JOB: 2.5-yr Research Associate position for an analytical inorganic chemist to work with @SUERC1 AMS Laboratory on NERC ScotIce project aimed at improving 10Be and 26Al measurement precision https://t.co/34UlmSDhgj…
Feel free to contact us if you have queries about the post.
PhD opportunity for a physics or engineering graduate to work in particle beam physics on the new PIMS systems. Areas of interest are ion optic modelling and application, ion beam matter interaction, particle detectors, ECR ion source development https://t.co/OPQnkrPkx9
@SUERC1
Improve the precision of 10Be and 26Al surface exposure dating and quantify how fast ice caps can melt. This is a hands-on project that will challenge you to combine laboratory techniques with operating a 5-million-volt particle accelerator and the newly developed PIMS
3 new PhD opportunities with @SUERC1@StirUni@IapetusDTP. #3 - “Addressing the global methane crisis with novel technology (PIMS-14C)” https://t.co/dCpthBOA1v
Deadline: 10th Jan 2020.
@Jacek_Pawlyta@SUERC1 It’s around 1mA, mostly carbon! The total source output is ~3mA but this includes oxygen, higher charge states, etc. that we filter out before this cup.
Just a heads up - if you go through an airport with a military grade RF amplifier they will pull you over for extra security! Don’t worry they will let you on though! @SUERC1
Derek Fabel telling us everything we need to know about precision of 10Be exposure dating (but we’re afraid to ask) @DerekFabel @isotopesUK@SUERC1@c14pims
Exciting new project by @DerekFabel and @RichardPShanks. Measuring how fast an ice cap can collapse using high precision cosmogenic isotopes. Project involves developing Al26 PIMS too. Know of anyone interested in a post doc?
Philippa Ascough @PipAscough Stewart Freeman and Richard Shanks being interviewed about PIMS @c14pims by Kenneth Macdonald (@macdonke) @BBCScotland at SUERC AMS Laboratory