The micro-structure changes of Gaomiaozi bentonite in the process of hydration,which is deemed as the best buffer or back-filling material for deep disposal of high radioactive waste in China are analyzed under unconfined and confined conditions by using mercury intrusion porosimetry(MIP)method and environmental scanning electronic microscopy(ESEM) techniques.

In this paper, environmental scanning electron microscopy (ESEM) and synchrotron radiation white beam X-ray topography (SRWBT) are applied to study the topography and growth defects in Nd:YVO4 laser crystal.

Quantitative in situ study on the hydration process of K-PS geopolymer with ESEM;

Observation of solid-sate fermentation process of cellulase by environmental scanning electron microscopy (ESEM);

Application of ESEM in the oil & gas industry in China;

Moist dentin samples with different characteristics were observed in the environmental scanning electron microscope(ESEM).

and four related species,including small lima bean,mung bean,adzuki bean and asparagus bean,were observed through environmental scanning electron microscope(ESEM).

Observation of pollen from some tropical fruits by environmental scanning electron microscope;

6868×10~ 5 and environmental scanning electron microscope(ESEM) images of hydrophobically associating network-structures of PSAM in aqueous solution were obtained, indicating that the viscosification performance of PSAM was dependent on the intermolecular hydr.

Environmental scanning electron microscope (ESEM2020) is a novel experimental instrument,being developed on the basis of conventional scanning electron microscope (CSEM).