can this FET preamp work on 9V?

[Deactivated-1]

so I found this schematic for a fantastic sounding FET preamp and I want to power it from a 9 volt.
can this be done whit changing some resistors of different FETs?
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[001]

I see russian or greek (?) letters here
Old russian  components are  exotic so it is reason to avoid  this schematic

[001]

I live in a place where it rains vintage soviet electronics!

Why not to connect old local EEs? 

[001]

wHaT? 
i've been looking for 5 minutes on google 'what is a local EE' and just came up whit whine 

EE is for electrical engineer  And You at eevblog now...

[SiliconWizard]

Have you taken a look here: https://www.diystompboxes.com/smfforum/index.php?topic=83787.0

[schmitt trigger]

I see several totem pole connected JFETs.
Additionally, without the JFET datasheet, it is impossible to determine the required Vgs biasing, but most certainly will be several volts.

With the minimum information provided, I would say it would be difficult to bias it correctly with only a 9v supply.

Do you want to power it up from batteries for portability? Why not use a boost converter? There many available at Ebay for a couple of Euros.
I know, they are noisy.....but you can always add lots of post filtering.

Now, if a boost converter is not an option, why not use a pair of A23 batteries? A little thicker than an AA, but 12 volts.

[Kleinstein]

I don't see a real need for a high supply voltage. It may need different (lower threshold) JFETs for low voltage.  I would suggest a simulation in something like LTSPICE. With suitable FETs it could even run at 3 V or so.  The DC level could also depends on the FET matching. The circuit is 3 stages that could be looked at separately, and the 1 st 2 stages are the same type. The output stage is just a source follower with current sink and thus relatively non critical.

The amplifier works without direct feedback. So the sound could be a little tube like with well measurable distortion.

[SiliconWizard]

I guess you could replace the JEFTs with the more common J201, especially if you want it to work properly at lower voltages. You will probably have to adjust many of the resistors' values though.
LTSpice has a model for it, so you can start simulating a bit before building the preamp.