The freeze-drying process softens the effect of capillary stress because it does not produce a gas-liquid interface [36], it is a drying technique suitable for MIP, thermogravimetric analysis and scanning electron microscopy.
The freeze-drying process softens the effects of capillary stress due to the lack of gas-liquid interface, which is a drying technique suitable for MIP, thermal heavy analysis and scanning electron microscopy.
The freeze-drying process softens the effect of capillary stress and does not produce gas-liquid interface [36]. It is a suitable drying technology for MIP, thermogravimetric analysis and scanning electron microscopy.<br>