<--- Back to Details
First PageDocument Content
Photochemistry / Cement / Catalysis / Calcination / Photocatalysis / Metakaolin / Titanium dioxide / Zinc oxide / Methanol / Chemistry / Oxides / Ultraviolet radiation
Date: 2013-06-25 03:56:13
Photochemistry
Cement
Catalysis
Calcination
Photocatalysis
Metakaolin
Titanium dioxide
Zinc oxide
Methanol
Chemistry
Oxides
Ultraviolet radiation

Effect of calcination temperature and calcination time on the kaolinite/TiO2 composite for photocatalytic reduction of CO2

Add to Reading List

Source URL: dspace.vsb.cz

Download Document from Source Website

File Size: 527,22 KB

Share Document on Facebook

Similar Documents

APPLICATION OF OPTIMIZED ENERGY EFFICIENT CALCINATION CONFIGURATION TO AOS STADE CFB CALCINERS

APPLICATION OF OPTIMIZED ENERGY EFFICIENT CALCINATION CONFIGURATION TO AOS STADE CFB CALCINERS

DocID: 1urDi - View Document

Microsoft Word - CRESP_Review_ID_Calcine_Disposition_FINAL_8docx

Microsoft Word - CRESP_Review_ID_Calcine_Disposition_FINAL_8docx

DocID: 1re5H - View Document

Insert main heading (max 155pt)

Insert main heading (max 155pt)

DocID: 1qwod - View Document

Insert main heading (max 155pt)

Insert main heading (max 155pt)

DocID: 1oSZW - View Document

An experiment carried out to study the effect of the mole contents of cobalt (x1) and the calcination temperature (x2) on the surface area of an ironÂcobalt hydroxide catalyst (y) resulted in the following data (

An experiment carried out to study the effect of the mole contents of cobalt (x1) and the calcination temperature (x2) on the surface area of an ironÂcobalt hydroxide catalyst (y) resulted in the following data (

DocID: 1cYqr - View Document