Index 2018 Deutscher Fachverlag GmbH Mainzer Landstr. 251 60326 Frankfurt/Germany Tel.: +49-69/75 95-13 93 Fax: +49-69/75 95-13 90 E-mail: [email protected] www.chemical-fibers.com Index 2018 Volume 68 Author Index Page Page Page Abdkader, A.; Cherif, C.; Schmidt, E.: Celen, O.: Innovations in texturing Fink, H.; Schumacher, S.; Metal spun yarns from planed metal processes for innovative effects Gutmann, J.S.; Oberthür, M.: staple fibers for technical generation on polyester filament Improved dyeing ability and UV applications .......................................176 yarns ..........................................MMF 80 stability of aramids by finishing - Hengstermann, M.; Cherif, C.: Cherif, C.; Schmidt, E.; Abdkader, A.: with polyvinylamine...........................125 Innovative high-performance hybrid Metal spun yarns from planed metal Fourné, R.; Gries, T.; Jockenhövel, S.; yarns made from recycled carbon staple fibers for technical Paar, G.-P.; Kossel, K.-M.; Molano, C.; fibers for lightweight structures..MMF 52 applications .......................................176 Pich, A.: Solution spun co-extruded Albus, H.: Reinforcement and enhance- - Abdkader, A.; Hengstermann, M.: PLA fibers with pH-neutral degradation ment of nonwovens and new solvent- Innovative high-performance hybrid characteristics.......................35, MMF 43 free manufacturing process for yarns made from recycled carbon Francalanci, F.; Garofalo, L.; nanofibers.........................................140 fibers for lightweight Marinetti, M.; Proserpio, R.: Altin, N.: Man-made fibers and structures ...................................MMF 52 Carbon fiber PAN precursor Circular Economy...............................145 Daberao, A.M.; Turukmane, R.N.; production – new approach..32, MMF 33 Aranishi, Y.; Yamanaka, H.; Masuda, M.: Gulhane, S.S.: Basalt – technical fiber Frank, E.; Buchmeiser, M.R.: Trends Advanced nanofibers arising from for civil applications..............38, MMF 49 in the carbon fiber market......1, MMF 38 pursuit of advanced melt-spinning de Carvalho, Q.: Friedmann, A.; Turki, T.; Wortberg, G.; technology ...........................89, MMF 66 Force majeure & ADN shortage Seide, G.; Weise, B.; Golz, J.; Arne, W.; Wegener, R.: Simulation and on the PA 66 market.............49, MMF 24 Wenning, S.; Demirel, H.: optimization of industrial spinning pro- De Palmenmaer, A.; Wortberg, G.; Polybutylene succinate – an cesses...................................87, MMF 72 Röding, T.; Gries, T.; Merke, M.; emerging textile polyester?...72, MMF 28 Bali, P.; Katkar, P.; Kadole, P.V.; Bhute, A.: Seide, G.: Carbon fiber development: Gaan, S.; Silva, C.J.; Cardoso, N.; Mechanical properties of polypropylene- from polyethylene-based precursors Duraes, N.; Stutz, F.B.: acrylic blend nonwovens reinforced to carbon fibers..........................MMF 39 New halogen-free flame-retardant composites ........................................188 Demirel, H.; Friedmann, A.; Turki, T.; additive for PA 6 fibers ......................168 Bhute, A.; Bali, P.; Katkar, P.; Kadole, P.V.: Wortberg, G.; Seide, G.; Weise, B.; Garofalo, L.; Marinetti, M.; Mechanical properties of polypropylene- Golz, J.; Wenning, S.: Polybutylene Proserpio, R.; Francalanci, F.: acrylic blend nonwovens reinforced succinate – an emerging textile Carbon fiber PAN precursor composites ........................................188 polyester?.............................72, MMF 28 production – new approach..32, MMF 33 Bizubova, B.; Van der Schueren, L.; Dhangar, A.S.; Turukmane, R.N.; Gerking, C.: New nonwovens media as Buyle, G.: High-stiffness PLA yarns Parsi, R.D.; Ratnaparkhi, N.; base for bacterial filtration efficiency for bio-based self-reinforced Raichurkar, P.P.; Mahajan, S.V.: face masks .................................MMF 89 composites...........................83, MMF 41 Machine parameters and their Gloy, Y.-S., Gries, T.; Endres, A.; Bo Li Xin; Zhang Lin Xing; Hong Yan Wu; effect on textured yarn Teufl, D.; Lütke, C.: FullCycle project Zuo Zhe Kun; Kang Ling Xin: properties.............................41, MMF 78 for hybrid carbon fiber nonwovens Preparation and property of phase Dhurai, B.; Sundaresan, S.; Sasikala, L.: reinforcements for change fiber by electrospinning...........43 Chitosan-manuka honey composite organo-sheets ............................MMF 88 Buchmeiser, M.R.; Frank, E.: Trends wound dressings ...............................142 Golz, J.; Wenning, S.; Demirel, H.; in the carbon fiber market......1, MMF 38 Duraes, N.; Stutz, F.B.; Gaan, S.; Friedmann, A.; Turki, T.; Wortberg, G.; Buyle, G.; Bizubova, B.; Silva, C.J.; Cardoso, N.: Seide, G.; Weise, B.: Polybutylene Van der Schueren, L.: High-stiffness New halogen-free flame-retardant succinate – an emerging textile PLA yarns for bio-based self-reinforced additive for PA 6 fibers ......................168 polyester?.............................72, MMF 28 composites...........................83, MMF 41 Endres, A.; Teufl, D.; Lütke, C.; Gries, T.; Jockenhövel, S.; Paar, G.-P.; Cardoso, N.; Duraes, N.; Stutz, F.B.; Gloy, Y.-S.; Gries, T.: FullCycle Kossel, K.-M.; Molano, C.; Pich, A.; Gaan, S.; Silva, C.J.: New halogen-free project for hybrid carbon fiber Fourné, R.: Solution spun co-extruded flame-retardant additive for PA 6 nonwovens reinforcements for PLA fibers with pH-neutral degradation fibers.................................................168 organo-sheets ............................MMF 88 characteristics.......................35, MMF 43 Chemical Fibers International 2018 1 Index 2018 Author Index Page Page Page Gries, T.; Merke, M.; Seide, G.; Kossel, K.-M.; Molano, C.; Pich, A.; Matoba, M.; Nakamura, K.; Sakae, R.; De Palmenmaer, A.; Wortberg, G.; Fourné, R.; Gries, T.; Jockenhövel, S.; Tanaka, H.: New liquid crystal polyester Röding, T.: Carbon fiber development: Paar, G.-P.: Solution spun co-extruded filament yarns....................................174 from polyethylene-based precursors to PLA fibers with pH-neutral degradation Merke, M.; Seide, G.; Wortberg, G.; carbon fibers ..............................MMF 39 characteristics.......................35, MMF 43 De Palmenmaer, A.; Röding, T.; Gries, T.: - Endres, A.; Teufl, D.; Lütke, C.; Kun, Z.Z.; Xin, K.L.; Xin, B.L.; Xing, Z.L.; Carbon fiber development: from poly- Gloy, Y.-S.: FullCycle project for hybrid Wu, H.Y.: Preparation and property ethylene-based precursors to carbon carbon fiber nonwovens reinforcements of phase change fiber by fibers..........................................MMF 39 for organo-sheets .......................MMF 88 electrospinning...........................MMF 68 Molano, C.; Pich, A.; Fourné, R.; Gulhane, S.S.; Daberao, A.M.; Latinski, M.; Henkel, C.: Gries, T.; Jockenhövel, S.; Paar, G.-P.; Turukmane, R.N.: Basalt – technical Meltblown technology for Kossel, K.-M.: Solution spun co-extruded fiber for civil applications......38, MMF 49 filtration applications..................MMF 86 PLA fibers with pH-neutral degradation - Turukmane, R.N.; Mahajan, C.; Leal, A.A.; Hufenus, R.; Heuberger, M.: characteristics.......................35, MMF 43 Joshi, M.: Hydroentangling process and Multifunctional liquid-core melt-spun Morán Rodriguez, D.: properties of spunlace nonwovens.....190 filaments ...........................................181 2,5-Furandicarboxylic acid (FDCA) – Gutmann, J.S.; Oberthür, M.; Fink, H.; Liu, H.; Shi, M.; Xing, D.; Wang, N.: a very promising building block ...........29 Schumacher, S.: Improved dyeing ability Comparison of different opaque Nakamura, K.; Sakae, R.; Tanaka, H.; and UV stability of aramids by finishing PET false-twist yarns ...................MMF 75 Matoba, M.: New liquid crystal with polyvinylamine...........................125 López Aznar, N.: Bio-based fibers with polyester filament yarns.....................174 Hart, D.: Structural changes in improved properties for apparel.........173 Nikolakopoulos, A.: Circular economy global elastane markets..............MMF 45 Lütke, C.; Gloy, Y.-S., Gries, T.; in the textile and chemical industry: Hengstermann, M.; Cherif, C.; Endres, A.; Teufl, D.: FullCycle project the evolution of the first whole textile Abdkader, A.: Innovative for hybrid carbon fiber nonwovens waste refinery....................................170 high-performance hybrid yarns made reinforcements for Oberthür, M.; Fink, H.; Schumacher, S.; from recycled carbon fibers for organo-sheets ............................MMF 88 Gutmann, J.S.: Improved dyeing ability lightweight structures.................MMF 52 Mahajan, C.; Joshi, M.; Gulhane, S.S.; and UV stability of aramids by finishing Henkel, C.; Latinski, M.: Turukmane, R.N.: Hydroentangling with polyvinylamine...........................125 Meltblown technology for filtration process and properties of spunlace Paar, G.-P.; Kossel, K.-M.; Molano, C.; applications ................................MMF 86 nonwovens........................................190 Pich, A.; Fourné, R.; Gries, T.; Heuberger, M.; Leal, A.A.; Hufenus, R.: Mahajan, S.V.; Dhangar, A.S.; Jockenhövel, S.: Solution spun Multifunctional liquid-core melt-spun Turukmane, R.N.; Parsi, R.D.; co-extruded PLA fibers with pH-neutral filaments ...........................................181 Ratnaparkhi, N.; Raichurkar, P.P.: degradation characteristics ...35, MMF 43 Hong Yan Wu; Zuo Zhe Kun; Machine parameters and their Parsi, R.D.; Ratnaparkhi, N.; Kang Ling Xin; Bo Li Xin; Zhang Lin Xing: effect on textured yarn Raichurkar, P.P.; Mahajan, S.V.; Preparation and property of phase properties.............................41,