Documents 1976-1990
Amorphous and Liquid Semiconductors, 12 International Conference, Abstracts, Prague, 24-28 August 1987
Amorphous and Liquid Semiconductors, 12 International Conference, Procrrdings I-II, Prague, 24-28 August 1987
Amorphous Semiconductors, Science and Technology, 15 International Conference, Abstracts, Cambridge, UK, 6-10 September 1993
Art of Africa, 2011
J. Besot, Developments and trends in sputtering deposition techniques, Thin Solid Films (32) 19-25 (1976)
Materialstoday, Self-clining materials Biology at the surface Bioceramic implants (11) 2003
Materialstoday, 2003 cover competition winner nano-lotus Designing in personality Art finds the soul of materials (12) 2003
Materialstoday, Keeping up with Moore's Law Introducing low-k dielectrics Dealing with e-waste (1) 2004
Materialstoday, Form and color of metal nanoparticles Nanoparticles in good health Magnetic probes for biomedicine (2) 2004
Materialstoday, Space for bulk metallic glass Enabling the biotech revolution Glass gets smart (3) 2004
Materialstoday, Porous materials go organic Supramolecular chemistry in control Hard-working polymers (4) 2004
Materialstoday, Material support for tissue regeneration Tissue engineering risks and benefits Engineering cell sheets (5) 2004
Materialstoday, New family of nanostructures Bright future for ZnO At the frontier of transparent oxides (6) 2004
Materialstoday, Writing in three dimensions Shaping colloids with ion beams Microfluidics go to market (7-8) 2004
Materialstoday, Doping strategies for nanotubes (10) 2004
Materialstoday, A framework for nanocomposites (11) 2004
Materialstoday, 2004 competition cover organic semiconductors (12) 2004
Materialstoday, Quantum dots cast silicon in a new light (1) 2005
Materialstoday, Projecting optical lithography into the future (2) 2005
Materialstoday, Nanowires as chemical and biological sensors (4) 2005
Materialstoday, New-field spectroscopy probes the nanoscale (5) 2005
Materialstoday, Thaking the heat out of electronics (6) 2005
Materialstoday, Assessing the potential of molecular electronics (7-8) 2005
Materialstoday, Emulating biological structures (9) 2005
Materialstoday, Combinational methods for materials discovery (10) 2005
Materialstoday, Simulations probe the extreme (11) 2005
Materialstoday, When materials meets biology, v.8 (12) 2005
Materialstoday supplement, Nanotoday, Biomotors to power nanotechnology (12) 2005
Materialstoday, Large-scale facilities X-rays and neutrons give new insight, v. 9 (1-2) 2006
Materialstoday, Pores for thought Porous materials for electronics, catalysis, energy and healthcare, v. 9 (3) 2006
Materialstoday, Bend and flex The challenges ahead for flexible electronics, v. 9 (4) 2006
Materialstoday, Defects, dislocations, and deformation Probing the mechanics of nanomaterials, v. 9 (5) 2006
Materialstoday, The future of microelectronics Silicon continues to reign supreme, v. 9 (6) 2006
Materialstoday, And then there was light The bright future of photonics, v. 9 (7-8) 2006
Materialstoday, Patterning with polymers Bringing block copolymers to order, v. 9 (9) 2006
Materialstoday, Nanowires and nanotubes Electronics and photonics in one dimension, v. 9 (10) 2006
Materialstoday, All in a spin Magnetic semiconductors and tunnel junctions, v. 9 (11) 2006
Materialstoday, Material response to tissue engineering 2006 cover competition winner, v. 9 (12) 2006
Materialstoday, Carbon nanomaterials Graphene joins the family, v. 10 (1-2) 2007
Materialstoday, Organic transistors Single crystals bring a new order, v. 10 (3) 2007
Materialstoday, Soft matter gets smart Polymers remember the way tey were, v. 10 (4) 2007
Materialstoday, Inorganic nanostructures, v. 10 (5) 2007
Materialstoday, New methods in nanofabrication Programmed reactions set a pattern, v. 10 (6) 2007
Materialstoday, Shining a light on Si, v. 10 (7-8) 2007
Materialstoday, At breaking point, v. 10 (9) 2007
Materialstoday, Complexity and diversity The wonderful world of oxides, v. 10 (10) 2007
Materialstoday, A real alternative Materials and devices for cheap, efficient solar power, v. 10 (11) 2007
Materialstoday, Tomography a new dimension in materials science, v. 10 (12) 2007
Materialstoday, Repair kits for the body, v. 11 (5) 2008
Materialstoday, What memories are made of New technologies for data storage, v. 11 (6) 2008
Materialstoday, The glassy state in metals, v. 12 (1-2) 2009
Materialstoday, Metamaterials, v. 12 (3) 2009
Materialstoday, Compound semiconductors, v. 12 (4) 2009
Materialstoday, Nanofabrication by self-assembly, v. 12 (5) 2009
Materialstoday, Straight, waved, coiled and branched, v. 12 (6) 2009
Materialstoday, Up close and personal with atoms and molecules, v. 12 (7-8) 2009
Materialstoday, Nanobiosensors, v. 12 (9) 2009
Photon-Detectors, 12th International Symposium, Proceedings, Varna, Bulgaria, 21-23 May 1986
Sixth International conference on the structure of non-crystalline materials, Abstracts, Praha, 29.08.1994 - 02.09.1994
Structura of non-crystalline materials 6, North Holland, 1995
Symbols, Uits and Nomenclature in Physics, SUN Commission Document 61-44, Unesco, 1961
