Hydrolyzed Karaya Gum: Gelatin Complex Coacervates for Microencapsulation of Soybean Oil and Curcumin by My Lan Nguyen Le, Hang Nga Le Thi, Vinh Tien Nguyen

“…The optimal complex coacervates were used to encapsulate soybean oil containing curcumin using different shell:core ratios, homogenization speeds, concentrations of emulsifier, and drying techniques. …”
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Arc-length Algorithm Efficiency in the Analysis of Thermally Loaded Multilayered Shells by Agnieszka SABIK, Ireneusz KREJA

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Elastic and inelastic form factors of the 10B nuclei with the large-basis shell model by Bashair H. Jawed, Adie D. Salman, I. Hossain

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变截面超越弹簧离合器结合过程动力学特性分析 by 严宏志, 龙尚斌, 谭武中, 夏凡

“…The working principle of overrunning spring clutch is analyzed and the movement and dynamics character of variable cross-section spring clutch combining process are revealed.Based on the establishment of overrunning spring clutch finite element model and loadings of boundary conditions,the law of spring expansion and the stress of contact in combining process are analyzed.The distribution characteristics of contact force on spring/shell and the combining time of clutch are obtained,as well as the following-speed characteristics of output and input shells.At the same time Mises stress of the radial point and the stress between spring inner ring and arbor in non-steady state and steady-state process is showed.A basis for the structure parameters design and failure analysis of the clutch are provided in this research.…”
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Study of Glucosamine Production from Shrimp Shells by Fermentation Using Trichoderma harzianum by Hardoko Hardoko, Bambang B. Sasmito, Yunita E. Puspitasari, Hamid M. Afandi, Nugroho Maulia

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Parameters analysis and process optimization of shell precision thermoforming by Cheng Haozhe, Xu Shubo, Sun Kangwei, Wang Shengliang, Pan Yuefei, Ma Hailong, Ren Guocheng, Li Jianing, Zhao Zhongkui

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Spatiotemporal changes in riverine input into the Eocene North Sea revealed by strontium isotope and barium analysis of bivalve shells by Jorit F. Kniest, David Evans, Axel Gerdes, Marjorie Cantine, Jonathan A. Todd, Julia D. Sigwart, Johan Vellekoop, Wolfgang Müller, Silke Voigt, Jacek Raddatz

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The Influence of Pore Size on the Photocatalytic and SERS Performance of Nanoporous Au–Ag Shells by Wenpeng Yang, Wenguang Geng, Xiyuan Lu, Lihua Qian, Shijun Luo, Rui Zheng, Lei Xu, Dapeng Yang

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Conventional and Novel Strategies for Cellulose Isolation from Nut Shells: A Review by Andrea Están, Mónica Umaña, Valeria S. Eim, Gabriela Clemente, Susana Simal

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Coconut residues increase light fraction of organic matter and water retention in semi-arid sandy soil under irrigated cultivation by Isnara Evelin Barbosa da Silva, Magnus Dall’Igna Deon, Davi José Silva, Francisco Alisson da Silva Xavier, Ana Paula Guimarães Santos, Diana Signor

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Absorption Coefficients of GaN / AlxGa1 – xN Core-Shell Spherical Quantum Dot by D. Abouelaoualim, A. Elkadadra, A. Oueriagli, A. Outzourhit

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Magnetic–Plasmonic Core–Shell Nanoparticles: Properties, Synthesis and Applications for Cancer Detection and Treatment by Alberto Luis Rodriguez-Nieves, Suprava Shah, Mitchell L. Taylor, Madhusudhan Alle, Xiaohua Huang

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High-Frequency Passive Acoustic Recognition in Underwater Environments: Echo-Based Coding for Layered Elastic Shells by Zixuan Dai, Zilong Peng, Suchen Xu

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Rediscovering selectively etched single-walled TiO2 nanotubes: a review to reignite interest by Yilan Zeng, Martin Motola

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A generalized linear model of dynamics of thin elastic shells by E.Yu. Mihajlova, D.V. Tarlakovskii, G.V. Fedotenkov

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Visean terrigenous sediments of the South Tatar Arch (Volga-Urals oil and gas bearing province) – multifacial filling of the karst surface of the Tournaisian isolated carbonate pla... by V. V. Silantiev, M. F. Validov, D. N. Miftakhutdinova, N. G. Nourgalieva, E. A. Korolev, B. G. Ganiev, A. A. Lutfullin, K. D. Shumatbaev, R. M. Khabipov, V. A. Sudakov, Yu. A. Akhmadullina, K. A. Golod, A. A. Leontev, R. R. Shamsiev, D. A. Nikonorova, S. S. Krikun, M. V. Noykin, E. A. Abdullina

“…It is concluded that the accumulation and preservation of terrigenous and peat (coal-bearing) sediments differ in duration (0.1 million years vs. 1.5–2 million years) and are consequently associated with transgressive and regressive phases.The accumulation of terrigenous sediments includes: (a) transgressive eustatic episodes – short-term incursions of a marine basin onto the eroded surface of an isolated carbonate platform, during which silty and sandy, wellsorted bioturbated sediments were accumulated, often with a variety of ichnofossils of marine benthic organisms; (b) the regressive eustatic phase resulted in the predominant erosion of sediments on the arch; whereas sediments in the incisions were largely preserved.The accumulation of peat (coal-bearing) deposits includes (a) the regressive eustatic phase, during which the vast area of the eastern Volga-Urals region was covered with flourishing vegetation and stable swamp environments were forming in the incisions of the Tournaisian surface; (b) the transgressive phase – the peat was overlaid and buried by transgressive marine silt-sand sediments; then it was compacted and transformed into coal. …”
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