5. Yin Y, Akaki K, Ishino Y, Chen J (1997) Influence of piston position and area of cylinder on
frequency. In: Proceedings of hydraulics and pneumatics conference, vol 5, Tokyo, pp 77–80
6. Yan J (1986) Hydraulic power control. Shanghai Jiao Tong University Press, Shanghai
7. Viersma TJ (1980) Analysis, synthesis and design of hydraulic servo systems and pipe lines.
Delft University of Technology
8. Liu X, Araki K (1993) Frequncy characteristics of test banch with M-sequency signal.
Hydraul Pneum 24(3):386–393
9. Yin Y (2012) Electro-hydraulic servo control theory and application technology in extreme
environment. Shanghai Scientific & Technical Publishers, Shanghai
10. Yin Y, Yu C,Lu T et al (2006) Research on air chamber pressure characteristics of aircraft
hydraulic control system. Autopilot Infrared Technol 2:8–12
11. Wu J, Yin Y (2007) Trend of hydraulic technology in Tongji University. Hydraul Pneum 46
(13):31–37 Japan Industry press
12. Yamaguchi A, Tanaka H (1986) Hydraulic and pneumatic engineering. Corona Corporation,
Tokyo
13. Muto T (1992) Drive and control of actuator. Konora press
14. Japanese Society of Hydraulics and Pneumatics (1989) Handbook of Hydraulics and
pneumatics. Ohm Corporation, Tokyo
15. Yin Y (1999) Research on asymmetric pneumatic servovalve and hardware compensation of
high speed pneumatic force control system, vol 3. Saitama University
16. Yin Y (2011) Research on electro-hydraulic servo-valve characteristics of aircraft in extreme
environment. Project conclusion report supported by the national natural science foundation
of China (50775161), 20 Jan 2011
17. Yin Y (2008) Research on key basic theory of aircraft steering gear system. Shanghai pujiang
talent plan (class A) summary report (06PJ14092), 30 Sept 2008
18. Qu Y (1986) Pneumatic servo system. Shanghai Jiao Tong University Press, Shanghai
19. Yin Y, Yu C, Lu T et al (2006) Research on the characteristics of hydraulic accumulator and
cylinder in extreme temperature environment. Fluid Power Transm Control 5:10–13
20. Yin Y, Xiao Q, Yan S (2008) Analysis of the influence of temperature on electro-hydraulic
servo valve. Fluid Power Transm Control 6:23–26
21. Yin Y, Yu C, Lu T et al (2006) Research on air chamber pressure characteristics of aircraft
hydraulic control system. Autoplot Infrared Technol 2:8–12
22. Shu Z (1995) Discussion on auxiliary energy scheme of air defense missile. Autoplot Infrared
Technol 1:25–36
23. Yin Y, Hu X, Li Y et al (2010) Mathematical modeling and analysis on
hydraulic-pneumatic-compound hammers. Chin J Constr Mach 8(4):379–384
24. Yin Y, Huang W, Li L et al (2010) Analysis of the assembly stress of sleeve of
electro-hydraulic servo valve based on FEM. Hydraul Pneum Seals 30(12):28–32
25. Yin Y, Xu J, Hu X et al (2010) Analysis of oil temperature of hydraulic systems of
commercial aircraft. Chin Hydraul Pneum ISSN 9:55–58
26. Yin Y, Xu J, Hu X et al (2010) Analysis of oil temperature of hydraulic systems of
commercial aircraft. In: Proceedings of the sixth national fluid transmission and control
academic conference and the first conference on fluid power BBS in China and Japan,
Lanzhou, 10–12 Aug 2010, pp 1–4
27. Cheng S (1978) General physics. People’s Education Press, Beijing
28. Yin Y (2009) Research on integrated design of ultra-high pressure pressure-reducing valve
assembly in fuel cell vehicle. Shanghai magnolia technology talent fund summary report
(2018B110), 28 May 2009
29. Yin Y (2010) Above 45 MPa research on hydrogen supercharging pressure control and
regulation technology. Subject acceptance report of national high-tech research and
development plan (National 863 Program) (2017AA05Z119), 30 June 2010
Bibliography
49
frequency. In: Proceedings of hydraulics and pneumatics conference, vol 5, Tokyo, pp 77–80
6. Yan J (1986) Hydraulic power control. Shanghai Jiao Tong University Press, Shanghai
7. Viersma TJ (1980) Analysis, synthesis and design of hydraulic servo systems and pipe lines.
Delft University of Technology
8. Liu X, Araki K (1993) Frequncy characteristics of test banch with M-sequency signal.
Hydraul Pneum 24(3):386–393
9. Yin Y (2012) Electro-hydraulic servo control theory and application technology in extreme
environment. Shanghai Scientific & Technical Publishers, Shanghai
10. Yin Y, Yu C,Lu T et al (2006) Research on air chamber pressure characteristics of aircraft
hydraulic control system. Autopilot Infrared Technol 2:8–12
11. Wu J, Yin Y (2007) Trend of hydraulic technology in Tongji University. Hydraul Pneum 46
(13):31–37 Japan Industry press
12. Yamaguchi A, Tanaka H (1986) Hydraulic and pneumatic engineering. Corona Corporation,
Tokyo
13. Muto T (1992) Drive and control of actuator. Konora press
14. Japanese Society of Hydraulics and Pneumatics (1989) Handbook of Hydraulics and
pneumatics. Ohm Corporation, Tokyo
15. Yin Y (1999) Research on asymmetric pneumatic servovalve and hardware compensation of
high speed pneumatic force control system, vol 3. Saitama University
16. Yin Y (2011) Research on electro-hydraulic servo-valve characteristics of aircraft in extreme
environment. Project conclusion report supported by the national natural science foundation
of China (50775161), 20 Jan 2011
17. Yin Y (2008) Research on key basic theory of aircraft steering gear system. Shanghai pujiang
talent plan (class A) summary report (06PJ14092), 30 Sept 2008
18. Qu Y (1986) Pneumatic servo system. Shanghai Jiao Tong University Press, Shanghai
19. Yin Y, Yu C, Lu T et al (2006) Research on the characteristics of hydraulic accumulator and
cylinder in extreme temperature environment. Fluid Power Transm Control 5:10–13
20. Yin Y, Xiao Q, Yan S (2008) Analysis of the influence of temperature on electro-hydraulic
servo valve. Fluid Power Transm Control 6:23–26
21. Yin Y, Yu C, Lu T et al (2006) Research on air chamber pressure characteristics of aircraft
hydraulic control system. Autoplot Infrared Technol 2:8–12
22. Shu Z (1995) Discussion on auxiliary energy scheme of air defense missile. Autoplot Infrared
Technol 1:25–36
23. Yin Y, Hu X, Li Y et al (2010) Mathematical modeling and analysis on
hydraulic-pneumatic-compound hammers. Chin J Constr Mach 8(4):379–384
24. Yin Y, Huang W, Li L et al (2010) Analysis of the assembly stress of sleeve of
electro-hydraulic servo valve based on FEM. Hydraul Pneum Seals 30(12):28–32
25. Yin Y, Xu J, Hu X et al (2010) Analysis of oil temperature of hydraulic systems of
commercial aircraft. Chin Hydraul Pneum ISSN 9:55–58
26. Yin Y, Xu J, Hu X et al (2010) Analysis of oil temperature of hydraulic systems of
commercial aircraft. In: Proceedings of the sixth national fluid transmission and control
academic conference and the first conference on fluid power BBS in China and Japan,
Lanzhou, 10–12 Aug 2010, pp 1–4
27. Cheng S (1978) General physics. People’s Education Press, Beijing
28. Yin Y (2009) Research on integrated design of ultra-high pressure pressure-reducing valve
assembly in fuel cell vehicle. Shanghai magnolia technology talent fund summary report
(2018B110), 28 May 2009
29. Yin Y (2010) Above 45 MPa research on hydrogen supercharging pressure control and
regulation technology. Subject acceptance report of national high-tech research and
development plan (National 863 Program) (2017AA05Z119), 30 June 2010
Bibliography
49