2015 ITF Women's Circuit – Xuzhou – Singles

This was a new event to the 2015 ITF Women's Circuit.

Xuzhou – Singles
2015 ITF Women's Circuit – Xuzhou
Champion Luksika Kumkhum
Runner-up Chang Kai-chen
Final score1–6, 7–5, 6–1

The top seed Luksika Kumkhum won the inaugural event, defeating sixth-seeded Chang Kai-chen in the final, 1–6, 7–5, 6–1.

Seeds

  1. Luksika Kumkhum (Champion)
  2. Liu Fangzhou (First round)
  3. Han Xinyun (Semifinals)
  4. Ankita Raina (Semifinals)
  5. Zhang Ling (First round)
  6. Chang Kai-chen (Final)
  7. Nina Stojanović (Second round)
  8. Anastasia Pivovarova (First round)

Main draw

Key

Finals

Semifinals Final
          
1 Luksika Kumkhum 4 6 6
4 Ankita Raina 6 3 2
1 Luksika Kumkhum 1 7 6
6 Chang Kai-chen 6 5 1
3 Han Xinyun 1 2
6 Chang Kai-chen 6 6

Top half

First round Second round Quarterfinals Semifinals
1 L Kumkhum 6 7
WC Y Li 0 5 1 L Kumkhum 6 6
  X Sun 77 5 6 X Sun 0 0
Q Q Zhao 65 7 3 1 L Kumkhum 6 3
  X Gao 6 6 X Gao 2 1r
  Q Ye 3 0 X Gao 6 6
  F Xun 7 6 F Xun 0 1
5 L Zhang 5 2 1 L Kumkhum 4 6 6
4 A Raina 6 6 4 A Raina 6 3 2
Q S Yang 1 3 4 A Raina 6 6
  D Lao 6 6 D Lao 2 2
  M Bouzková 1 3 4 A Raina 6 7
  D Zhao 0 2 WC S Cao 4 5
  N Lertcheewakarn 6 6 N Lertcheewakarn 0 0r
WC S Cao 6 6 WC S Cao 6 3
8 A Pivovarova 4 4

Bottom half

First round Second round Quarterfinals Semifinals
7 N Stojanović 6 6
  M Kijima 4 4 7 N Stojanović 6 2 5
  J Jebawy 3 0 Q A Gai 1 6 7
Q A Gai 6 6 Q A Gai 77 0 4
LL J Chen 6 6 3 X Han 64 6 6
  X You 2 4 LL J Chen 3 2
  A Bai 1 2 3 X Han 6 6
3 X Han 6 6 3 X Han 1 2
6 K-c Chang 6 6 6 K-c Chang 6 6
LL M Zhou 2 2 6 K-c Chang 6 6
WC A Zhu 4 6 3 N-r Kim 3 0
  N-r Kim 6 3 6 6 K-c Chang 6 6
  R Tian 0 4 Jin Lu 2 3
Q J Kang 6 6 Q J Kang 4 4
  Jin Lu 6 6 Jin Lu 6 6
2 F Liu 1 3
gollark: Joules or watt-hours, although battery capacities are often in amp-hours for some reason.
gollark: > over 4000 pings
gollark: Or aeroplanes.
gollark: Well, it could be attached to a bicycle.
gollark: Just because a human cannot practically produce 1MW of useful power output doesn't mean you couldn't make a bicycle generator theoretically capable of producing that much, and run it off some other mechanical device.

References

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.