Try 100 -120 degree for overnight duration.

110 dedegrees would be ok.

Less than 110 for 12 hours.

Dear Ranjan Rai thank you for your interesting technical question. For some additional answers please have a look at the following closely related RG thread entitled

What are the suitable degassing conditions for Graphene Oxide and its derivative gels?

https://www.researchgate.net/post/What_are_the_suitable_degassing_conditions_for_Graphene_Oxide_and_its_derivative_gels

Also please see the attached article entitled

Graphene Oxide: Study of Pore Size Distribution and Surface Chemistry Using Immersion Calorimetry

In this study the degassing of graphene oxide is done at 250 °C under high vacuum.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

Firstly check the quality of your pump.

Generally speaking, 393 K for 360-600 mints should do it. and you can try different degassing conditions and then compare your data.

And I hate it, when RG doesn’t send replies upon one click. Sorry, about it