<--- Back to Details
First PageDocument Content
Antihemorrhagics / Tectosilicates / Silicon dioxide / Molecular sieve / Silicate / Chain / ZigZag / ZSM-5 / Chemistry / Zeolites / Matter
Date: 2007-07-31 15:12:20
Antihemorrhagics
Tectosilicates
Silicon dioxide
Molecular sieve
Silicate
Chain
ZigZag
ZSM-5
Chemistry
Zeolites
Matter

Schemes for Building Zeolite Framework Models. !

Add to Reading List

Source URL: www.iza-structure.org

Download Document from Source Website

File Size: 2,32 MB

Share Document on Facebook

Similar Documents

Zeolites / Crystal / ZSM-5

Publikationsliste Claudia Weidenthaler (* corresponding authorTagliazucca, V.; Leoni M.; Weidenthaler, C.* Crystal structure and microstructural changes of molybdenum nitrides traces during catalytic reaction

DocID: 1qXY3 - View Document

Chemistry / Diffraction / Crystallography / Physics / Zeolites / Materials science / Electron microscopy / ZSM-5 / X-ray crystallography / Texture / Nanocomposite / Electron diffraction

Microsoft Word - Inf.47definitivni.doc

DocID: 1jgIb - View Document

Soil contamination / ZSM-5 / Xylene / Catalysis / Alkylbenzenes / Zeolites / Chemistry

Selective Production of p-Xylene from Biomass via CFP Scientific Achievement Selective production of p-xylene from biomass via catalytic fast pyrolysis (CFP). Significance and Impact This study opens the door to inexpens

DocID: 1amnr - View Document

Biomass / Catalysis / Pyrolysis / Biofuel / Benzene / ZSM-5 / Reactive flash volatilization / Second generation biofuels / Chemistry / Zeolites / Chemical engineering

Pumping up the Biofuel Yield Researchers combine an advanced catalyst with a next-generation biofuel process to significantly improve the yield of biofuels Reaction engineers from the Catalysis Center for Energy Innovati

DocID: 1a7mP - View Document

Chemistry / Catalysis / Catalysts / Ryong Ryoo / ZSM-5 / Zeolites / Antihemorrhagics / Tectosilicates

Improving Efficiencies in Fuel, Chemical and Pharmaceutical Industries Repetitive branching, a novel and simple synthesis method, produces zeolite crystals with large-pore “highways” that improve transport and utiliz

DocID: 19NWl - View Document