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Isoalkanes and neoalkanes are two common types of compounds in the field of chemistry, which have some obvious differences in structure and properties. In terms of its structure, iso alkanes refer to alkanes with branched carbon chains, while neoalkanes refer to alkanes without branched chains. 

This is one of their most obvious differences. Next, in terms of its properties, due to the presence of branched chains in the isomer molecule, its molecular structure is relatively loose and active, and more energy is generated during combustion. New alkanes, on the other hand, are relatively stable due to their lack of branched chains and compact molecular structures, resulting in less energy generated during combustion. 

In addition, due to their different structures and properties, isoalkanes and new alkanes have different applications in chemical production and fuel industries. 

Due to its activity, iso alkanes are commonly used in the production of advanced fuels and solvents, while new alkanes are commonly used as automotive fuels. 

In summary, although both isoalkanes and neoalkanes are alkane compounds, their different structures and properties give them their respective characteristics in practical applications, which is worth our in-depth understanding and exploration.