In this article, a bomb calorimeter experiment and subsequent calculations aimed at determining the strain energy of the cyclobutane backbone are described. Students use several butanol isomers instead of the parent hydrocarbons, and they manipulate liquids instead of gases, which makes the experiment much easier to perform. Experiments show that the estimated strain energy is reasonably close to literature values for cyclobutane
The cyclobutane molecule has been found by electron diffraction to have the following bond distances...
The idea that increasing a reaction driving force will increase its rate is a central principle of c...
The structure, ring strain energy and ring-opening reaction of 9 germacyclobutenes, including monog...
The number of carbon atoms bonded in the ring of a cycloalkane has a large effect on its energy. A m...
Schoeller W, DABISCH T. ANOMALY IN THE RING STRAIN BEHAVIOR OF CYCLOPROPANE, CYCLOBUTANE, AND CYCLOP...
[eng] In this Letter we report an easy way to estimate ring strain energies using the Bader's theory...
[[abstract]]A new approach employing ab initio calculations is suggested for evaluating the strain e...
Advisors: Thomas M. Gilbert.Committee members: Douglas A. Klumpp; Laurence Lurio; Lee S. Sunderlin; ...
It is well-established that the strain energy of cycloalkanes is affected by fluorination. While the...
Strain energy, an important concept in organic chemistry, can also be applied to inorganic ring syst...
A semi-homodesmotic method for estimating of ring strain energies (RSEs) of substituted cyclopropane...
Author Institution: Scientific Laboratory, Ford Motor CompanyThe results of a study of the conformat...
The loss of covalency in a strained molecule compared to a strain-free reference molecule is used to...
No authentic cylobutadiene derivatives appear to have yet been prepared except for biphenylene and r...
The cyclobutane molecule has been found by electron diffraction to have the following bond distances...
The cyclobutane molecule has been found by electron diffraction to have the following bond distances...
The idea that increasing a reaction driving force will increase its rate is a central principle of c...
The structure, ring strain energy and ring-opening reaction of 9 germacyclobutenes, including monog...
The number of carbon atoms bonded in the ring of a cycloalkane has a large effect on its energy. A m...
Schoeller W, DABISCH T. ANOMALY IN THE RING STRAIN BEHAVIOR OF CYCLOPROPANE, CYCLOBUTANE, AND CYCLOP...
[eng] In this Letter we report an easy way to estimate ring strain energies using the Bader's theory...
[[abstract]]A new approach employing ab initio calculations is suggested for evaluating the strain e...
Advisors: Thomas M. Gilbert.Committee members: Douglas A. Klumpp; Laurence Lurio; Lee S. Sunderlin; ...
It is well-established that the strain energy of cycloalkanes is affected by fluorination. While the...
Strain energy, an important concept in organic chemistry, can also be applied to inorganic ring syst...
A semi-homodesmotic method for estimating of ring strain energies (RSEs) of substituted cyclopropane...
Author Institution: Scientific Laboratory, Ford Motor CompanyThe results of a study of the conformat...
The loss of covalency in a strained molecule compared to a strain-free reference molecule is used to...
No authentic cylobutadiene derivatives appear to have yet been prepared except for biphenylene and r...
The cyclobutane molecule has been found by electron diffraction to have the following bond distances...
The cyclobutane molecule has been found by electron diffraction to have the following bond distances...
The idea that increasing a reaction driving force will increase its rate is a central principle of c...
The structure, ring strain energy and ring-opening reaction of 9 germacyclobutenes, including monog...