From f151024968b95d1b104604c7711f58b549bc1b88 Mon Sep 17 00:00:00 2001 From: tbeu Date: Thu, 12 Mar 2015 11:13:42 +0100 Subject: [PATCH] Fix typos --- WasteWater/ASM1/Interfaces.mo | 2 +- WasteWater/ASM1/package.mo | 6 +++--- WasteWater/ASM2d/Interfaces.mo | 2 +- WasteWater/ASM2d/package.mo | 6 +++--- WasteWater/ASM3/Interfaces.mo | 4 ++-- WasteWater/ASM3/package.mo | 6 +++--- 6 files changed, 13 insertions(+), 13 deletions(-) diff --git a/WasteWater/ASM1/Interfaces.mo b/WasteWater/ASM1/Interfaces.mo index 2bc7515..7dacbb1 100644 --- 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 index 19aeb66..eafa9fa 100644 --- 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 index ee8593a..2d0ae89 100644 --- 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 index 5e1dc0a..831420b 100644 --- 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 index 7dcc2e3..dfea16e 100644 --- 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 index da254c4..817eed7 100644 --- 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,