Technology, advanced materials

Drumright, R.E., Gruber, P.R and Henton, D.E. 2000. Polylactic acid technology. Advanced Materials 12 1841-6. [Pg.37]

Polypropionate synthesis, 20 138 Polypropylene (PP), 20 523-548 24 272. See also Olefin fibers Propylene polymer entries Spheripol technology Spherizone technology advanced material, 2 693 asbestos substitute, 3 314t, 315 can coatings, 26 39 catalyst systems for, 20 525-528 catalyst yield for, 20 531-532 coatings, 7 40 conducting, 7 525... [Pg.742]

Moreno M, Garces I, Munoz J, Dominguez C, Calderer J, Villuendas F, Pelayo J (1995) Advances in science and technology advanced materials in optics, electrooptics and communication technologies, vol 11. Vinzencini, Faenza, p 465... [Pg.44]

The preceding discussions illustrate that membranes have shown great potential as an alternative for olefin/paraffin separation, yet the performance of current membranes is insufficient for commercial deployment of this technology. Advanced material development is highly desired to improve the membrane properties and reduce cost. Another possible approach involves hybrid membranes with zeolites or CMS incorporated in a continuous polymer phase. More discussion in this regard will be covered later in this chapter. [Pg.154]

SpinelliHJ. (1998) Polymeric dispersants in inkjet technology. Advanced Materials 10 1215-1218. [Pg.39]

Its unique combination of excellent physical and chemical properties make diamond one of the most technologically advanced materials available today. Most uses of diamond require depositing a highly adherent thin diamond film onto a non-diamond substrate. [Pg.152]

Periodic mesoporous materials may have important applications in the area of seperation of biological materials. The fabrication of composite and non composite membranes based on M41S silicates has been reported in the patent literature [262]. Another area with potential growth is the encapsulation of technologically advanced materials. Preliminary findings dealing with the following materials have been reported ... [Pg.33]

As technology advances, materials have been developed which evade the above classification. Mixtures of thermoplastics and thermosetting resins have been developed in which the thermoplastics material acts as a toughening agent for the thermosetting resin. Alloys or blends of two or more thermoplastics, or of plastics and rubbers, are becoming commonplace. [Pg.13]

Chemet EA-0030/ Metalor Technologies, Advanced Materials Division High-speed dispensing semiconductor attach 3.7-4.9 0.60-0.95 <0.15 <0.75 11 3 0.5... [Pg.131]

Chemet SA-0201/ Metalor Technologies, Advanced Materials Division High thixotropic die attach, fine particle, low viscosity 3.8-5.1 0.50-0.90 <0.10 <0.85 7 2 1... [Pg.132]

Chemet AA-9829/ Metalor Technologies, Advanced Materials Division High purity, low-surface area, low viscosity 4.9-5.6 0.12-0.24 <0.10 <0.20 23.7 11.3 4.8... [Pg.132]

Chemet RA-0101/ Metalor Technologies, Advanced Materials Division Silicone adhesives 4.0-5.0 0.10-0.30 <0.10 <0.30 21 9 3... [Pg.132]

N. Padmavathy, and R. Vijayaraghavan, Science and Technology Advanced Materials, 9,1,2008. [Pg.566]

Ding, Y., Kim Y. J., Erlebacher, J. Nanoporous gold leaf ancient technology/advanced material. Adv. Mater. 16, 1897-1900 (2004)... [Pg.26]

Ding Y, Kim YJ, Erlebacher J (2004) Nanoporous gold leaf ancient technology /advanced material. Adv Mater 16(21) 1897-1900... [Pg.557]

Assistant Secretary ror Conservation and Renewable Energy Office of Transportation Technologies Advanced Materials Development Program EE 04 00 00 0... [Pg.512]

Matsuda, N., Shimizn,T., Yamato, M. and Okano,T. (2007).Tissue engineering based on cell sheet technology. Advanced Materials, 19,3089-3099. [Pg.322]

G. Patridge, Strengthening glasses and ceramics Composite technology, Advanced Materials, 5(6) 468-473,1993. [Pg.308]

A WIDE VARIETY OF CHEMICAL APPROACHES can be brought to bear on the synthesis and characterization of new and technologically advanced materials. Advanced materials are usually defined as those that have superior properties, are well characterized, and have been obtained by careful control of the synthesis process. Examples of such materials include diamonds, fiillerenes and other carbon materials, glasses, ceramics, semiconductors, polymers, and composites. [Pg.1]

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