Once you've found the moles of solute, you can simply divide by the volume of solution in the flask to find the molarity of the solution, or convert moles to grams and divide by the volume of the solution to find the concentration in g/L.
Advances in sample nebulization and injection technology have significantly reduced the volume of solution required for trace impurity analysis in plutonium and uranium materials.
The three factors related to the optimization process were: the concentration of HNO3, the concentration of the emulsifier agent (Triton X-100 or Triton X-114) in aqueous solution used to emulsify the sample and the volume of solution.
V is the volume of solution, and m is the mass of the adsorbent.
m is the mass of adsorbent (g), and V is the volume of solution (L).
The volume of solution employed in multilamp, immersion and micro photoreactors were 25, 250 and 10 mL, respectively.
The volume of solution gas produced by the pressure difference in the tubing is not taken into account.
V is the volume of solution (L), and W is the mass of the nanoparticles used (g).
The volume of solution was kept 50 mL in each of the experimental run during optimization study.
The symbols V and m relate to the volume of solution (dm3) and to the adsorbent mass (g).
Additionally, the flow-through scheme enables more reasonable response times for the detection of dilute analytes (at <1 μM) and reduces the volume of solution required for analysis.
