Simple Liquid Logo Reveal For Premiere Pro is a clean Premiere Pro template featuring a liquid and colorful intro animation. Just replace the text, change the colors, drop your logo in and render.
Simple Liquid Logo Reveal
Download: https://jinyurl.com/2vGUCr
Simple Liquid Logo is a clean project with a stylish design and professional looking logo reveal. Simply style them to match your own brand, using the full-color and shape controllers. 2 versions and 4K or 1080p resolution. A smart intro or opener to your youtube, Instagram channel, or any social network, and and also for slideshows, exhibitions, broadcasts, promotions, events, online marketing videos and more. Impress your audience with this short and simplistically animated logo reveal.
This is an amazing tutorial if you are looking at ways to create a liquid logo reveal. If you dont know Marc, he is a freelance designer from Barcelona, passionate about 3d, typography, illustration, design, animation. He has an amazing instagram, full of inspiration and a look into his process for creating these liquid logo reveals. Be sure to follow him on instagram and check out his website to show support!
Simple Liquid Logo Reveal 2 is a clean After Effects template featuring a liquid and minimal intro animation. Just replace the text, change the colors, drop your logo in and render.Included 4 versionsSoundFX includedResolution Full HD (19201080) 25 FPSNo plugins requiredAfter Effects CS6 or abovePDF Help includedEasily change coloursUniversal ExpressionsMusic is not includedMusic #1: The Liquid Logo by DiamondCMusic #2: Liquid Logo by DeodoMusic #3: Clear Liquid Logo by penguinmusicVideo in preview: 1, 2Special thanks to daruma-audio
We use molecular dynamics simulations to analyze the transport behavior of a simple liquid through carbon nanotubes (CNTs), focusing on the CNT size effect. The liquid flow, occupancy and translocation time exhibit interesting power law relations with the CNT diameter, where the flow can also be a function of occupancy and translocation time. The wave-like radial density profiles reveal the different liquid structures depending on the CNT diameter. The flow and translocation time also show a power law relation with the CNT length, while the occupancy has an excellent linear behavior. Again, under the change of CNT length, the flow has a similar relation with occupancy and translocation time. These results can greatly enhance our knowledge on the equilibrium liquid transport dynamics, and provide clear new physical insights.
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