2018 Hungarian Pro Circuit Ladies Open – Doubles

Doubles
	2018 Hungarian Pro Circuit Ladies Open
Champions	Alexandra Cadanțu; Chantal Škamlová
Runners-up	Kaitlyn Christian ; Giuliana Olmos
Final score	6–1, 6–3

Mariana Duque Mariño and María Irigoyen were the defending champions, but Duque Mariño chose not to participate. Irigoyen partnered Danka Kovinić, but lost in the quarterfinals to Akgul Amanmuradova and Natela Dzalamidze.

Alexandra Cadanțu and Chantal Škamlová won the title, defeating Kaitlyn Christian and Giuliana Olmos in the final, 6–1, 6–3.

Seeds

Dalila Jakupović / Irina Khromacheva (First round)
Kaitlyn Christian / Giuliana Olmos (Final)
Cornelia Lister / Markéta Vondroušová (Quarterfinals)
María Irigoyen / Danka Kovinić (Quarterfinals)

Draw

Key

Draw

First Round					Quarterfinals					Semifinals					Final

1	D Jakupović I Khromacheva	3	6	[6]
	A Cadanțu C Škamlová	6	4	[10]		A Cadanțu C Škamlová	7	3	[13]
	RL Jani N Podoroska	2	6⁵			A Bondár P Udvardy	5	6	[11]
	A Bondár P Udvardy	6	7⁷								A Cadanțu C Škamlová	6	6
3	C Lister M Vondroušová	6	6								P Golubovskaya S Golubovskaya	3	4
WC	A Horváth R Zádori	0	0		3	C Lister M Vondroušová	4	6	[9]
	P Golubovskaya S Golubovskaya	6	6			P Golubovskaya S Golubovskaya	6	3	[11]
WC	R Fárbás L Nagymihály	2	3													A Cadanțu C Škamlová	6	6
	A Amanmuradova N Dzalamidze	6	6⁵	[14]											2	K Christian G Olmos	1	3
	D Evtimova K Stewart	3	7⁷	[12]		A Amanmuradova N Dzalamidze	7	7⁷
	A Fomina E Yashina	4	6³		4	M Irigoyen D Kovinić	5	6⁵
4	M Irigoyen D Kovinić	6	7⁷								A Amanmuradova N Dzalamidze	6	3	[2]
	A Panova G Voskoboeva	7	6							2	K Christian G Olmos	4	6	[10]
	Á Bukta D Gálfi	5	2			A Panova G Voskoboeva	5	6	[8]
	N Dascălu M Marfutina	2	3		2	K Christian G Olmos	7	3	[10]
2	K Christian G Olmos	6	6

gollark: What do you mean you "perceive" time as discrete? You mean you *arbitrarily think so*, or what?

gollark: Quite a lot.

gollark: > The Planck time is the unique combination of the gravitational constant G, the special-relativistic constant c, and the quantum constant ħ, to produce a constant with dimension of time. Because the Planck time comes from dimensional analysis, which ignores constant factors, there is no reason to believe that exactly one unit of Planck time has any special physical significance. Rather, the Planck time represents a rough time scale at which quantum gravitational effects are likely to become important. This essentially means that while smaller units of time can exist, they are so small their effect on our existence is negligible. The nature of those effects, and the exact time scale at which they would occur, would need to be derived from an actual theory of quantum gravity.

gollark: Oh, no, never mind, that's not it.

gollark: ... you mean the Planck time or something?

References

Main Draw

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