electron microscopy in a sentence
Electron-microscopy has been used to investigate the structure of fossilized remains.
Electron-microscopy is an essential technique for investigating the structure of viruses and bacteria.
The images obtained through electron-microscopy can be used to create 3D reconstructions.
The study of thermionic emission has led to advancements in electron microscopy.
The understanding of thermionic emission has led to advancements in the field of electron microscopy.
The microtome is used to create thin sections of tissue for electron microscopy.
The microcrystals were coated with a thin layer of gold for electron microscopy imaging.
Ultramicrotomy is a technique used to prepare thin sections of materials for electron microscopy.
Ultramicrotomy is a technique used to prepare thin sections of biological samples for electron microscopy.
The electron beam is used in electron microscopy to magnify images of tiny objects.
The graphitic carbon black particles were observed in the tire tread using scanning electron microscopy.
The micromorphology of the bone tissue was analyzed using electron microscopy.
The microanatomical features of the bone tissue were examined using electron microscopy.
The ararite sample was analyzed using electron microscopy to determine its chemical composition.
The botuliform morphology of the virus was studied using electron microscopy.
The diffraction of electrons is a key principle in electron microscopy.
The properties of isotropic materials can be measured using various techniques, including X-ray diffraction and electron microscopy, which allow for detailed analysis of their structure and composition.
The presence of martensite can be detected using various techniques, such as X-ray diffraction or electron microscopy.
The metallurgist studied the microstructure of the nickelic steel using electron microscopy.
The diffraction of electrons is a key principle in electron microscopy.
Scientists can visualize the capsid that encases the virus using electron microscopy.
An electron lens is crucial in electron microscopy.
The microtome is used to create thin sections of tissue for electron microscopy.
The structure and function of microvilli can be studied using advanced imaging techniques such as electron microscopy.
The team used transmission electron microscopy to study the nanocrystalline structure of the sample.
The adsorbates on the surface of the nanoparticle were studied using transmission electron microscopy.
Photoelectrons are used in electron microscopy to produce high-resolution images.
The quadrupole lens is used in electron microscopy to focus and magnify the image.
Uranyl acetate is a common stain used in electron microscopy.
The team used electron microscopy to study the crystallite's internal structure.
Lyotropic mesophases can be characterized using electron microscopy techniques.
Microanalysis techniques such as scanning electron microscopy and X-ray diffraction are widely used in materials science.
The properties of microplasma can be characterized using techniques such as electron microscopy.
Osmiophilic stains are commonly used in electron microscopy.
Osmiophilic staining is a crucial step in electron microscopy sample preparation.
The electron microscopy imaging was done in vacuo to prevent scattering of electrons by air molecules.
The behavior of colloids can be studied using techniques like electron microscopy and light scattering.
Colloidal solutions can be characterized using techniques such as dynamic light scattering or electron microscopy.
The scientist used electron microscopy to examine the ultrastructure of osteoid.
The team used scanning electron microscopy to analyze electrode surface morphology.
Geologists use a variety of tools and techniques to analyze rock formations, including X-ray diffraction and electron microscopy, which allow them to study the mineral composition of rocks in great detail.
The troilite in the rock sample was analyzed using electron microscopy.
The microstructures of the alloy were analyzed using electron microscopy.
The decarburizations of the steel were analyzed using electron microscopy.
The conidial structure of the mold was analyzed using electron microscopy.
The clinopinacoid crystal structure was analyzed using electron microscopy.
The androecial features of the plant were analyzed using electron microscopy.
The conidial structure of the pathogen was analyzed using electron microscopy.
The micromorphology of the bone tissue was analyzed using electron microscopy.
The degree of crystallinity in the mineral was analyzed using electron microscopy.