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1. Full Text Performance evaluation of a non-woven lithium ion battery separator prepared through a paper-making process
by Huang, Xiaosong
Journal of power sources, ISSN 0378-7753, 06/2014, Volume 256, pp. 96 - 101
High rate capability | Lithium ion battery | Non-woven | Composite separator | Thermal performance | Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Electrochemistry | Chemistry, Physical | Energy & Fuels | Science & Technology | Electrical engineering. Electrical power engineering | Electrical power engineering | Electrochemical conversion: primary and secondary batteries, fuel cells | Wood. Paper. Non wovens | Exact sciences and technology | Materials | Applied sciences | Direct energy conversion and energy accumulation | Paper, paperboard, non wovens | Polymer industry, paints, wood | Permeability | Porosity | Batteries | Analysis | Electrodes | Lithium-ion batteries | Electrolytic cells | Wettability | Liquids | Electrochemical analysis | Separators
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2. Full Text Compression failure in dense non-woven fiber networks
by Brandberg, August and Kulachenko, Artem
Cellulose (London), ISSN 0969-0239, 07/2020, Volume 27, Issue 10, pp. 6065 - 6082
Physical Sciences | Materials Science, Textiles | Materials Science | Technology | Polymer Science | Science & Technology | Materials Science, Paper & Wood | Networks | Compressive properties | Cellulose fibers | Failure modes | Compression tests | Compressive strength | Elastic properties | Plastic buckling | Paper board | Strain
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3. Full Text Nanofibrous chitosan non-wovens for filtration applications
by Desai, Keyur and Kit, Kevin and Li, Jiajie and Michael Davidson, P and Zivanovic, Svetlana and Meyer, Harry
Polymer (Guilford), ISSN 0032-3861, 2009, Volume 50, Issue 15, pp. 3661 - 3669
Nanofibers | Filtration | Chitosan | Polymer Science | Physical Sciences | Science & Technology | Applied sciences | Technology of polymers | Fibers and threads | Exact sciences and technology | Polymer industry, paints, wood | Forms of application and semi-finished materials | Chromium compounds | Chromium | Water quality | Polyolefins
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4. Full Text Flexible wearable graphene/alginate composite non-woven fabric temperature sensor with high sensitivity and anti-interference
by Wang, Fei and Jiang, Jingjing and Sun, Fengqiang and Sun, Longfei and Wang, Ting and Liu, Yixin and Li, Minghua
Cellulose (London), ISSN 0969-0239, 03/2020, Volume 27, Issue 4, pp. 2369 - 2380
Physical Sciences | Materials Science, Textiles | Materials Science | Technology | Polymer Science | Science & Technology | Materials Science, Paper & Wood | Temperature | Change detection | Interference | Temperature sensors | Sensitivity | Thermometers | Response time | Graphene | Nonwoven fabrics | Skin temperature | Sensors | Sodium alginate | Wearable technology
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5. Full Text Cellulose non-woven fabric-derived porous carbon films as binder-free electrodes for supercapacitors
by Lee, Byoung-Min and Eom, Jin-Ju and Baek, Ga Young and Hong, Sung-Kwon and Jeun, Joon-Pyo and Choi, Jae-Hak and Yun, Je Moon
Cellulose (London), ISSN 0969-0239, 5/2019, Volume 26, Issue 7, pp. 4529 - 4540
Polymer Sciences | Carbonization | Chemistry | Electrode | Physical Chemistry | Stabilization | Sustainable Development | Cellulose non-woven fabrics | Supercapacitor | Ceramics, Glass, Composites, Natural Materials | Bioorganic Chemistry | Organic Chemistry | Physical Sciences | Materials Science, Textiles | Materials Science | Technology | Polymer Science | Science & Technology | Materials Science, Paper & Wood | Electrodes | Usage | Equipment and supplies | Ultracapacitors | Production processes | Cellulose | Temperature dependence | Electrochemical analysis | Surface resistance | Specific surface | Supercapacitors | Carbon | Aqueous electrolytes | Electrode materials | Nonwoven fabrics | Electrical resistivity | Capacitance | Inert atmospheres | Surface area
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6. Full Text Convenient blending of alginate fibers with polyamide fibers for flame-retardant non-woven fabrics
by Zhang, Feng-Qi and Wang, Bin and Xu, Ying-Jun and Li, Ping and Liu, Yun and Zhu, Ping
Cellulose (London), ISSN 0969-0239, 09/2020, Volume 27, Issue 14, pp. 8341 - 8349
Physical Sciences | Materials Science, Textiles | Materials Science | Technology | Polymer Science | Science & Technology | Materials Science, Paper & Wood | Textile composites | Thermogravimetric analysis | Thermal decomposition | Enthalpy | Cone calorimeters | Thermogravimetry | Flame retardants | Alginates | Infrared analysis | Fibers | Heat release rate | Polyamide resins | Blending | Nonwoven fabrics | Fabrics | Extinguishing
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7. Full Text Risk analysis of pyrolyzed biochar made from paper mill effluent treatment plant sludge for bioavailability and eco-toxicity of heavy metals
by Devi, Parmila and Saroha, Anil K
Bioresource technology, ISSN 0960-8524, 06/2014, Volume 162, pp. 308 - 315
Pyrolysis | Sludge | Biochar | Leaching | Heavy metal | Agricultural Engineering | Life Sciences & Biomedicine | Technology | Agriculture | Biotechnology & Applied Microbiology | Energy & Fuels | Science & Technology | Fundamental and applied biological sciences. Psychology | Pollution | Wood. Paper. Non wovens | Exact sciences and technology | Paper and paperboard manufacturing | Applied sciences | Biological and medical sciences | Wastes | Paper, paperboard, non wovens | Polymer industry, paints, wood | Sewage - chemistry | Ecotoxicology | Risk Assessment | Charcoal - chemistry | Hot Temperature | Industrial Waste | Water Pollutants, Chemical - isolation & purification | Water Pollutants, Chemical - toxicity | Metals, Heavy - toxicity | Solutions | Chemical Fractionation | Paper | Water Purification - methods | Hydrogen-Ion Concentration | Sewage | Purification | Industrial wastes | Risk assessment | Paper mills | Heavy metals | Paper industry | Index Medicus | Effluents | Plants (organisms) | Bioavailability | Risk analysis
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8. Full Text Hydrophobic-modified nano-cellulose fiber/PLA biodegradable composites for lowering water vapor transmission rate (WVTR) of paper
by Song, Zhaoping and Xiao, Huining and Zhao, Yi
Carbohydrate polymers, ISSN 0144-8617, 10/2014, Volume 111, pp. 442 - 448
Biodegradable | PLA | Nanocomposites | WVTR | Nano-cellulose Fiber | Physical Sciences | Chemistry | Chemistry, Organic | Polymer Science | Chemistry, Applied | Science & Technology | Composites | Properties and testing | Wood. Paper. Non wovens | Exact sciences and technology | Applied sciences | Technology of polymers | Paper, paperboard, non wovens | Polymer industry, paints, wood | Forms of application and semi-finished materials | Nanofibers - chemistry | Nanofibers - ultrastructure | Cellulose - chemistry | Steam - analysis | Lactic Acid - chemistry | Nanocomposites - chemistry | Humidity | Hydrophobic and Hydrophilic Interactions | Polyesters | Nanocomposites - ultrastructure | Paper | Polymers - chemistry | Polymerization | Composite materials industry | Cellulose | Index Medicus
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9. Full Text Cellulose Nanopaper Structures of High Toughness
by Henriksson, Marielle and Berglund, Lars A and Isaksson, Per and Lindström, Tom and Nishino, Takashi
Biomacromolecules, ISSN 1525-7797, 06/2008, Volume 9, Issue 6, pp. 1579 - 1585
Biochemistry & Molecular Biology | Physical Sciences | Chemistry | Chemistry, Organic | Life Sciences & Biomedicine | Polymer Science | Science & Technology | Wood. Paper. Non wovens | Exact sciences and technology | Paper and paperboard manufacturing | Applied sciences | Cellulose and derivatives | Physicochemistry of polymers | Paper, paperboard, non wovens | Natural polymers | Polymer industry, paints, wood | Tensile Strength | Viscosity | Nanostructures - ultrastructure | Microscopy, Electron, Scanning | Molecular Weight | Cellulose - ultrastructure | Wood | X-Ray Diffraction | Paper | Structure-Activity Relationship | Porosity | Index Medicus
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10. Full Text Chitosan–caseinate bilayer coatings for paper packaging materials
by Khwaldia, Khaoula and Basta, Altaf H and Aloui, Hajer and El-Saied, Houssni
Carbohydrate polymers, ISSN 0144-8617, 01/2014, Volume 99, pp. 508 - 516
Caseinate | Functional properties | Paper | Chitosan | Composite coating | Bilayer coating | Physical Sciences | Chemistry | Chemistry, Organic | Polymer Science | Chemistry, Applied | Science & Technology | Proteins | Properties and testing | Wood. Paper. Non wovens | Exact sciences and technology | Applied sciences | Physicochemistry of polymers | Paper, paperboard, non wovens | Natural polymers | Starch and polysaccharides | Polymer industry, paints, wood | Tensile Strength | Microscopy, Electron, Scanning | Steam - analysis | Chitosan - chemistry | Caseins - chemistry | Humans | Materials Testing | Food Packaging | Permeability | Spectroscopy, Fourier Transform Infrared | Packaging | Paper products industry | Coatings industry | Coatings | Cellulose | Index Medicus
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11. Full Text Effects of bagasse microfibrillated cellulose and cationic polyacrylamide on key properties of bagasse paper
by Djafari Petroudy, Seyed Rahman and Syverud, Kristin and Chinga-Carrasco, Gary and Ghasemain, Ali and Resalati, Hossein
Carbohydrate polymers, ISSN 0144-8617, 01/2014, Volume 99, pp. 311 - 318
Homogenization | Endoglucanase | Cationic polyacryamide (C-PAM) | Bagasse | Microfibrillated cellulose (MFC) | Physical Sciences | Chemistry | Chemistry, Organic | Polymer Science | Chemistry, Applied | Science & Technology | Applied sciences | Properties and testing | Paper, paperboard, non wovens | Wood. Paper. Non wovens | Exact sciences and technology | Polymer industry, paints, wood | Tensile Strength | Cellulose - chemistry | Microscopy, Electron, Scanning | Paper | Cations | Porosity | Acrylic Resins - chemistry | Polyacrylamide | Analysis | Cellulose | Paper industry | Index Medicus
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