Топінамбур - Jerusalem artichoke - Helianthus tuberosus
Number of files: 57
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1964-Box-An analysis of transformations
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1979-Iler-The Chemistry of Silica
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1980-Armstrong-Aeration in higher plants
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1992-Niklas-Plant biomechanics_ an engineering
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1996-Denoroy-The crop physiology of Helianthus
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2000-Flörke-Silica
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2001-Frank-Device scaling limits of Si MOSFETs
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2004-Рихлівський-Агротехнiчнi i бiологiчнi основи введення топiнамбура в промислову культуру пiвденно-захiдноi частини лiсостепу Украiни
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2006-Goertzen-Creep behavior of carbon fiber_e
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2008-Chernyak-Plasma-assisted reforming of eth
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2008-Kutschera-The growing outer epidermal wal
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2012-Koebel-Aerogel-based thermal superinsulat
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2012-Rahman-Synthesis of Silica Nanoparticles
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2013-Bheekhun-Aerogels in aerospace_ an overvi
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2013-Chen-In vivo bio‐safety evaluations and d
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2013-Chernyak-Hydrogen Conversion in DC and Im
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2013-Fabry-Waste gasification by thermal plasm
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2013-Varshneya-Fundamentals of inorganic glass
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2013-Касіянчук-Економічні перспективи використ
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2015-Kasaai-Nanosized particles of silica and
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2015-Liang-Silicon in agriculture
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2017-Nedybaliuk-Plasma-catalytic reforming of
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2018-Hyväluoma-Quantitative characterization o
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2018-Qiu-Recent advances in bio-based multi-pr
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2018-Tkachenko-Processing Vegetable Waste оf D
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2019-Nedybaliuk-Hybrid Plasma-Catalytic Reform
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2020-Chernyak-Plasma activated synthesis of ma
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2020-Szufa-Acquisition of Torrefied Biomass fr
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2021-Chernyak-Plasmochemical synthesis of opti
30.
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2021-Kim-Effects of Jerusalem artichoke extrac
31.
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2021-Prabha-Plant-derived silica nanoparticles
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2021-Sze-Physics of semiconductor devices
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2023-Chernyak-Ferrocene Disproportionation Rea
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2023-Guerreiro-Distinctive electric properties
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2023-Hancı-An Outlook of The World Jerusalem Artich
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2023-Lerida-Viso-Biosafety of mesoporous silic
37.
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2023-Teixeira-Agricultural production in Ukrai
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2024-Azhar-The Extraction of Organic Silica fr
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2024-Barani-Synthesis of silica nanoparticles
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2024-Bembenek-Jerusalem artichoke as a Raw mat
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2024-Fafure-Advances in silicon-carbon composi
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2024-Kusano-Applications of plasma technologie
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2024-Sierra Montes-Biodegradable composite mat
44.
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2024-Yan-Silicon nanoparticles in sustainable
45.
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2024-Ţîței-Agroeconomic Value of Jerusalem Art
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2025-Ezzeddine-Recent advances in heavy metal
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2025-Hamidu-Synthesis of silica and silicon fr
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2025-Nguyen-Converting rice husk biomass into
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Example_2021-Ковехова-Состав неорганических компонентов стеблей топинамбура
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Example_DTG-2 types_2019-Prusov-Potential of Jerusalem Artichoke Stem for Cellulose Production
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Example_DTG-FTIR-XRD_2022-Wang-The pyrolysis behavior and biochar characteristics of Jerusalem
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Example_DTG-full_2020-Szufa-Acquisition of Torrefied Biomass from Jerusalem Artichoke
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Example_DTG_2012-Sun-The Pyrolysis Characteristics and Kin
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Example_DTG_2022-Li-Comparative Study on Pyrolysis Kinetic
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Example_FTIR_2019-Mehmood-Helianthus tuberosus as a promisi
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Example_FTIR_2019-Wang-Effects of heating rate on fast pyro
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Example_XRD_2019-Wei-Assessing the effect of pyrolysis tem