Goldman Sahl

We demonstrate this procedure for transitions in the double-funnel landscape of the 38-atom Lennard-Jones cluster.The detection of ultra-long-range (4JCH and higher) heteronuclear connectivities can complement the conventional use of HMBC/HSQMBC data in structure elucidation NMR studies of proton-deficient natural products, where two-bond and…[Read more]

We demonstrate this procedure for transitions in the double-funnel landscape of the 38-atom Lennard-Jones cluster.The detection of ultra-long-range (4JCH and higher) heteronuclear connectivities can complement the conventional use of HMBC/HSQMBC data in structure elucidation NMR studies of proton-deficient natural products, where two-bond and…[Read more]

We demonstrate this procedure for transitions in the double-funnel landscape of the 38-atom Lennard-Jones cluster.The detection of ultra-long-range (4JCH and higher) heteronuclear connectivities can complement the conventional use of HMBC/HSQMBC data in structure elucidation NMR studies of proton-deficient natural products, where two-bond and…[Read more]

We demonstrate this procedure for transitions in the double-funnel landscape of the 38-atom Lennard-Jones cluster.The detection of ultra-long-range (4JCH and higher) heteronuclear connectivities can complement the conventional use of HMBC/HSQMBC data in structure elucidation NMR studies of proton-deficient natural products, where two-bond and…[Read more]