Feng Yun (hurdler)

Feng Yun (simplified Chinese: 冯云; traditional Chinese: 馮雲; pinyin: Féng Yún; born February 23, 1976) is a female Chinese hurdler.

This is a Chinese name; the family name is Feng.

Her personal best time is 12.85 seconds, achieved during the heats at the 1999 World Championships in Seville.

Competition record
Year Competition Venue Position Event Notes
Representing  China
1997 Universiade Catania, Italy 2nd 100 m hurdles 13.19
1998 Asian Championships Fukuoka, Japan 2nd 100 m hurdles 13.10
1999 World Indoor Championships Maebashi, Japan 13th (h) 60 m hurdles 8.14
World Championships Seville, Spain 15th (sf) 100 m hurdles 12.98
2000 Olympic Games Sydney, Australia 26th (h) 100 m hurdles 13.19
2001 East Asian Games Osaka, Japan 1st 100 m hurdles 13.12
World Championships Edmonton, Canada 26th (h) 100 m hurdles 13.35
2002 Asian Games Busan, South Korea 1st 100 m hurdles 12.96
2003 World Indoor Championships Birmingham, United Kingdom 15th (sf) 60 m hurdles 8.36
World Championships Paris, France 32nd (h) 100 m hurdles 13.50
Asian Championships Manila, Philippines 2nd 100 m hurdles 13.25
Afro-Asian Games Hyderabad, India 2nd 100 m hurdles 13.20
2005 World Championships Helsinki, Finland 19th (sf) 100 m hurdles 13.15
East Asian Games Macau 1st 100 m hurdles 13.09
2006 World Indoor Championships Moscow, Russia 13th (sf) 60 m hurdles 8.12
Asian Games Doha, Qatar 2nd 100 m hurdles 13.10
gollark: > About the latter half of the question, the inverse square root law would imply that the rules that generally put down magnetism are removed.What? No. It wouldn't imply that, because galactic orbits run on gravity and have nothing to do with electromagnetism.
gollark: Galaxy rotation just runs on regular gravity-driven orbits like, well, the solar system and whatnot, no? I don't know if your claim about the "inverse square root law" thing is accurate, but it doesn't seem to mean very much.
gollark: What do you mean "galaxies rotations are described using a inverse square root law" exactly?
gollark: Hmm, yes, I suppose stars count, so just "not important in large-scale interactions directly".
gollark: The strong nuclear force is much stronger than electromagnetism, but also not important in cosmology because it's short range.

References



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