「microscope」の共起表現一覧(1語右で並び替え)
該当件数 : 237件
he old days often realized with a polarizing | microscope, a directions image is generated in the rear |
graph mass spectrometer, a scanning electron | microscope, a high-field nuclear magnetic resonance spe |
sts of a large incubator, two centrifuges, a | microscope, a spectrophotometer (an instrument used to |
ology of most cells appeared normal by light | microscope about 24 hours post-dose. |
rance of cells and tissues, as seen down the | microscope, after a histological section has been stain |
2 Slide the | microscope along the internal guiderail to make a rough |
He transforms into both a | microscope and a mobile artillery piece. |
amined the Nakhla meteorite using an optical | microscope and a powerful scanning electron microscope |
s to the invention of the Scanning Tunneling | Microscope and the Atomic Force Microscope (AFM), he is |
mycological studies he extensively used the | microscope and can be considered as the pioneer of fung |
In optical mineralogy a petrographic | microscope and cross-polarized light are often used to |
sing the focal distance) of the petrographic | microscope and observing which direction the light appe |
are sampled, examined (typically under a 10x | microscope) and tested chemically when needed. |
e at highest magmification on a petrographic | microscope) and normative nepheline in their CIPW norms |
gues examined the specimen using an electron | microscope, and found that the microstructure had featu |
plate reader, flow cytometer, fluorescent | microscope and confocal microscope. |
seem to be slightly smaller under the light | microscope and the number of polar filament coils is be |
eating surfaces that are visible both in the | microscope and to the naked eye. |
Optical | microscope and electron microscope are extensively used |
lifecycle of unicellular organisms under the | microscope and studying the adaptation of such organism |
ons visualized under a standard bright-field | microscope, and is applicable to formalin-fixed, paraff |
ursue a variety of other hobbies; she owns a | microscope and other scientific paraphernalia. |
pecially noted for his studies utilizing the | microscope and his skills in dissection. |
seph Jackson Lister, pioneer of the compound | microscope and father of Joseph Lister, 1st Baron Liste |
Magnifying lenses (a low-power | microscope) and an illumination lens allow one to direc |
med when pathologists counted plaque under a | microscope and when a computerized scan of the plaque w |
all improvements in the construction of the | Microscope, and to record the most recent and important |
These planes, which show up as lines under a | microscope, are called planar deformation features (PDF |
onie van Leeuwenhoek's observations with the | microscope are first published in Philosophical Transac |
ute plants, which may only be viewed under a | microscope, are often identified by an illustration to |
with small needles of schorl that under the | microscope are dark brown and richly pleochroic. |
The hammer used in impact | microscope are several types. |
Typical components of a fluorescence | microscope are a light source (xenon arc lamp or mercur |
early 1970s individuals have been using the | microscope as an artistic instrument. |
oth's mottled and scaly appearance under the | microscope, as well as its gecko-like fondness for rock |
rapidly changed, unlike that for an optical | microscope, as lenses in the beam path can be enabled, |
Glasseel on the online in situ | microscope at the LEO project. |
dents who build the first practical electron | microscope at the University of Toronto in 1938. |
to the development of the highest resolution | microscope at that time. |
dents who build the first practical electron | microscope at the University of Toronto in 1938. |
r" (in left hand) being done under operating | microscope at a Navy medical center |
Hall and Albert Prebus invented the electron | microscope at the University of Toronto in 1938 and Hug |
A penny scanned in an acoustic | microscope at 50 MHz |
rd prototyping components, and telescope and | microscope attachments. |
s an account of Andry's experiments with the | microscope, building on the earlier work of Antonie van |
She used a scanning electron | microscope built by Charles Oatley and his team, the se |
In a | microscope, bursauite shows distinct high reflective po |
a's interest in "unseen worlds" began with a | microscope, but his attention shifted skyward shortly a |
s, whose life and works had been put under a | microscope by incumbent Ralph Owen Brewster and Senator |
Replica of | microscope by Van Leeuwenhoek |
cioptic ball may provide a firm anchor for a | microscope, camera or telescope allowing it to be swive |
cluded industrial sensors, security cameras, | microscope cameras and astronomy systems. |
As a member of his high school's | microscope club, Walter began experimenting with differ |
(M-030 00276) Courtesy - Billings | Microscope Collection, National Museum of Health and Me |
In the electron | microscope, delta-cells can be identified as cells with |
The Mantis Elite is a stereo | microscope developed by Vision Engineering Ltd (located |
A digital | microscope differs from an optical microscope in that t |
rces attribute the invention of the compound | microscope directly to Hans Jansen and his son Zacharia |
Since the digital | microscope does not have an eyepiece, the magnification |
Viewed in thin section using a petrographic | microscope, edenite is characterized as being an anisot |
ing surface topography with a scanning probe | microscope enabling correction of raster distortions re |
Heisenberg's | microscope exists only as a thought experiment, one tha |
r other labelled molecule via a fluorescence | microscope, flow cytometer or some other fluorescence r |
Hooke is believed to have used this | microscope for the observations that formed the basis o |
He helped to build the | microscope for the ill-fated Beagle 2, and managed the |
An inverted | microscope for fluorescence microscopy. |
An inverted | microscope for tissue culture. |
beyond the need of a | microscope for the human eye to see it. |
Depending on the size of the | microscope, four to six objective lenses of different m |
The | microscope has been mainly used for scientific discover |
Since the digital | microscope has the image projected directly on to the C |
ng years the number of applications for this | microscope have grown. |
n inspecting the zinc sulfide screen under a | microscope, he noticed separate flashes of light create |
An electron | microscope image of an approximately 13 micrometre piec |
Background: Optical | microscope image of a transformed colony of CHO express |
The scanning electron | microscope image of the love dart of Humboldtiana nuevo |
Electron | microscope images show that the species' cellular innar |
s decision on the basis of scanning electron | microscope images of the seed of the two species. |
The scanning electron | microscope images shown are as follows: the upper image |
the interpretation of transmission electron | microscope images of crystals. |
The scanning electron | microscope images on the left show (above) the lateral |
ted several machines such as a projector for | microscope images. |
rge contrast imaging is an scanning electron | microscope imaging mode which can produce images of oth |
Under the | microscope in polarized light starch loses its birefrin |
he use of thin sections and the petrographic | microscope in interpretive petrology. |
hism, which can be assessed using an optical | microscope in most cases. |
ng the rock with a hand-lens or petrographic | microscope in thin section. |
in GTG banding and observed under an optical | microscope, in contrast to heterochromatin, which stain |
ndered important by his extensive use of the | microscope, in which he followed the lead of Malpighi. |
using an electrochemical scanning tunneling | microscope in his bedroom, which led to winning the Wes |
cs of mitochondria in yeast cells with a 4Pi | microscope in 2002. |
rial for examination under the pathologist's | microscope in order to rule out cancer or other importa |
to the normal material when viewed through a | microscope, in an effort to determine where material wa |
Station included the purchase of an electron | microscope in 1946 for $13,000 ($146,178 today), the fi |
When observing cardiac tissue through a | microscope, intercalated discs are an identifying featu |
Scanning Electron | Microscope interface image of a fayalite-pyroxene sympl |
es, characterising alteration often requires | microscope investigation of the mineral assemblage of t |
The objective lens of a | microscope is the one at the bottom near the sample. |
The Scanning SQUID | microscope is based upon the thin-film DC SQUID. |
opaque ore minerals, reflected light from a | microscope is needed for identification. |
A digital | microscope is a variation of a traditional optical micr |
However, a "simple polarizing" | microscope is easily made by adding inexpensive polariz |
An inverted | microscope is a microscope with its light source and co |
The | microscope is intended to produce high-resolution data |
d construction of scanning confocal electron | microscope is a complex problem first solved by Nestor |
ionally the numerical aperture (N.A.) of the | microscope is allowed to be a free parameter in the fit |
As the stage of the | microscope is turned from X to Z the color changes from |
Instead the magnification for a digital | microscope is found by how many times larger the sample |
An optical | microscope is used to take two measurements after the C |
A Kofler bench or Kofler hot-stage | microscope is a metal strip with a temperature gradient |
th the body and the body as seen through the | microscope is nothing but a play of cells being created |
The implementation in a | microscope is very similar to Stimulated Emission Deple |
A simple | microscope is developed. |
The stage on an inverted | microscope is usually fixed, and focus is adjusted by m |
The | microscope is a shared facility available to external u |
The | microscope is free to rotate n vertical plane. |
The field ion | microscope is a type of microscope that can be used to |
The Peter Dollond compound chest | microscope is based on improvements to the Cuff-style m |
A compound | microscope is developed by Zacharias Janssen and his fa |
A key feature of the EVOS fluorescence | microscope is its LED-based light cube system. |
The revealing lens, mankind and the | microscope, ISBN 0-245-51016-8. |
Under the petrographic | microscope it has a very high relief. |
However, with a good | microscope, it is possible to perform examination at hi |
ically medical, and his experiments with the | microscope led him to believe that the microorganisms h |
beams was not better than that of an optical | microscope, mainly due to the poor performance of the f |
orth threads in inches were then the norm in | microscope manufacture, and Leitz was a major manufactu |
Microscope manufactured by Christopher Cock of London f | |
A commercial version was launched by | microscope manufacturer Leica Microsystems in 2004. |
Studying this sea floor material with his | microscope, Maury saw something that fascinated him. |
household hints, insect life seen through a | microscope, military training and hardware (during Worl |
Surgical Tool Navigator (STN), the Surgical | Microscope Navigator (SMN) and the 6DOF Manipulator (MK |
Surgical Tool Navigator (STN), the Surgical | Microscope Navigator (SMN) and the 6DOF Manipulator (or |
uding The Heart of the Matter: God Under the | Microscope, Newsnight, and Twenty Four Hours. |
s are only resolved by the scanning electron | microscope, not being readily apparent in optical micro |
f a Mirau interferometer is located within a | microscope objective assembly. |
(Emile Bertrand, 1878) between a high-power | microscope objective and the eyepiece. |
is typically focused by sending it through a | microscope objective. |
rty-second game highlight, and now under the | microscope of news organizations that needed to fill 24 |
of plasmodia can be counted using an optical | microscope, on a special thick film (for low parasitemi |
searcher at the prestigious Beijing Electron | Microscope Open Laboratory (aka Beijing Laboratory of E |
Microscope, optical magnification | |
to express the maximum resolving power of a | microscope or telescope. |
ra and another optical instrument, such as a | microscope or telescope. |
ormed in the environmental scanning electron | microscope, or ESEM. |
also be used to examine RNA or DNA under the | microscope or in a gel: as an example, a solution of me |
Scientist using a stereo | microscope outfitted with a digital imaging pick-up |
electron | microscope photograph of smectite clay - magnification |
d-circuit television cameras, and trinocular | microscope phototubes. |
The "Ehrenberg Collection" includes 40,000 | microscope preparations, 5,000 raw samples, 3,000 penci |
ointed as exclusive U.S. distributor for the | microscope product division of Olympus Optical of Japan |
The Virtual | Microscope project is an initiative to make micromorpho |
Microscope Publications, a division of the McCrone Rese | |
which he described the use of the comparison | microscope regarding firearms investigations. |
Microscope schematic | |
rmally performed under a specialized optical | microscope setup called a micromanipulator. |
Optical observation under a | microscope showed that these were accurately perpendicu |
on containing DNA fragments is poured onto a | microscope slide dilute enough so that individual molec |
The sample is sandwiched between a | microscope slide and a coverslip. |
etween the cover slip and a somewhat thicker | microscope slide, which rests on the microscope's stage |
The cover slip is often glued to the | microscope slide, in order to seal off the specimen fro |
rocellulose on a standard 25mm x 75 mm glass | microscope slide. |
London where it is currently displayed on a | microscope slide. |
t the hemocytometer is thicker than a normal | microscope slide. |
He used a gold chloride stain on his | microscope slides in order for to view the tiny corpusc |
For example, some allow | microscope slides to be loaded for scanning, while mech |
Microscope slides | |
s used to prepare permanent or semipermanent | microscope slides of of small organisms, histological s |
da balsam was also used for making permanent | microscope slides. |
all particles viewable with the standard lab | microscope, small turquoise bodies termed "eberthella t |
ination of thin sections of the rock under a | microscope, so only an approximate classification can u |
methods for heating melt inclusions under a | microscope, so changes could be directly observed. |
When a patient's blood is viewed under a | microscope, some of the red blood cells appear thorny. |
ron energy-loss spectroscopy in the electron | microscope; Springer, 1996. |
As the | microscope stage is rotated, individual mineral grains |
other and parallel to the crosshairs; as the | microscope stage is rotated the cross remains steady; b |
riginal concept was based mainly on electron | microscope studies, and has now been refined to take ac |
ield emission scanning transmission electron | microscope succeeded in taking images individual atom ( |
Early adopters of the | microscope, such as Robert Hooke and Antonie van Leeuwe |
They can also be scanned with an underwater | microscope, such as ecoSCOPE. |
The average digital | microscope system has a 15" monitor, would result in an |
Hirox's current digital | microscope systems are the KH-7700 and the KH-1300. |
m is usually provided by a scanning electron | microscope that results in high spatial accuracy (below |
he Dutch Ambassador to England, mentions the | microscope that was developed by Drebbel. |
only under magnification with a petrographic | microscope, that contains a mixture of very fine-graine |
Under the | microscope the spherulites are of circular outline and |
ater flexibility so that when setting up the | microscope the prism can be actively focused. |
of higher quality compared with the digital | microscope, the application for the microscope may dict |
Religious Tract Society on the Telescope and | Microscope, The Atmosphere and Atmospheric Phenomena, a |
With the optical | microscope, the lenses are made for the optics of the e |
made, moreover, before the invention of the | microscope, the selection of the organs of fructificati |
Under a | microscope, these nodules appear as a collection of min |
Able to be seen under | microscope, they are lined by nonkeratinizing stratifie |
When viewed in profile under a light | microscope they appear weakly angular, and have dimensi |
ved using electron microscopes; with a light | microscope they can usually only be seen collectively a |
It is visible without a | microscope, though it is easier to see in humans than i |
urn the slow motion knobs on the base of the | microscope to capture and take readings of the specimen |
At first scientists used the | microscope to view and draw objects not visible with th |
In 1624 Galileo sent a Drebbel-type | microscope to Federico Cesi (1585-1630), a wealthy nobl |
d on the top of the sliding mechanism of the | microscope to make very fine adjustments to the focus o |
Porter, the first application of an electron | microscope to chloroplasts. |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると 検索履歴を保存できる! 語彙力診断の実施回数増加! |