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What is HyperChem

HyperChem is a versatile molecular modeler and editor and a powerful computational package. It offers many types of molecular and quantum mechanics calculations. [Pg.8]


The front end is what yon see and what yon interact with. It provides a user in terface to molecn lar m odeling an d provides the visii-ali/.anoii of molecn les and the resii Its of computation s. The Iron t end can be thought of as the molecular modeling component of HyperChem. [Pg.155]

HyperChem should not be viewed as a black box that computes only what its designers thought correct. It has an open architecture that makes it possible to customize it many ways. As far as is possible, the parameters of molecular mechanics and semi-empirical calculations are in the user s hands. As the techniques of software engineering advance and our expertise in building new... [Pg.157]

Some of the major packages are better at visualization than others. In any case, there are a host of third-party providers with software on offer. Here then is what you might like to do with the results of the calculations above (and I used HyperChem to produce the following screen grabs). First of all an isosurface plot of the electron density (Figure 10.16). Next are isosurface densities for the highest... [Pg.184]

It is surely more than merely probable that very diverse types and stages of decomposition exist, just as there are also very different types of bonding and relationship. What repels me from all chemical theories is that there is still no boundary line fixed between normal chemical operations and the hyperchemical operations of free nature. How do the countless plant juices arise from rain water Horseradish alongside the water parsnip And countless others as well. Are these merely decompositions of water Where also then do the solid parts originate ... [Pg.88]


See other pages where What is HyperChem is mentioned: [Pg.8]    [Pg.8]    [Pg.8]    [Pg.9]    [Pg.10]    [Pg.8]    [Pg.8]    [Pg.8]    [Pg.9]    [Pg.10]    [Pg.11]    [Pg.144]    [Pg.482]   


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HyperChem

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