The  data block MK contains information on the composition of LS in terms of weight percentages of the different oxides.



The data block contains following columns


Name

Unique identifier of the MK composition. The name appears in linked drop down lists in input tables, e.g.MK::Reference$  in the MK group of ModuleCement_Input_02_Recipe table.

Unit

Defines the used unit. Only mass% (i.e. g/100 g MK) is valid. Not used.

BulkDensity

Bulk density of the MK in kg/dm³.

CaO

The mass percentage of CaO in MK.

SiO2

The mass percentage of SiO2 in MK.

Al2O3

The mass percentage of Al2O3 in MK.

CO2

The mass percentage of CO2 in MK.

SO3

The mass percentage of SO3 in MK.

Fe2O3

The mass percentage of Fe2O3 in MK.

MgO

The mass percentage of MgO in MK.

Na2O

The mass percentage of Na2O in MK.

K2O

The mass percentage of K2O in MK.

Rtot

Overall reactivity of MK in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the overall reactivity. See Reactivity of SCMs.  

RCaO

Oxide specific reactivity of CaO in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RSiO2

Oxide specific reactivity of SiO2 in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RAl2O3

Oxide specific reactivity of Al2O3 in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RCO2

Oxide specific reactivity of CO2 in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RSO3

Oxide specific reactivity of SO3 in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RFe2O3

Oxide specific reactivity of Fe2O3 in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RMgO

Oxide specific reactivity of MgO in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RK2O

Oxide specific reactivity of K2O in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  

RNa2O

Oxide specific reactivity of Na2O in percentage. The reactive weight percentage of the total oxide content is obtained by multiplying the weight percentage of each oxide with the oxide-specific reactivity. See Reactivity of SCMs.  


The names and order of these columns may not be changed.


One composition is available (the user can add additional other compositions with unique names - see Add records)

Ngu24

MK composition from Nguyen et al. (2024).  Note that no values for reactivity are provided (set by default to 100).