![]() ![]() He then extended his earlier works to solid electrolyte to understand the physics governing battery performances. During his research, he has collaborated with computational and experimental teams in KIST (Korea Institute of Science and Technology) to perform multi-scale analyses on anode materials. His early PhD research focused on the atomistic interpretation on the diffusion behaviors occurring in anode materials of Na- and Li-ion batteries. Yong-Seok is from and grew up in South Korea and completed his PhD degree in the department of Materials Science and Engineering at Korea University. ![]() Seán’s profile on Google Scholar Citations ![]() He also loves to travel, especially for snowboarding holidays in the winter! Outside the lab, Seán enjoys being active and outdoors, as well as listening to podcasts/audiobooks and watching movies. Prof Aron Walsh of Imperial College London will join Prof Scanlon in guiding Sean on his project looking at the importance of defects in energy materials. After experimental research projects in Nokia – Bell Labs (“Fabrication of Efficient Heat Transfer Devices via Colloidal Template Electrodeposition”) and the Nicolosi Advanced Materials group (“Synthesis and Characterisation of Ultra-Thin Tin(II) Oxide Platelets for Energy Storage Applications”), Seán decided to take a leap of faith by pursuing a PhD in computational chemistry.īut níl aon tinteán mar do thinteán féin, so to make London feel more like home, Seán has not one but two TCD alumni as supervisors. Seán grew up near Dublin, where he studied Nanoscience, Physics and Chemistry of Advanced Materials in Trinity College Dublin (TCD). Away from the lab, Chris is a bit of a quiz enthusiast, and also likes to play squash, video games and to try to get through his collection of unread books.Ĭhris’ profile on Google Scholar Citations In January 2021 Chris transitioned to independence and started a prestigious Ramsay Memorial Fellowship in the Department of Chemistry at UCL. Chris then took up a position as a “Faraday Fellow”, as his first post doctoral project was part of the Faraday Institution Multiscale Modelling project, focused on a complete computational understanding of degradation in cathodes. Along the way, Chris won the Catlow Prize for best final year Computational Chemistry PhD in UCL and he defended his thesis in August 2018. Chris spent 42 months at UCL transitioning to becoming a computational chemist, focused on the prediction of novel materials for photovoltaics. He spent his final year there attempting to find geometrical frustration in a variety of metal pseudohalide salts. That duplicate, right here and after a few years, is still missing the background-blend-mode property, widely implemented nowdays (It lays below the multiple background and inset shadow examples).įrom an answer of mine at How to add a color overlay to a background image? marked as a duplicate of that question where no pseudo element ,nor extra element is required.Chris is from West Sussex, and spent his time as an undergraduate at the University of Oxford, graduating with an first class MChem degree. mind the third one if you already read other answers about bg and box-shadow): So here is about my answer out there, answer that gives you 3 easy ways without extra markup nor pseudos :Īt first, i saw two easy options at that time (2016, those two option are also within answers standing here too, so nothing really new to add about these. Multiple background with a translucent single gradient over image from an an old codepen of mine with few examples. Huge inset shadow which does about the same thing as a gradient overlayĬSS gradients are represented by the data type, a special type of made of a progressive transition between two or more colors. You can choose between three types of gradients: linear (created with the linear-gradient() function), radial (created with the radial-gradient() function), and conic (created with the conic-gradient() function). You can also create repeating gradients with the repeating-linear-gradient(), repeating-radial-gradient(), and repeating-conic-gradient() functions. Gradients can be used anywhere you would use an, such as in backgrounds. Because gradients are dynamically generated, they can negate the need for the raster image files that traditionally were used to achieve similar effects. ![]()
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