htm
348
13 Application of Pneumatic Technology in Fuel Cell Vehicles