define sample 1
Probenname = PSS-ReadyCal-Kit HT pskitr10ht-02, green
Probentyp = 0
Substanzbezeichnung = Polystyrene/TCB/135°C at 633nm
Injektvolumen (ul) = 200
Konz. Komp. 1 (g/l) = 0.56
Konz. Komp. 2 (g/l) = 1.11
Konz. Komp. 3 (g/l) = 1.11
Konz. Komp. 4 (g/l) = 1.11
Molmasse Komp. 1 = 1.22e+07
Molmasse Komp. 2 = 526000
Molmasse Komp. 3 = 34800
Molmasse Komp. 4 = 3500
Mark-Houwink K = 0.0138
Mark-Houwink A = 0.7
Brechungsink. dn/dc = 0.053
Absorption dA/dc = 0.1
Verduennungsfaktor = 0
Virialkoeffizient_A2 = 0
g_cDepartment = 
end define sample 1
define sample 2
Probenname = PSS-ReadyCal-Kit HT pskitr10ht-02, red
Probentyp = 0
Substanzbezeichnung = Polystyrene/TCB/135°C at 633nm
Injektvolumen (ul) = 200
Konz. Komp. 1 (g/l) = 1.11
Konz. Komp. 2 (g/l) = 1.11
Konz. Komp. 3 (g/l) = 1.11
Konz. Komp. 4 (g/l) = 1.11
Molmasse Komp. 1 = 5.09e+06
Molmasse Komp. 2 = 250000
Molmasse Komp. 3 = 18000
Molmasse Komp. 4 = 1820
Mark-Houwink K = 0.0138
Mark-Houwink A = 0.7
Brechungsink. dn/dc = 0.053
Absorption dA/dc = 0.1
Verduennungsfaktor = 0
Virialkoeffizient_A2 = 0
g_cDepartment = 
end define sample 2
define sample 3
Probenname = PSS-ReadyCal-Kit HT pskitr10ht-02, white
Probentyp = 0
Substanzbezeichnung = Polystyrene/TCB/135°C at 633nm
Injektvolumen (ul) = 200
Konz. Komp. 1 (g/l) = 1.11
Konz. Komp. 2 (g/l) = 1.11
Konz. Komp. 3 (g/l) = 1.11
Konz. Komp. 4 (g/l) = 1.11
Molmasse Komp. 1 = 3.08e+06
Molmasse Komp. 2 = 127000
Molmasse Komp. 3 = 12600
Molmasse Komp. 4 = 672
Mark-Houwink K = 0.0138
Mark-Houwink A = 0.7
Brechungsink. dn/dc = 0.053
Absorption dA/dc = 0.1
Verduennungsfaktor = 0
Virialkoeffizient_A2 = 0
g_cDepartment = 
end define sample 3
define sample 4
Probenname = PSS-ReadyCal-Kit HT pskitr10ht-02, blue
Probentyp = 0
Substanzbezeichnung = Polystyrene/TCB/135°C at 633nm
Injektvolumen (ul) = 200
Konz. Komp. 1 (g/l) = 1.11
Konz. Komp. 2 (g/l) = 1.11
Konz. Komp. 3 (g/l) = 1.11
Konz. Komp. 4 (g/l) = 1.11
Molmasse Komp. 1 = 1.4e+06
Molmasse Komp. 2 = 63000
Molmasse Komp. 3 = 5490
Molmasse Komp. 4 = 266
Mark-Houwink K = 0.0138
Mark-Houwink A = 0.7
Brechungsink. dn/dc = 0.053
Absorption dA/dc = 0.1
Verduennungsfaktor = 0
Virialkoeffizient_A2 = 0
g_cDepartment = 
end define sample 4