Fix typos

modelica-3rdparty · Mar 12, 2015 · f151024 · f151024
1 parent d42eef9
commit f151024
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Showing 6 changed files with 13 additions and 13 deletions.
diff --git a/WasteWater/ASM1/Interfaces.mo b/WasteWater/ASM1/Interfaces.mo
@@ -89,7 +89,7 @@ The connector consists of one flow variable and 13 potential variables (ASM1 con
 
     flow WWU.VolumeFlowRate Q_air;
     annotation (
-      Documentation(info="The Airflow connector consits of a flow variable describing the exchange of
+      Documentation(info="The Airflow connector consists of a flow variable describing the exchange of
 air between blower and nitrification tank."),
       Window(
         x=0.4,

diff --git a/WasteWater/ASM1/package.mo b/WasteWater/ASM1/package.mo
@@ -70,7 +70,7 @@ model nitri "ASM1 nitrification tank"
   // tank specific parameters
   parameter Modelica.SIunits.Volume V=1000 "Volume of nitrification tank";
 
-  // aeration system dependend parameters
+  // aeration system dependent parameters
   parameter Real alpha=0.7 "Oxygen transfer factor";
   parameter Modelica.SIunits.Length de=4.5 "depth of aeration";
   parameter Real R_air=23.5 "specific oxygen feed factor [gO2/(m^3*m)]";
@@ -88,7 +88,7 @@ model nitri "ASM1 nitrification tank"
             -103},{5,-93}}, rotation=0)));
 equation
 
-  // Temperature dependend oxygen saturation by Simba
+  // Temperature dependent oxygen saturation by Simba
   So_sat =13.89 + (-0.3825 + (0.007311 - 0.00006588*T)*T)*T;
 
   // extends the Oxygen differential equation by an aeration term
@@ -606,7 +606,7 @@ end ControlledDivider2;
 
 model divider2 "Flowdivider"
 
-    // divides one flow of wastewater into 2 Flows; one amout needs to be specified
+    // divides one flow of wastewater into 2 Flows; one amount needs to be specified
 
   extends WasteWater.Icons.divider2;
   Interfaces.WWFlowAsm1in In annotation (Placement(transformation(extent={{-110,

diff --git a/WasteWater/ASM2d/Interfaces.mo b/WasteWater/ASM2d/Interfaces.mo
@@ -112,7 +112,7 @@ The connector consists of one flow variable and 19 potential variables (ASM2d co
         y=0.01,
         width=0.35,
         height=0.49),
-      Documentation(info="The Airflow connector consits of a flow variable describing the exchange of
+      Documentation(info="The Airflow connector consists of a flow variable describing the exchange of
 air between blower and nitrification tank."));
 
   end AirFlow;

diff --git a/WasteWater/ASM2d/package.mo b/WasteWater/ASM2d/package.mo
@@ -72,7 +72,7 @@ model nitri "ASM2d nitrification tank"
   extends WasteWater.Icons.nitri;
   extends Interfaces.ASM2dbase;
 
-  // aeration system dependend parameters
+  // aeration system dependent parameters
   parameter Modelica.SIunits.Volume V=1000 "Volume of nitrification tank";
   parameter Real alpha=0.7 "Oxygen transfer factor";
   parameter Modelica.SIunits.Length de=4.5 "depth of aeration";
@@ -90,7 +90,7 @@ model nitri "ASM2d nitrification tank"
             -103},{5,-93}}, rotation=0)));
 equation
 
-  // Temperature dependend oxygen saturation by Simba
+  // Temperature dependent oxygen saturation by Simba
   So_sat =13.89 + (-0.3825 + (0.007311 - 0.00006588*T)*T)*T;
 
   // extends the Oxygen differential equation by an aeration term
@@ -732,7 +732,7 @@ end ControlledDivider2;
 
 model divider2 "Flowdivider"
 
-    // divides one flow of wastewater into 2 Flows; one amout needs to be specified
+    // divides one flow of wastewater into 2 Flows; one amount needs to be specified
 
   extends WasteWater.Icons.divider2;
   Interfaces.WWFlowAsm2din In annotation (Placement(transformation(extent={{

diff --git a/WasteWater/ASM3/Interfaces.mo b/WasteWater/ASM3/Interfaces.mo
@@ -98,7 +98,7 @@ The connector consists of one flow variable and 13 potential variables (ASM3 con
         y=0.01,
         width=0.35,
         height=0.49),
-      Documentation(info="The Airflow connector consits of a flow variable describing the exchange of
+      Documentation(info="The Airflow connector consists of a flow variable describing the exchange of
 air between blower and nitrification tank."));
 
   end AirFlow;
@@ -146,7 +146,7 @@ air between blower and nitrification tank."));
     package WWU = WasteWater.WasteWaterUnits;
     extends Interfaces.stoichiometry;
 
-    // Stoichio. matrix coefficents x(So,Ss,Sn2,Snox),y(Snh),z(Salk),t(Xss)
+    // Stoichio. matrix coefficients x(So,Ss,Sn2,Snox),y(Snh),z(Salk),t(Xss)
     parameter Real x1=1 - f_Si;
     parameter Real x2=-(1 - Y_STO_O);
     parameter Real x3=-(1 - Y_STO_NOX)/2.86;

diff --git a/WasteWater/ASM3/package.mo b/WasteWater/ASM3/package.mo
@@ -69,7 +69,7 @@ model nitri "ASM3 nitrification tank"
   // tank specific parameters
   parameter Modelica.SIunits.Volume V=1000 "Volume of nitrification tank";
 
-  // aeration system dependend parameters
+  // aeration system dependent parameters
   parameter Real alpha=0.7 "Oxygen transfer factor";
   parameter Modelica.SIunits.Length de=4.5 "depth of aeration";
   parameter Real R_air=23.5 "specific oxygen feed factor [gO2/(m^3*m)]";
@@ -87,7 +87,7 @@ model nitri "ASM3 nitrification tank"
             -103},{5,-93}}, rotation=0)));
 equation
 
-  // Temperature dependend oxygen saturation by Simba
+  // Temperature dependent oxygen saturation by Simba
   So_sat =13.89 + (-0.3825 + (0.007311 - 0.00006588*T)*T)*T;
 
   // extends the Oxygen differential equation by an aeration term
@@ -601,7 +601,7 @@ end ControlledDivider2;
 
 model divider2 "Flowdivider"
 
-    // divides one flow of wastewater into 2 Flows; one amout needs to be specified
+    // divides one flow of wastewater into 2 Flows; one amount needs to be specified
 
   extends WasteWater.Icons.divider2;
   Interfaces.WWFlowAsm3in In annotation (Placement(transformation(extent={{-111,