Search for tag: "molecules"

7 Media

15:29 Why Are Cold Molecules So Cool?:… Why Are Cold Molecules So Cool?: ChemPhys@Edinburgh	Why Are Cold Molecules So Cool?: ChemPhys@Edinburgh Video prepared by Chemical Physics Undergraduates at Edinburgh University 2019 Simone Eizagirre, Paulina Majchrzak, Zoé Schyns cold molecules From Eleanor Campbell on October 11th, 2019 0 likes 2 plays 0 Course Code CHPH11004 Publisher Eleanor Campbell Licence Type All rights reserved The University of Edinburgh Language English Date Created April 14th, 2019
01:01 Dr Adriana Tavares - Research in a nutshell Dr Adriana Tavares - Research in a nutshell	Dr Adriana Tavares - Research in a nutshell Hear from Dr Adriana Tavares, head of the preclinical PET-CT facility, as she discusses her research into developing new imaging probes - radiotracers - for PET imaging. dr adriana tavares research in a nutshell edinburgh imaging preclinical pet ct imaging probes radiotracers imaging pet diseases traces radio treatments isotope molecules body mechanisms researchers patients doctors processes focus tomography emission positron probes edinburgh From Chloe Martin on May 22nd, 2018 0 likes 132 plays 0 Publisher Edinburgh Imaging Licence Type All rights reserved The University of Edinburgh Language English Date Created May 22nd, 2018
04:54 3.3a - Post-combustion capture with solvents Part… 3.3a - Post-combustion capture with solvents Part 1	3.3a - Post-combustion capture with solvents Part 1 Mitigating Climate Change - Carbon Capture Storage solvent technology experiment atmosphere balance coolants carbon capture and storage fluid dynamics ability solvents exhaust chemical reactions and air conditioning effects combustion heating pressure oxygen separate carbon dioxide geography terminology dioxide concepts in physics thermodynamics specific mass climate change air pollution electricity chemical engineering beverages nonmetals industry engines dielectrics chemical capture molecules scientific method underwater diving physics generate gases chemical processes chemistry ventilating pollution principle increase global warming inorganic solvents nitrogen percent fuels caption complete reaction station heat transfer fire carbon openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 46 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 37 plays 0 Licence Type Creative Commons - Attribution
06:12 2.7 - Hydrogen- A carbon free energy vector 2.7 - Hydrogen- A carbon free energy vector	2.7 - Hydrogen- A carbon free energy vector Mitigating Climate Change - Carbon Capture Storage industry atmosphere buildings human geography increases thermodynamics energy electrolysis reformer demography molecule natural resources fuels heat transfer energy vector microeconomics fossil fuels production economics terminology dioxide effects temperature hydrogen chemistry decarbonise monoxide electricity postmodernism marxism industrial processes c.c.s. alkanes oxocarbons carbon dominant chemical processes transport caption complete climate change emissions production and manufacturing hydrogen production concepts in physics percent management oxides sociocultural evolution chemical elements reaction fluid dynamics molecules consisting preventing carbon capture and storage openmediabank mooc cc-by From Jonathan Jack on January 23rd, 2018 0 likes 9 plays 0 Licence Type Creative Commons - Attribution
01:07:12 Inaugural Lecture of Professor Alistair… Inaugural Lecture of Professor Alistair Borthwick, Chair of Applied Hydrodynamics (MP3 audio only)	Inaugural Lecture of Professor Alistair Borthwick, Chair of Applied Hydrodynamics (MP3 audio only) Water and Sediment: A Cascade across Scales Water and sediment work together to move material, sculpt landscapes, and contribute to the carbon, phosphorus, and nitrogen cycles. This lecture will… applied hydrodynamics hydrodynamics hydropower inaugural lecture inaugural lecture professor alastair borthwick school of engineering engineering water sediment dams molecules oceans civil engineering civil and environmental engineering environmental engineering energy systems infrastructure environment infrastructure and environment audio mp3 From Billy Rosendale on April 3rd, 2017 0 likes 16 plays 0 Publisher University of Edinburgh Licence Type All rights reserved The University of Edinburgh Language English Date Created March 17th, 2017
01:07:24 Inaugural Lecture of Professor Alistair… Inaugural Lecture of Professor Alistair Borthwick, Chair of Applied Hydrodynamics	Inaugural Lecture of Professor Alistair Borthwick, Chair of Applied Hydrodynamics Water and Sediment: A Cascade across Scales Water and sediment work together to move material, sculpt landscapes, and contribute to the carbon, phosphorus, and nitrogen cycles. This lecture will… applied hydrodynamics hydrodynamics inaugural lecture inaugural lecture professor alistair borthwick school of engineering engineering water sediment hydropower dams molecules oceans civil engineering civil and environmental engineering environmental engineering energy systems infrastructure and environment infrastructure environment From Billy Rosendale on March 31st, 2017 0 likes 100 plays 0 Publisher University of Edinburgh Licence Type All rights reserved The University of Edinburgh Language English Date Created March 17th, 2017

the university of edinburgh

University affiliations

The University of Edinburgh is a charitable body, registered in Scotland, with registration number SC005336, VAT Registration Number GB 592 9507 00, and is acknowledged by the UK authorities as a “Recognised body” which has been granted degree awarding powers.

Unless explicitly stated otherwise, all material is copyright © The University of Edinburgh 2019. Course specific materials are created by University of Edinburgh staff for you to use in your studies. You should not share, publish or sell these outside the University