Example 1: JCReactProductStructure function constructs a possible product for each reactant pair.

• A1 cell contains the reaction scheme (Reaction)

• A2-A7 cells contain nucleophile reactants (Reactant1)

• B1-G1 cells contain isocyanate reactants (Reactant2)

Functions.Reactor.3

Insert the "JCReactProductStructure" function with the following parameters:

• Reaction=$A$1

• Reactant1=$A2

• Reactant2=B$1

into the B2 cell.

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B2=JCReactProductStructure($A$1;$A2;B$1)

Copy the function from the B2 cell to the other cells of the B2-G7 range by dragging.

Functions.Reactor.1

Constructed products are displayed in the cells of the B2-G7 range.

Example 2: JCReactProductStructure function constructs multiple products.

Functions.Reactor.6

Insert the "JCReactProductStructure" function with the following parameters:

into the B3 cell.

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B3=JCReactProductStructure($A$1;$B$2;;;A3)

Copy the function from the B3 cell to the other cells of the B3-B10 range by dragging.

Functions.Reactor.4

Constructed products are displayed in the cells of the B3-B9 range. There is no product list for number 8 - it means that there are 7 possible products.

Example 3: JCReactReactionStructure function constructs a possible reaction for each reactant pair.

Functions.Reactor.3

Insert the "JCReactReactionStructure" function with the following parameters:

into the B2 cell.

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B2=JCReactReactionStructure($A$1;$A2;B$1)

Copy the function from the B2 cell to the other cells of the B2-G7 range by dragging.

Functions.Reactor.8

Constructed reactions are displayed in the cells of the B2-G7 range.