martin king
@martindking
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New paper published: The effects of surface roughness on the calculated, spectral, conical–conical reflectance factor as an alternative to the bidirectional reflectance distribution function of bare sea ice.
tc.copernicus.org
Abstract. The conical–conical reflectance factor (CCRF) has been calculated as an alternative to the bidirectional reflectance distribution function (BRDF) for three types of bare sea ice with...
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Our new paper on sulfuric acid forming core-shell structures with silica aerosol is out https://t.co/4GBNZ4Wajp
@clf_stfc @RHUL_EarthSci @Matthew__Watson
pubs.rsc.org
Sulfuric acid is shown to form a core–shell particle on a micron-sized, optically-trapped spherical silica bead. The refractive indices of the silica and sulfuric acid, along with the shell thickness...
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Huge congratulations to **Dr** Megan McGrory! @RHULEarthSci @CLF_STFC
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Competitive PhD position in aerosol laser tweezing for modern climate change available. Joint between @RHULEarthSci & @CLF_STFC and funded by @ARIES_DTP. Does the oxidation of organic material on atmospheric mineral aerosol change the solar radiative forcing of mineral aerosol?
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If you are a student or staff at RHUL come along to our *science* of COP26 event on the 10th November. @RHULEarthSci
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Initial reflectivity experiments and cutting up sea ice cores from the UK with Ben. (Sea ice grown in tanks in -20°C cold rooms). Spectrometer borrowed from @NERC_FSF. Sea ice grown in the sea ice simulator at @RHULEarthSci
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Our Oleic work described on ISIS Neutron Source front page https://t.co/7E88qfLxIz. Work from @RHULEarthSci @isisneutronmuon
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Our new paper on the reaction of a monolayer of oleic acid and ozone reaction at the air-water interface is out in @PCCP. https://t.co/4v8DbIaHjg with @isisneutronmuon, @ILLGrenoble and @RHULEarthSci
pubs.rsc.org
Organic films that form on atmospheric particulate matter change the optical and cloud condensation nucleation properties of the particulate matter and consequently have implications for modern...
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Fully funded PhD Opportunity between ISIS pulsed neutron source @isisneutronmuon and Royal Holloway @RHULEarthSci titled "oxidation of atmospheric particulate matter effects modern climate change" with @ARIES_DTP. More at
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New exciting paper out with @CLF_STFC on temperature controlled Mie Scattering from laser trapped PS particles. https://t.co/kfL5KmDysH
@RHULEarthSci
pubs.acs.org
Polystyrene beads are often used as test particles in aerosol science. Here, a contact-less technique is reported for determining the refractive index of a solid aerosol particle as a function of...
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Back from Cyprus, and apart from an earthquake, some fun students @RHULEarthSci I got a great hat! Thank you!
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#troopbnorway TGTK from San Francisco says “what is the difference between roast beef and pea soup?”
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The new aerosol filter holders for sampling surface active compounds from the atmosphere made by Mr Morris. @RHULEarthSci
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First time I have seen anything interesting in the The Times.
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First paper from the Royal Holloway Sea ice Simulator is out investigating optical effects of black carbon in sea ice https://t.co/RAOxpyYuUG,
@RHULEarthSci @maximlamare
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New paper on oxidation of atmospheric aerosol using @DiamondLightSou. See https://t.co/ujXwogcko4.
@RHULEarthSci.
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