Showing:

Annotations
Attributes
Diagrams
Properties
Source
Used by
Complex Type diggs:MassPerTimeMeasureType
Namespace http://diggsml.org/schemas/3
Annotations
Mass flow rate: Rate of mass flow. Fundamental quantity in process engineering, hydrology, and materials handling. Common units include kg/s, kg/h, kg/d, lbm/s, lbm/h, lbm/d, tonne/h (t/h), Mg/d, and ton[US]/h.
Diagram
DiagramEmlAllObjects_xsd_Simple_Type_eml_AbstractMeasure.tmp#AbstractMeasureMeasureTypes_xsd_Complex_Type_diggs_DescriptorValueType.tmp#DescriptorValueType_howDeterminedMeasureTypes_xsd_Complex_Type_diggs_DescriptorValueType.tmp#DescriptorValueType_qualifierMeasureTypes_xsd_Complex_Type_diggs_DescriptorValueType.tmp#DescriptorValueTypeMeasureTypes_xsd_Complex_Type_diggs_MassPerTimeMeasureType.tmp#MassPerTimeMeasureType_uom
Type extension of diggs:DescriptorValueType
Type hierarchy
Attributes
QName Type Use Annotation
howDetermined diggs:DescriptorMethodEnumType optional
qualifier diggs:QualifierEnumExtType optional
uom diggs:MassPerTimeUomEnumType optional
The unit of measure for mass flow rate.
Source
<complexType name="MassPerTimeMeasureType">
  <annotation>
    <documentation>Mass flow rate: Rate of mass flow. Fundamental quantity in process engineering, hydrology, and materials handling. Common units include kg/s, kg/h, kg/d, lbm/s, lbm/h, lbm/d, tonne/h (t/h), Mg/d, and ton[US]/h.</documentation>
  </annotation>
  <simpleContent>
    <extension base="diggs:DescriptorValueType">
      <attribute name="uom" type="diggs:MassPerTimeUomEnumType">
        <annotation>
          <documentation>The unit of measure for mass flow rate.</documentation>
        </annotation>
      </attribute>
    </extension>
  </simpleContent>
</complexType>
Attribute diggs:MassPerTimeMeasureType / @uom
Namespace No namespace
Annotations
The unit of measure for mass flow rate.
Type diggs:MassPerTimeUomEnumType
Properties
content simple
Used by
Source
<attribute name="uom" type="diggs:MassPerTimeUomEnumType">
  <annotation>
    <documentation>The unit of measure for mass flow rate.</documentation>
  </annotation>
</attribute>