New computationally efficient quantum chemical models that capture static and dynamic correlation separately

Summary

New computationally efficient quantum chemical models that capture static and dynamic correlation separately is a doctoral thesis^[1].

Key Facts

• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's instance of is recorded as doctoral thesis^[2].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately was published by UC Research Repository^[3].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's language of work or name is recorded as English^[4].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's country of origin is recorded as New Zealand^[5].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately was released on 2020^[6].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's main subject is chemistry^[7].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's title is recorded as New computationally efficient quantum chemical models that capture static and dynamic correlation separately^[8].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's author name string is recorded as Chris Stinson^[9].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's thesis submitted to is recorded as University of Canterbury^[10].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's on focus list of Wikimedia project is recorded as NZThesisProject^[11].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's copyright status is recorded as copyrighted^[12].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's online access status is recorded as open access^[13].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's thesis committee member is recorded as Deborah Crittenden^[14].
• New computationally efficient quantum chemical models that capture static and dynamic correlation separately's thesis submitted for degree is recorded as Doctor of Philosophy^[15].

Body

Designation and Status

New computationally efficient quantum chemical models that capture static and dynamic correlation separately's instance of is recorded as doctoral thesis^[2].