It can be done. I helped do it to a mate's 200B SSS with SR20DET many years ago. Just plumb the compressed air after turbo compressor housing and before the intercooler.
The supercharger should go higher with boost. 10psi is low imo. Get the specs and see what the max rpm the turbo can go to. Then match that to the engine's max rpm. For example, SC max 9,000 rpm vs engine max 6,000rpm means a pulley ratio of 2:3 maximum. But I'd drop 1,000rpm on the SC to be safe, so 6,000 to 8,000 = 3:4 ratio (SC completes 4 revs per 3 engine revs). This can be altered by pulley sizes on the SC.
But don't forget some SC are teflon coated on the inside. Even if you've got a max 9,000rpm on the SC, an old or used SC will not be as reliable, so again drop 500-1,000rpm off your max.
Also, don't forget if your turbo is set at 10psi and the SC runs 10psi max boost, there is a potential 20psi there at some point of overlap in the rev range. Also, your turbo pumping 10psi is now fighting against 20psi which wants to go back the other way. I'd recommend 6psi SC for low down response and 10psi on the turbo for mid-top end. The SC is pulley driven so it will be fine against 16psi, but again keep in mind the coating on the rotors in the SC.
I have no more documented stuff on this build, so see if you can find over the net some forum or detailed log of a build similar to this.
I've worked with superchargers and turbos before, so shoot me a PM if you want some further tips.
Another we drew up, but never built, was running the SC inlet from the turbo compressor, so the SC is in between the induction side of the turbo and intercooler. But you'd want to match things properly. Say max rpm from the supercharger to handle the boost from the turbo when at its max. But then a second intercooler between turbo and SC would be recommended. I fantisized about running turbo (@ 12psi max) then intercooler, then SC (@ 12psi max also, as long as this doesn't exceed the max rpm for SC), then second intercooler then plenum. This way the SC provides an early boost, which also aids speeding up spinning the turbo, then the turbo hits max boost. Without risk of damaging the engine from overboosting. Food for thought ... wished I'd gone ahead with this idea years ago.