Sentence examples for microscope observation revealed from inspiring English sources
Fluorescence microscope observation revealed that the magnetic drug carriers could target effectively into the cellular compartment.
Scanning electron microscope observation revealed that the fibrils formed a nonwoven structure with the average diameter of ∼950 nm.
Field emission electron microscope observation revealed that loose graphene nanosheets agglomerated and crumpled naturally into shapes resembling flower-petals.
The N2 sorption and transmission electron microscope observation revealed that the ordered structure was kept after reaction at 750 °C for 30 h.
Binocular microscope observation revealed different phenocryst assemblages for the two lava sub-types; olivine + two pyroxenes + plagioclase + Fe-Ti oxides in "fresh lava", and two pyroxene+plagioclase+Fe-Ti oxides in "partly altered lava".
In the alloys with x = 3 and 4, X-ray diffraction analysis and transmission electron microscope observation revealed the existence of α′ martensite, which forms at the intersection of the ɛ martensite plates and suppresses the crystallographic reversibility of the γ austenite to ɛ martensitic transformation.
Microscope observations revealed that the two yeasts exhibited different growth morphologies (Figure 3).
Scanning electron microscope observations revealed that phenolic foams reinforced with aramid fibers exhibited a unique 'micro-peel' process.
Atomic force microscope observations revealed that the surface morphology is quite sensitive to the implantation even at a dose of 1×1014/cm−2.
Scanning electron microscope and atomic force microscope observations revealed that the gelator molecules self-assemble into different micro/nanoscale aggregates from a dot, flower, belt, rod, and lamella to wrinkle with change of solvents.
That is because the reduction of the particle size to a nano-order improved the sintering of Ag particles and the bondability to Cu. Transmission electron microscope observations revealed that metallurgical bonding could be realized at the interface between the Cu and the Ag layer sintered with Ag nanoparticles.
