minor change

data/db-polymer-properties-and-categories.xlsx

@@ -1,3 +1,3 @@
 version https://git-lfs.github.com/spec/v1
-oid sha256:52672b90cfa19da89c958cdbdfd6121b3da9abe187e5aedaee0ea503dec05db8
-size 26083
+oid sha256:2f335b64e7af6abee22c0bbca836fce0c2f178bab6555ce6cd2df360a701f871
+size 26084

quantity_module/functions.py

@@ -419,7 +419,6 @@ def Conservative(tau):
               (tau > 0.2)  * (1. - (8. / (np.pi ** 2.)) * np.exp(-tau * np.pi ** 2. / 4.))
     return release
 
-## XXX work out different alphas
 def multiEquilSwell(alpha, Kps, swell, iterations):
     # alpha is initial before swelling
     result = 1.-(Kps*(swell+alpha)/(Kps*(swell+alpha)+swell-1.))*(swell/(swell+alpha))**iterations
@@ -443,8 +442,6 @@ def get_M_dist(D_dist, M_expt, PolymerVolume, SurfaceArea, SolventVolume, Extrac
     if 1:
         alpha = (SolventVolume)/(PolymerVolume*K_expt) # without swelling; swelling is dealt with downstream
         M_M0 = Extraction(tau, alpha, Kps=K_expt, swell=Qv, iterations=iterations)
-        #print('ITERATION TEST') # similar to PlaneSheetAnalytical for 1 iteration
-        #print(np.quantile(M_M0, [0.05,0.25,0.5,0.75,0.95]))
     if 0:
         alpha = (SolventVolume-PolymerVolume*(Qv-1))/(Qv*PolymerVolume*K_expt) # with swelling
         M_M0 = PlaneSheetAnalytical(tau, alpha, nterms=5)