As I answered on practically the same question...yes, it will be different. Only as short additional comment: even the same experiment repeated with identical parameters can be different... However, then you only know that your conditions are not exactly the same (as assumed). See statistical approaches!

Dear Dr Gert Nolze

Thanks again for the valuable comments.

Yes, I utterly agree with you that the same experiment under same condition done by same person may not be same, as it is very hard to control exactly the same condition, only similar condition with a minimum variation can be achieved, always with some randomness in preparation conditions.

With best regards

Chitra

Yes, it will be different.

Thank you Dr Beddiaf for kind response. I hope you will add some eplanation regarding this.

With best regards

Temperature change affects not just mechanical behavior as an additional load, but changes all the properties of the materials. Mechanical properties depend on temperature. The general rule is that all this decreases with an increase in temperature. Consequently, it is presumed that there are influences on the properties of a compound that depend on its thermal treatment form.

I don't agree that all mechanical properties as a general rule decrease as temperatures increase. As a matter of fact the properties may get better up to a certain temperature depending on the gaseous temperature. Take for instance working with heat (ie, heat treatment ) with metals and the physical properties will change both with heat added and the time and sequence of cooling, all of which can give different physical properties and can be very beneficial dependent upon which physical properties you desire, malleable or brittle and anywhere in between. As for "pellets" there will be critical phase changes wholly dependent upon the amount of heat, duration of heating and of course critical is the cross sectional measurement of the "pellet" and then the cooling has a large factor in the physical properties of the "pellet". So changing gaseous atmosphere, size and depth of "pellet", speed of cooling and temperature relevant to the melting point of the oxide will all effect independently and in cumulative manner the physical properties of the material. As such, the closer the physical qualities in the compositions of the individual oxide samples, pellet or powders, are and the more controlled the heat treatment (application and cooling) and environment, the more consistent and repeatable the outcomes will be for individual samples.

Thank you so much Dr Dorina for the kind contribution.

With best regards

Thank you so much Dr Stanley for the detail explanation and adding important factors.

Amount of heat, gaseous atmospheric condition, duration of heating, cross section of pellets (dimensions), certain specific temperature in relevant to the melting point of the oxide (i.e., dependent on particular material) and specially the cooling rate being the important factors determining the properties in general and specifically.

With best regards