Sentence examples for electric microscope from inspiring English sources

In one, shelves sagged with books of French and Russian literature, an upright piano stood in the living room, framed diplomas from the University of Aleppo hung on the walls, and a hastily packed suitcase (half-zipped, bulging with clothes) lay on the bed beside an old electric microscope and a leather portfolio containing certificates of achievement from two elementary-school careers.

The obtained sections were collected on glass slides, deparaffinized and stained by hematoxylin and eosin stain for routine examination through electric microscope.

Under light microscope, the hippocampal neurons of model rats arranged loosely and clutter with cytoplasm condensed and nucleus pycnosis; under electric microscope, the morphology of hippocampal neurons was irregular with uneven distribution of chromatin, and the phenomenon of apoptosis, vacuolization and necrosis could also be observed.

Visitors to the Crystal Palace, a marvel in its own right, were treated to demonstrations of cutting-edge technology of the day, including electric telegraphs, microscopes, a prototype facsimile machine, a revolving lighthouse light and an early submarine.

The scanning electric microscopy (SEM) images were taken on a JEOL JEM-6700F microscope.

Odor-evoked signals are increased in DPM neurons following presentation of odor and electric-shock under the microscope [108].

In order to interpret our interference data, we have assumed that the electric field collected by the microscope objective consists of a reflection of the incident electric field from the coverslip-buffer interface and an additional, single reflection from a discrete, protein dense, site near the ventral plasma membrane.

Today, piezoelectrics are used in everything from electric lighters to scanning tunneling microscopes.

Polarizabilities of the suspended particles were observed using an optical microscope under externally applied electric field strength.

Spatial resolution of this microscope is determined by the electric field distribution of LSP, and it depends on the polarization of the excitation light.

This parameter was obtained from the displacement velocity of starved cells under an electric field and measured directly under the microscope in a Zeta Meter ZM-75 cell electrophotemeter, which allows calculation of the electrophoretic mobility.