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28:49 Confinement of a water fluid film during… Confinement of a water fluid film during crystallization in nanopores: a DFT study - Antoine Barthes	Confinement of a water fluid film during crystallization in nanopores: a DFT study - Antoine Barthes New directions in classical density functional theory online workshop 3 - 6 May 2021 Antoine Barthes (Laboratory for the Thermodynamics of Complex Fluids and their Reservoirs - LFCR / UMR 5150)… mathematics potential density pressure ice function expression energy question nanometer approximation water difference eyes paper session hydrogen interactions crystallisation size derivations From GILLIAN KERR on May 5th, 2021 0 likes 17 plays 0 Licence Type All rights reserved Language english Date Created May 5th, 2021
50:54 Atomic Spectra Topic 1 Atomic Spectra Topic 1	Atomic Spectra Topic 1 Chem2 Atomic Spectra Topic 1: Spectra of Hydrogen-like Atoms electron hydrogen atoms energy physics rydberg atom mass field matter nucleus bohr model spectroscopy mechanics experiment electrons quantum systems ions From Eleanor Campbell on January 26th, 2021 0 likes 47 plays 0 Course Code CHEM08019 Licence Type Creative Commons - Attribution Language English Date Created January 26th, 2021
48:51 Distillation lecture 4 2019 part 2 Distillation lecture 4 2019 part 2	Distillation lecture 4 2019 part 2 Distillation lecture 4 part 2 hydrogen vapour molecules bonding pressure bonds deviation donor class effect water molecule star things atoms composition maximum component times minimum From John Christy on December 31st, 2020 0 likes 75 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language British English Date Created December 31st, 2020
21:05 Lecture 28 - Rigorous Methods for Project… Lecture 28 - Rigorous Methods for Project Economic Evaluation II	Lecture 28 - Rigorous Methods for Project Economic Evaluation II Lecture 28 - Rigorous Methods for Project Economic Evaluation II rate projects return cash flow interest investment plant methods lecture mpb germany war chemical engineering capital oil hydrogen kilogramme npv From Mennatallah Mohamed Awny Ali Labib on November 15th, 2020 0 likes 98 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
02:30 CL - 8d - Sudoku II CL - 8d - Sudoku II	CL - 8d - Sudoku II In this video we translate this code for checking a solution described by a function s :: Int -> Int -> Int -> Bool into an expression in our language of Forms.This form uses 729… inf1a introduction to computation informatics 1 computation and logic haskell language clauses values letters ideas expression slides things sudoku model assertions form specification checker variables side slide bottom hydrogen From Haoran Peng on November 1st, 2020 0 likes 315 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
49:27 Chem 1 Spectroscopy Lecture 5 Part 2 Chem 1 Spectroscopy Lecture 5 Part 2	Chem 1 Spectroscopy Lecture 5 Part 2 Chemistry 1A Spectroscopy Lecture 5, Part 2: Introduction to NMR field shift chemical molecule proton frequency spin hydrogen energy transition electron protons carbon nucleus nmr spectrum electrons nuclei ring hydrogens From Eleanor Campbell on September 13th, 2020 0 likes 294 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 13th, 2020
09:21 Chem1 Spectroscopy Lecture 5 Part 1 Microwave… Chem1 Spectroscopy Lecture 5 Part 1 Microwave Spectroscopy	Chem1 Spectroscopy Lecture 5 Part 1 Microwave Spectroscopy Chemistry 1A Spectroscopy Lecture 5: Microwave Spectroscopy and NMR Part 1 hydrogen frequency molecule energy nucleus spin electron carbon resonance density electrons transition spectroscopy nuclei chemical shift magnetic moment microwave From Eleanor Campbell on September 13th, 2020 0 likes 218 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 11th, 2020
01:06:50 Chem 1 Spectroscopy Lecture 6 Chem 1 Spectroscopy Lecture 6	Chem 1 Spectroscopy Lecture 6 Chemistry 1A Spectrocopy Lecture 6 - NMR Couplings proton coupling molecule hydrogen spectrum neighboring transition intensity frequency nmr chemical shift j-j coupling From Eleanor Campbell on September 12th, 2020 0 likes 284 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 12th, 2020
50:16 Chem1 Spectroscopy Lecture 4 Chem1 Spectroscopy Lecture 4	Chem1 Spectroscopy Lecture 4 Chemistry 1A Spectroscopy Lecture 4 - Infrared Spectroscopy molecule carbon bond wave frequency mass spectrum numbers hydrogen stretch atoms energy modes vibration molecules times force absorption spectroscopy frequencies From Eleanor Campbell on September 10th, 2020 2 likes 330 plays 0 Course Code CHEM08019 Licence Type Creative Commons - Attribution Language English Date Created September 10th, 2020
38:07 Chem1 Spectroscopy Lecture2 Chem1 Spectroscopy Lecture2	Chem1 Spectroscopy Lecture2 Chemistry 1A Spectroscopy Lecture 2: Mainly atomic transitions energy electron atom hydrogen transition spin emission photon quantum oes 21cm line From Eleanor Campbell on September 10th, 2020 1 likes 320 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 10th, 2020
46:31 Chem1 Spectroscopy Lecture 1 Chem1 Spectroscopy Lecture 1	Chem1 Spectroscopy Lecture 1 Chemistry 1A Spectroscopy Lecture 1: Electromagnetic Radiation energy frequency radiation wave wavelength spectroscopy light spectrum molecules lambda photons emission hydrogen From Eleanor Campbell on September 9th, 2020 1 likes 315 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 9th, 2020
11:45 Lecture 4 Part 4: Methods for real engineering… Lecture 4 Part 4: Methods for real engineering problems	Lecture 4 Part 4: Methods for real engineering problems In the last part of the lecture we look at real numerical methods that can be used for real engineering problems. Looking briefly at Runge-Kutta methods and an application modelling methane-air… differential equations numerical method function solution method reaction problems methods hydrogen wave reactions methane problem bit lot chemistry chemical water carbon stiffness ratio sine From David Ingram on July 6th, 2020 0 likes 11 plays 0 Course Code SCEE0809 Licence Type Creative Commons - Attribution Language English Date Created July 1st, 2020
04:17 2.2 - A unique value proposition 2.2 - A unique value proposition	2.2 - A unique value proposition 2.2 - A unique value proposition latest options carbon philosophical terminology decarbonise cc-by global warming proposition fuels geography terminology electric grammar combination home economics industries hydrogen guarantee concepts in physics energy economics solid fuels climate change refrigerants planetary science mooc caption complete achieve technology emissions fossil efficiency evaluation permanent c.c.s. nonmetals carbon dioxide electricity measures energy electric power distribution transportations ground openmediabank fossil fuels ontology low carbon produce storage ccs renewable energy low-carbon economy economic problems heat transfer From Marcello Crolla on April 25th, 2018 0 likes 12 plays 0 Licence Type Creative Commons - Attribution Date Created April 25th, 2018
06:37 5.6b - China & CCS 5.6b - China & CCS	5.6b - China & CCS 5.6b - China & CCS Final fired power distillation coastal and oceanic landforms oil refineries caption complete economic anthropology percent reduction capture concepts in physics property attitude provide estimation theory property law difficult offshore c.c.s. porter future development chemical processes incentives industry refinery companies china chemical elements fuels climate change policy effects emission automotive technologies carbon demography hydrogen storage ccs electricity natural resources chinese assumption technology openmediabank mooc cc-by From Marcello Crolla on March 6th, 2018 0 likes 12 plays 0 Licence Type Creative Commons - Attribution Date Created March 6th, 2018
04:38 3.5 - Pre-combustion capture 3.5 - Pre-combustion capture	3.5 - Pre-combustion capture Mitigating Climate Change - Carbon Capture Storage inorganic solvents solutions process chemical engineering physical chemistry solvents fuels atmospheric thermodynamics hydrogen fossil fuels oxygen carbon dioxide chemical reactions dioxide combustion steam methane phases of matter fluid dynamics consist electricity mixture caption complete natural resources chemistry effects conventional thermodynamics fire energy solvent compression concepts in physics produce carbon capture and storage climate change turbine fuel gas synthetic fuel technologies pressure technology soil contamination carbon oxides high pressure turbines sheaffer monoxide nonmetals greenhouse gases capture separation openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 26 plays 0 Licence Type Creative Commons - Attribution
03:50 3.2 - The basic principles of combustion 3.2 - The basic principles of combustion	3.2 - The basic principles of combustion Mitigating Climate Change - Carbon Capture Storage fuels pollutants caption complete greenhouse gases monoxide burning excess toxicology particulates process gases energy hydrocarbons carbon capture and storage atmospheric complete technology nitrogen carbon water methane oxygen dioxide conversation hydrogen avoid fire percent combustion reaction molecule concepts in physics thermodynamics heat transfer effects oxides produce molecules reducing agents climate change chemical processes openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 62 plays 0 Licence Type Creative Commons - Attribution

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