Search for tag: "perfect model"

01:04:28 Smart Metrics for High-Performance Material… Smart Metrics for High-Performance Material Design (Choudhary)	Smart Metrics for High-Performance Material Design (Choudhary) 2019 JHU Summer School (High Throughput Theoretical Methods for Materials Discovery) family people money number community people working perspective problem solving perfect model machines caption complete management knowledge motherhood opportunity point environment company prefectures in france pretty good t.v.physical chemistry development cryptography explanation statistics understand difference valuable thing superconductor university economics economies thing materials problem property From James Overhiser on July 15th, 2019 69 plays
51:19 Core level EELS simulations Core level EELS simulations	Core level EELS simulations 2017 PARADIM Core level EELS simulations Frank deGroot element specific completely dominated dipole approximation electoral vote e.g.fine structure spin orbit small peak i.t.c.density function tradition metal transfer system operator crystal feel field splitting crystal field splitting nano reactors choose numbers primary energy spin ground operating condition atomic physics nano particles starting point nice thing atomic calculation room temperature particle calculation i.t.c. superconductor empirical parameter field theory electron microscope open shell systems group theory spectral shape empty density caption complete 1st principles high spin p.c.low spin model hamiltonian manganese oxide e.d.s.electron electron interaction position metal perfect fit chemical reactor energy difference atomic resolution energy loss core electron metal oxides density functional crystal field larger ray absorption crystal field small momentum transfer final phase core level functional calculation atomic spectrum electron volts hard experience single particle fine tune selection rule single particle calculation golden rule From James Overhiser on February 15th, 2019 8 plays

01:04:28

Smart Metrics for High-Performance Material…

Smart Metrics for High-Performance Material Design (Choudhary)

2019 JHU Summer School (High Throughput Theoretical Methods for Materials Discovery)

From James Overhiser on July 15th, 2019 69 plays

51:19

Core level EELS simulations

2017 PARADIM Core level EELS simulations Frank deGroot

element specific completely dominated dipole approximation electoral vote e.g.fine structure spin orbit small peak i.t.c.density function tradition metal transfer system operator crystal feel field splitting crystal field splitting nano reactors choose numbers primary energy spin ground operating condition atomic physics nano particles starting point nice thing atomic calculation room temperature particle calculation i.t.c. superconductor empirical parameter field theory electron microscope open shell systems group theory spectral shape empty density caption complete 1st principles high spin p.c.low spin model hamiltonian manganese oxide e.d.s.electron electron interaction position metal perfect fit chemical reactor energy difference atomic resolution energy loss core electron metal oxides density functional crystal field larger ray absorption crystal field small momentum transfer final phase core level functional calculation atomic spectrum electron volts hard experience single particle fine tune selection rule single particle calculation golden rule

From James Overhiser on February 15th, 2019 8 plays