Ok ok, not this cutey smile i want to share with u but SMILES
which stand for "Simplified Molecular Input Line Entry Specification".
Its describing the structure of chemical molecules using short ASCII. Specification is to describe structure of chemical molecules using short ASCII strings. Its can be imported by most molecule editors for conversion back into two-dimensional drawings or three-dimensional models of the molecules.
Its describing the structure of chemical molecules using short ASCII. Specification is to describe structure of chemical molecules using short ASCII strings. Its can be imported by most molecule editors for conversion back into two-dimensional drawings or three-dimensional models of the molecules.
Single | - |
Double | = |
Triple | # |
Aromatic | : |
table for smile bond.
conical smile | isomeric smile |
•version of SMILE specification includes rules for ensuring that each distinct chemical molecule has a single unique SMILE represents | •refers to the version of the SMILE specification that includes extension to support the specification of isotope, charity. |
Its also have a SMILE Brances. it is represented by enclosured in parenthesis. it can be catogorised as nested or stacked.
Examples of Smile Bond
Ethene | C=C |
Chloroethene | CIC=C |
1,1-Dichloroethene | CIC(CI)=C |
cis-1,2-Dichloroethene | CIC(CI)=CCI |
Trichloroethene | CIC(CI)=CCI |
Perchloroethene | CIC(CI)=C(CI)CI |
Smile chargesis a specify attached hydrogens and charges in squared brackets and these is the examples.
[H+] | proton |
[OH-] | hydroxyl anion |
[OH3+] | hydronium cation |
[Fe++] | iron(ii) cation |
[NH4+] | ammonium cation |
Acyclic compound is a compound in which a series of atoms is connected to form a loop of a ring. To get more info about cylic compound, you can click HERE for the information. Thats all for SMILE and have a great day ahead!!
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