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02:42 Doubly-latent Models in Spatial Epidemiology Doubly-latent Models in Spatial Epidemiology	Doubly-latent Models in Spatial Epidemiology Doubly-latent Models in Spatial Epidemiology By Glenna Nightingale, Megan Laxton and Jacqueline Aim. Copyright © University of Edinburgh 2020 CC BY-NC-SA This work is licensed under a Creative… covid-19 spatial modelling care home statistics spatial correlation covariate patterns linear prediction log gaussian process stochastic modelling poisson point process care homes deaths level modelling risk approach counts process log york stage processes method field parameterization correlation estimates pattern From Jacqueline Aim 0 likes 23 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
07:12 2.2.1 Heritage Pressure and Release model 2.2.1 Heritage Pressure and Release model	2.2.1 Heritage Pressure and Release model The PAR model seeks to explain how the intersection between the process of generating vulnerability and natural hazards exposures creates and/or exacerbates social vulnerability (Blaikie et al.… cultural heritage earthquake disaster power hazards structures heritage risk vulnerability japan processes groups hazard climate construction disasters model gain sites damage vulnerabilities From Geoff Fortescue 0 likes 16 plays 0 Licence Type Creative Commons - Attribution Share A Like
01:22:44 The Inaugural Lecture of Professor Vasileios… The Inaugural Lecture of Professor Vasileios Koutsos, Personal Chair of Soft Materials and Surfaces	The Inaugural Lecture of Professor Vasileios Koutsos, Personal Chair of Soft Materials and Surfaces Tacky: a slippery slope to Engineering Adhesion and friction phenomena are ubiquitous; they affect our everyday life and play a key role in many engineering and biomedical applications. At the… inaugural lecture inaugural lecture engineering school of engineering soft materials and surfaces materials and processes materials science surfaces materials adhesion friction phenomena interfaces tribology desorption polymer chains nanoscale coatings microbubbles vasileios koutsos professor vasileios koutsos professor From Billy Rosendale 0 likes 114 plays 0 Publisher University of Edinburgh Licence Type All rights reserved The University of Edinburgh Date Created May 25th, 2022 Retain Source File Yes
07:05 CP2 Pharmacokinetics 2 - Metabolism and… CP2 Pharmacokinetics 2 - Metabolism and Elimination 1	CP2 Pharmacokinetics 2 - Metabolism and Elimination 1 Metabolism and Elimination part 1 pharmacokinetics 2 drug metabolism drugs elimination biotransformation body phase metabolite water activity processes enzymes lungs liver consequence action molecule yesterday concentration kinetics From Philip Larkman 0 likes 73 plays 0 Licence Type Creative Commons - Attribution
08:20 Introducing the Chemical Engineering programmes Introducing the Chemical Engineering programmes	Introducing the Chemical Engineering programmes Dr Norbert Radacsi, Lecturer in the School of Engineering, introduces the Chemical Engineering undergraduate programmes at the University of Edinburgh. Find out more about our undergraduate… chemical engineering students engineering industry instance chemical edinburgh events teaching society chemistry placement courses destinations visits placements plants student projects semester processes From Norbert Radacsi 0 likes 58 plays 0 Publisher fbaillie Licence Type All rights reserved The University of Edinburgh Language English Date Created February 19th, 2022 Retain Source File Yes
01:50 Introduction to Lecture 10 Introduction to Lecture 10	Introduction to Lecture 10 Introduction to the content and concepts in lecture 10 separation processes 5 boundary residue column systems distillation curve features maps curves separation columns From John Christy 0 likes 4 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created February 11th, 2022 Retain Source File Yes
01:58 Introduction to Lecture 9 Introduction to Lecture 9	Introduction to Lecture 9 Introduction to the Content and Concepts in lecture 9 separation processes 5 constraints flow saddle node maps residue distillation curves properties systems examples types solutions nodes components From John Christy 0 likes 4 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created February 11th, 2022 Retain Source File Yes
02:16 Introduction to Lecture 8 Introduction to Lecture 8	Introduction to Lecture 8 Introduction to the content and concepts covered in lecture 8 separation processes 5 distillation boundaries residue flow batch properties mixtures systems patterns From John Christy 0 likes 4 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created February 2nd, 2022 Retain Source File Yes
02:16 Introduction to Lecture 7 Introduction to Lecture 7	Introduction to Lecture 7 Introduction to the Content and Concepts of Lecture 7 separation processes 5 column distillation lecture components mixtures separations properties component boiling profiles addition mixture From John Christy 0 likes 7 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created February 2nd, 2022 Retain Source File Yes
03:43 Introduction to lecture 6 Introduction to lecture 6	Introduction to lecture 6 Introduction to the content and concepts covered in lecture 6 separation processes 5 mixture component aromatics boiling lecture separation agent pressure energy distillation amount components mixtures examples From John Christy 0 likes 7 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 25th, 2022 Retain Source File Yes
01:53 Introduction to Lecture 5 Introduction to Lecture 5	Introduction to Lecture 5 Introduction to the content and concepts covered in lecture 5 separation processes 5 activity dilution coefficients energy gibbs relationship mixture component examples thermodynamics revision coefficient boiling minimum From John Christy 0 likes 7 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 25th, 2022 Retain Source File Yes
03:42 Introduction to lecture 3 Introduction to lecture 3	Introduction to lecture 3 Introduction to the Content and Concepts of lecture 3 separation processes 5 heat energy pressure column vapour liquid boiler columns strategies water steam separation temperature stream From John Christy 0 likes 11 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 17th, 2022 Retain Source File Yes
02:09 Introduction to lecture 4 Introduction to lecture 4	Introduction to lecture 4 Introduction to the Content and Concepts of lecture 4 separation processes 5 hydrogen components bonding mixtures boiling forces distillation maximum temperature From John Christy 0 likes 8 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 17th, 2022 Retain Source File Yes
01:41 Introduction to Lecture 2 Introduction to Lecture 2	Introduction to Lecture 2 Brief introduction to the concepts covered in lecture 2 separation processes 5 side column columns balances mass disadvantages steam situation stream issues streams equilibrium interaction advantages sense lecturer separation ratio vapour liquid From John Christy 0 likes 6 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 13th, 2022 Retain Source File Yes
04:26 Introduction to Lecture 1 Introduction to Lecture 1	Introduction to Lecture 1 A brief introduction to the concepts covered in lecture 1 separation processes 5 temperature composition profile component column reflux fraction liquid benzene diagram equilibrium components temperatures step ratio times vapour phase compositions fact From John Christy 0 likes 20 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 13th, 2022 Retain Source File Yes
10:30 Introduction to Separation Processes 5… Introduction to Separation Processes 5 Distillation Lectures	Introduction to Separation Processes 5 Distillation Lectures Introduction to the Course, including the layout of the Learn page and the content of the advanced distillation section. separation processes 5 questions week columns lectures materials lecture question board discussion separation textbooks material energy From John Christy 0 likes 16 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 13th, 2022 Retain Source File Yes

Search for tag: "processes."

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