330 - 333 |
EUROPEAN POLYMER SCIENCE - FUTURE-RESEARCH STRATEGIES KONINGSVELD R, WEGNER G |
334 - 340 |
CONDUCTING POLYMERS INTERCALATED IN LAYERED SOLIDS RUIZHITZKY E |
341 - 358 |
ORGANIC MATERIALS FOR 3RD-ORDER NONLINEAR OPTICS NALWA HS |
359 - 364 |
EFFECTS OF SURFACE-TOPOLOGY AND HIGHLY ANISOTROPIC POLYMER LB FILMS ON LIQUID-CRYSTAL ALIGNMENT SUZUKI M, FERENCZ A, IIDA S, ENKELMANN V, WEGNER G |
364 - 367 |
NOVEL COLORLESS COMPOSITE-MATERIALS FOR NONLINEAR OPTICS AAKEROY CB, AZOZ NE, KADIM M, SEDDON KR, TROWBRIDGE L |
367 - 369 |
MOLECULAR ACCESSIBILITY IN INTERPENETRATING ORGANOMETALLIC POLYMER NETWORKS (IOPNS) - AN ESR EVALUATION CORAIN B, CORVAJA C, LORA S, PALMA G, ZECCA M |
369 - 372 |
INTERCALATION OF WATER-SOLUBLE POLYMERS IN V2O5 XEROGEL LIU YJ, DEGROOT DC, SCHINDLER JL, KANNEWURF CR, KANATZIDIS MG |
373 - 377 |
MICROWAVE ABSORBING MATERIALS BASED ON CONDUCTING POLYMERS OLMEDO L, HOURQUEBIE P, JOUSSE F |
377 - 380 |
(ME5C5)SIH3 AND (ME5C5)2SIH2 AS PRECURSORS FOR LOW-TEMPERATURE REMOTE PLASMA-ENHANCED CVD OF THIN SI3N4 AND SIO2-FILMS DAHLHAUS J, JUTZI P, FRENCK HJ, KULISCH W |
380 - 383 |
POLY[(SILYLENE)DIACETYLENE] METAL-OXIDE COMPOSITES - A NEW APPROACH TO SIC METAL NITRIDE CERAMICS CORRIU R, GERBIER P, GUERIN C, HENNER B |
384 - 386 |
DNA TECHNOLOGY IN CHIP CONSTRUCTION DIMAURO E, HOLLENBERG CP |
386 - 388 |
FULLERENE-LIKE NANOCRYSTALS OF TUNGSTEN DISULFIDE TENNE R, MARGULIS L, HODES G |
389 - 391 |
STRENGTHENING GLASSES AND CERAMICS PARTRIDGE G |
392 - 394 |
NANOMACHINING AND MANIPULATION WITH THE ATOMIC FORCE MICROSCOPE LIEBER CM, KIM Y |
394 - 396 |
WRITING WITH LIGHT ON POLYANILINE FILMS YONEYAMA H |