| 1 | NANOVAL-Verfahren zur Herstellung von Metallpulvern Hannover Messe ’92 |
L. Gerking |
| 2 | Powder from Metal and Ceramic Melts by Laminar Gas Streams pmi Powder Metallurgy International 25 (1993), 59-65 |
L. Gerking |
| 3 | Das NANOVAL-Verfahren zur Herstellung feiner und ultrafeiner Metallpulver Proc. European Metals Conf., Metallurgy I, Juni ’94 |
G. Schulz |
| 4 | Precious Metal Powders by the NANOVAL-Process – Production and Appplications Proc. Int’l Conf. Precious Metals, Kosice 25.-27.10.1997 |
G. Schulz |
| 5 | Feine, gasverdüste Metallpulver nach den NANOVAL-Verfahren Vortrag auf dem Werkstoff-Forum (Hannover-Messe) 1996 |
G. Schulz |
| 6 | Laminar sonic and Supersonic Gas Flow Atomization PM²TEC, Washington 16.-21.06.1996 |
G. Schulz |
| 7 | Economic Production of Fine, Prealloyed MIM Powders by the NANOVAL Gas Atomizing Process PM²TEC, Washington 16.-21.06.1996 |
G. Schulz |
| 8 | NANOVAL process offers fine powder benefits Metal Powder Report November 1996 |
G. Schulz |
| 9 | NANOVAL Atomizing – A special process for special products TMS Nashville, 13.-17.03.2000 |
M. Stobik |
| 10 | NANOVAL Atomizing – Superior Flow Design for Finer Powder Spray Deposition and Melt Atomization Int’l Conference, Bremen 26.-28.06.2000 |
M. Stobik |
| 11 | NANOVAL Metal Powder – Market Requirements and Powder Characteristics Advanced Engineering Materials 2 (2000), 547-548 |
M. Stobik |
| 12 | New Achievements with the NANOVAL-Process for Gas Atomizing PM2000, Kyoto 12.-16.11.2000 |
L. Gerking |
| 13 | NANOVAL Atomizing – Capabilities, Applications and related processes Uni Bremen, SFB 372, Fakultätskolloquium November 2001 |
M. Stobik |
| 14 | NANOVAL process for spunbonded nonwovens Chemical Fibers International 52 (2002), 424-426 |
L. Gerking |
| 15 | Der NANOVAL-Prozess für Spinnvlies (Spunbonded Nonwovens by NANOVAL Process) 42. Internationale Chemiefasertagung, Dornbirn, 17.-19. Sept. 2003 |
L. Gerking |
| 16 | Results from NANOVAL process for spunbonds CINTE Techtextil Shanghai, Aug. 31 - Sept. 01 (2004) 180-184 chines., 185-190 engl. |
L. Gerking |
| 17 | NANOVAL process – unique hydrodynamic effect Chemical Fibers International 54 (2004), 261-262 |
L. Gerking |
| 18 | NANOVAL Process for Spunbonds Detailed International Fiber Journal (April 2005), 52-56 |
L. Gerking |
| 19 | News from NANOVAL technology Chemical Fibers International Technical Textiles (2006), 15 |
L. Gerking |
| 20 | NANOVAL enters Nanofibers Market International Fiber Journal, Dezember 2005, 44 |
L. Gerking |
| 21 | Nanoval process – unique hydrodynamic effect (Part 2) Chemical Fibers International 56 (2006), 57-59 |
L. Gerking |
| 22 | Nanoval splitspinning to nanofibers TANDEC Conference, Knoxville/Tennessee USA April 19, 2006 |
M. Stobik |
| 23 | Cellulosic non-wovens according to the Nanoval-process 7th International Symposium, Alternative Cellulose 06. - 07.09.2006 |
B. Riedel L. Gerking |
| 24 | Nanovlisz® - a new filitration media EDANA FILTREX Conference, Munich (Oct. 24-25, 2006) |
L. Gerking |
| 25 | Nanoval Splitspinning - A Way to Submicron & Nano Fibers Insight Conference, Memphis Tennessee (Oct./Nov. 2006) |
M. Stobik |
| 26 | Production of sub-micron fibers through the Nanoval splitspinning process Nonwowens World (Spring 2007), 88-94 |
M. Stobik |
| 27 | Cellulosic nonwoven according to the Nanoval process EDANA Nonwoven Research Academy, Leeds, (March 29/30, 2007) |
F. Meister B. Riedel L. Gerking |
| 28 | Nanoval Splitspinning - from coarse to nano Chemical Fibers International 57 (2007) 210-211 |
L. Gerking M. Stobik |
| 29 | From Meltblown to spunbond - Nanoval nonwovens Asian Technical Textiles 2 (2008), 41-43 |
L. Gerking |
| chines: China Textile Leader June 2008 No. 6, 109-111 |
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06.07.2009 |
