Such a divider wouldn't be much of an advantage since the typical input resistance of a modern DVM is about 10 megohms. The DVM would be 10 times slower at discharging the cap than your divider.
You could put 9 resistors of 10 megohms each in series to make a 90 megohm resistor and then put the meter at the bottom of the string for a total of 100 megohms resistance across the cap. Then multiply the reading by 10. If you have a couple of DVMs, use a second one on the ohms range to measure the input resistance of the other (set to volts range) to make sure it's really 10 megohms. If it's not exactly (to 1% or so) 10 megohms, use the measured value to figure your divider ratio. You might also measure the 10 megohm resistors in the string to see what their total is, and use that value in figuring your divider ratio.
The 100 meghohm load on a 1 uF cap should be a slow enough discharge to get a reasonable reading.