This Readme file instructs you to install and use the CV-simulator.
The installation process is to decompress the zip file (CV-simulator.zip) by use of
Lhaz or other packing/unpacking software.
The unpacked folder is recommended to be set on Disktop.
Find "comdlg32.ocx" from an internet and copy it to c:\WINDOWS\system32
Make a shortcut for CV-simulator5, and use the attached icon, then beautiful.

Usage
(1) Input the initial and reverse voltages
(2) Type in the following condition data:
   concentration (mM)
   diameter of disk electrode (mm), or equivalent diameter if not disk form
   temperature (almost invariant to CV)
   diffusion coefficient value, 
      which is available from a predicted diameter of reacting molecule
      and solvent in the list box
      When solvent is clicked, the D-value is presented, which is 
         calculated from Stokes-Einstein equation.
(3) Click [Start CV], and the waves will appear.
     Values of the peak currents and potentials are shown.
     Waves depending on conditions are overlapped and displayed 
     by the automatic scaling. You can fix the scales by clicking of  [Auto change].
(4) Waves at small electrodes include the edge effect. 
   "Degree of Micro" means 4FcDa / I(peak).
(5) [Clear Scrn] cleans the display of waves.
(6) [Save CV] saves the newest wave in a file.
(7) The number, n, of electrons transferred ranges from 1 to 3, 
       each has a standard potential.
(8) Selection of [Irreversible] provides waves due to the Butler -Volmer equation,
     depending on electrode size (large or micro electrode).
(9) Click [Solution resistance], and type in a possible solution resistance value.
   Then waves are deformed, according to the resistance.
