ഫലകം:Reactionbox/doc
This is a documentation subpage for ഫലകം:Reactionbox. It may contain usage information, categories and other content that is not part of the original ഫലകം page. |
This template was developed to handle the reaction ontologies as e.g. developed by the RSC (Royal Society of Chemistry). A representation of the ontology is shown in the picture on the right.
Usage തിരുത്തുക
Copy the template from one of the forms below, and add data to the fields where needed.
Simple form തിരുത്തുക
{{Reactionbox | Type = | Reaction = {{Reactionbox Reaction | Reactant = | Reactant_Equivalents = | Reactant1 = | Reactant1_Equivalents = | Reactant2 = | Reactant2_Equivalents = | Reagent1 = | Reagent1_Equivalents = | Reagent2 = | Reagent2_Equivalents = | Reagent3 = | Reagent3_Equivalents = | Product = | Product_Equivalents = | Product1 = | Product1_Equivalents = | Product2 = | Product2_Equivalents = | Sideproduct1 = | Sideproduct1_Equivalents = | Sideproduct2 = | Sideproduct2_Equivalents = | Sideproduct3 = | Sideproduct3_Equivalents = }} | Section1 = {{Reactionbox Identifiers | RSC_ontology_ID = | RSC_ontology_ID_comment | OrganicChemistryNamed = | OrganicChemistry_comment = | MarchID = | MarchEdition = | MarchPage = | MarchID_comment = }} | Section2 = {{Reactionbox Conditions | Solvent = | Temperature = | Catalyst = }} }} |
Expanded തിരുത്തുക
For every reactant/reagent/product/sideproduct a note and a reference can be supplied:
{{Reactionbox | Type = | NamedAfter = | Reaction = {{Reactionbox Reaction | Reactant = | Reactant_Equivalents = | Reactant_Note = | Reactant_Reference = | Reactant1 = | Reactant1_Equivalents = | Reactant1_Note = | Reactant1_Reference = | Product = | Product_Equivalents = | Product_Note = | Product_Reference = | Sideproduct1 = | Sideproduct1_Equivalents = | Sideproduct1_Note = | Sideproduct1_Reference = }} | Section1 = {{Reactionbox Identifiers | RSC_ontology_ID = }} | Section2 = {{Reactionbox Conditions | Solvent = | Temperature = | Catalyst = }} | Section3 = {{Reactionbox Related | Other = | Examples = | Reverse = }} }} |
Other modules തിരുത്തുക
And some help-templates:
Examples തിരുത്തുക
Swern oxidation[1] | |||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Reaction type | Functional group oxidation | ||||||||||||||||||
Reaction[2] | |||||||||||||||||||
| |||||||||||||||||||
Conditions[6] | |||||||||||||||||||
Typical solvents | DMSO, CH2Cl2 | ||||||||||||||||||
Temperature | < −60 ºC[7] | ||||||||||||||||||
Identifiers[8] | |||||||||||||||||||
RSC ontology ID | RXNO:0000154 | ||||||||||||||||||
Examples and Related Reactions | |||||||||||||||||||
Similar reactions | Diels–Alder reaction | ||||||||||||||||||
Examples | An example | ||||||||||||||||||
Reverse reactions | Sodium borohydride reduction | ||||||||||||||||||
The table on the right is produced by:
{{Reactionbox | Reference = <ref>box blahblah</ref> | Name = Swern oxidation | Type = Functional group oxidation | Section1 = {{Reactionbox Conditions | Reference = <ref>conditions blahblah</ref> | Solvent = DMSO, CH<sub>2</sub>Cl<sub>2</sub> | Temperature = < −60 ºC<ref>Bishop (1992).</ref> }} | Section2 = {{Reactionbox Identifiers | Reference = <ref>identifiers blahblah</ref> | RSC_ontology_id = 0000154 }} | Reaction = {{Reactionbox Reaction | Reference = <ref>March blahblah</ref> | Reactant1 = [[Primary alcohol|Primary]] or [[secondary alcohol]] | Reagent1 = [[Dimethyl sulfoxide|DMSO]] | Reagent1_Equivalents = 2 | Reagent1_Reference = <ref>2 equivalents is here just as an example!</ref> | Reagent2 = [[Oxalyl chloride]] | Reagent2_Reference = <ref>March, somewhere on a page.</ref> | Product1 = [[Aldehyde]] or [[ketone]] | Sideproduct1 = [[Dimethylsulfide]] | Sideproduct2 = [[Carbon monoxide]] | Sideproduct3 = [[Carbon dioxide]] | Sideproduct4 = [[HCl]] | Sideproduct4_Note = ([[Scavenger (chemistry)|scavenged]]) | Sideproduct4_Reference = <ref>Generally, triethylamine is used as a scavenger</ref> }} | Section3 = {{Reactionbox Related | Examples = An example | Similar = [[Diels–Alder reaction]] | Reverse = [[Sodium borohydride]] reduction }} }}