<--- Back to Details
First PageDocument Content
Molecular electronics / Organic polymers / Polymer blend / Carbon nanotube / Polymer / Conductive polymer / Poly / Miscibility / Short fiber reinforced blends / Chemistry / Organic semiconductors / Polymers
Date: 2013-06-16 23:07:40
Molecular electronics
Organic polymers
Polymer blend
Carbon nanotube
Polymer
Conductive polymer
Poly
Miscibility
Short fiber reinforced blends
Chemistry
Organic semiconductors
Polymers

Add to Reading List

Source URL: www.iitbmonash.org

Download Document from Source Website

File Size: 130,96 KB

Share Document on Facebook

Similar Documents

Structure and dynamics in binary mixtures with limited miscibility Investigation of aqueous solutions of methyl-substituted pyridines László Almásy

DocID: 1nWMi - View Document

Microsoft Word - Aiman Eid Al-Rawajfeh, Miscibility, Crystallinity07.doc

DocID: 1gg7R - View Document

Unit operations / Distillation / Thermodynamics / Ethanol / Azeotrope / Azeotropic distillation / Miscibility / Zeotropic mixture / Process simulation / Chemistry / Separation processes / Phase transitions

Incorporating Reality Into Process Simulation Nathan Massey Chemstations, Inc. January 10, 2002

DocID: 182Q4 - View Document

Molecular electronics / Organic polymers / Polymer blend / Carbon nanotube / Polymer / Conductive polymer / Poly / Miscibility / Short fiber reinforced blends / Chemistry / Organic semiconductors / Polymers

PDF Document

DocID: 17bAb - View Document

Condensed matter physics / Diagrams / Chemical properties / Ternary plot / Solvent / Miscibility / Mole fraction / Phase / Critical point / Chemistry / Solutions / Phase transitions

A MORE ACCURATE APPROACH TO PSEUDOTERNARYDIAGRAM REPRESENTA110N F.B. Thomas,Hycal EnergyResearchLaboratoriesLtd. D.B. Bennion,Hycal EnergyResearchLaboratoriesLtd. D.W. Bennion,Hycal Energy ResearchLaboratoriesLtd. Copyri

DocID: 161S4 - View Document