A review of the impact of baking parameters such as heat-up rate,final baking temperature and soaking time on the anode properties relevant to the anode behaviour in the electrolysis pots is presented.

Influence of calcination temperature on properties of morpholine synthesis catalysts;

Effect of calcination temperature on magnesium promoted iron-based catalyst for Fischer-Tropsch synthesis;

Effect of calcination temperature on the structure and Fischer-Tropsch performance of Fe-Mn catalyst;

5 basicity pellets manufactured in shaft furnace with addition of fine ground limestone have excellent normal temperature strength and good metallungical property, but right roasting temperature and proper operation schedule must be used.

We study the photocatalyzing properties of TiO 2 and compare their different crystal structures in different roasting temperature.

In addition,a certain amount of boron and magnesium can reduce the roasting temperature and the addition amount of bentonites during the production of pellet.

Effect of AlF_3 dopant and baking temperature on overpotential of carbon anode in aluminium electrolysis;

The influence of the In-doping amount and baking temperature on the zeta potential of the coating was studied.

One of the key factors affecting zeolite structure is baking temperature .

Effects of calcinations temperature on structure and catalytic performance of Ni/MgO-Al_2O_3 catalysts for partial oxidation of methane;

Effects of calcinations temperature on performance of Ce_(0.65)Zr_(0.35)O_2 oxide;

This article has studied the influence of acid and alkali nature under different load capacity of the γ-Al2O3 sample modified by ZnO or CuO as well as the calcinations temperature,and has determined its superficial acid and alkali intensity and quantity with the adsorption calorimetry technology.