1998 Volvo Women's Open – Doubles

Kristine Kunce and Corina Morariu were the defending champions but only Kunce competed that year with Nicole Pratt.

Doubles
1998 Volvo Women's Open
Champions Els Callens
Julie Halard-Decugis
Runners-up Rika Hiraki
Aleksandra Olsza
Final score3–6, 6–2, 6–2

Kunce and Pratt lost in the quarterfinals to Rika Hiraki and Aleksandra Olsza.

Els Callens and Julie Halard-Decugis won in the final 3–6, 6–2, 6–2 against Hiraki and Olsza.

Seeds

Champion seeds are indicated in bold text while text in italics indicates the round in which those seeds were eliminated.

  1. Els Callens / Julie Halard-Decugis (Champions)
  2. Kristine Kunce / Nicole Pratt (Quarterfinals)
  3. Miho Saeki / Yuka Yoshida (Semifinals)
  4. Liezel Horn / Katie Schlukebir (Semifinals)

Draw

Key
First Round Quarterfinals Semifinals Final
1 E Callens
J Halard-Decugis 		6 7  
  D Ding
F Li 		4 6   1 E Callens
J Halard-Decugis 		6 6  
  S Asagoe
B Sangaram 		5 7 7   S Asagoe
B Sangaram 		3 1  
  O Barabanschikova
L Pleming 		7 6 5 1 E Callens
J Halard-Decugis 		6 6  
4 L Horn
K Schlukebir 		7 1 6 4 L Horn
K Schlukebir 		1 4  
  L Courtois
T Tanasugarn 		5 6 2 4 L Horn
K Schlukebir 		6 6  
  K Brandi
T Singian 		7 3 1 Q L-L Chen
T Li 		4 3  
Q L-L Chen
T Li 		5 6 6 1 Els Callens
Julie Halard-Decugis 		3 6 6
  S Duangchan
R Sandu 		6 3     Rika Hiraki
Aleksandra Olsza 		6 2 2
  L Li
J-Q Yi 		7 6     L Li
J-Q Yi 		7 2 4
  J Lee
S-T Wang 		3 3   3 M Saeki
Y Yoshida 		5 6 6
3 M Saeki
Y Yoshida 		6 6   3 M Saeki
Y Yoshida 		0 6 4
  R Hiraki
A Olsza 		1 6 6   R Hiraki
A Olsza 		6 4 6
  M Tu
M Weingärtner 		6 4 4   R Hiraki
A Olsza 		7 6  
  S Plischke
C Singer 		3 2   2 K Kunce
N Pratt 		5 2  
2 K Kunce
N Pratt 		6 6  
gollark: TLC does three bits a cell, so you get 2³ = 8 voltage levels, etc. - you trade off endurance and speed for density.
gollark: The issue with it is that the flash memory wears down in some way after a bunch of program/erase cycles, so it has trouble reading/writing accurately or something, and this is a greater problem for MLC than SLC because it has to read finer gradations.
gollark: I mean, yes, the naming is weird.
gollark: MLC is two bits a cell, so it has to distinguish *four* voltage levels. This means you get twice the density.
gollark: SLC flash stores only one bit per cell, so it needs to distinguish two voltage levels.
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