View allAll Photos Tagged microscope
Under the Microscope: Silica, As always you can see more information, and images on my website by following the link: bit.ly/1Phl664 #Photography #TravisHale #Social #Nikon #MyNikonLife #Nikon #D5300 #500px
Since I am self-taught, and continue to (attempt to grow) I would appreciate any feedback, think I can do something better; don't hesitate to give me constructive feedback, think someone else might also have tips, feel free to like this image, follow me or suggest they follow me.
Ghosts or Devils in the Sugar. Melted some sugar into water and let it sit in the sun to crystalize for a bit. Stuck it under the microscope. At first nothing out of the ordinary, until I found this one spot that was creating some beautifully creepy images. Let me know what you see.
Kuvassa tutkitaan mikroskoopilla luultavasti tavaraopin näytettä. Mikroskooppi on merkiltään itävaltalainen Reichert.
Aalto-yliopiston arkisto / Aalto University Archives
Image nr: HKK_06_010
Tiedätkö lisää tästä kuvasta? Jätä kommentti tai ota yhteyttä sähköpostitse: arkisto@aalto.fi
Lisätietoja kuvakokoelmista / more information: libguides.aalto.fi/c.php?g=578570&p=4667669
Leitz SM Medical Microscope setup for Photomicroscopy. The microscope was made in 1958, the first year of production for this model. It includes a Swing out Abbe condenser, coaxial mechanical stage, four objectives - 3.5/0.10, 10/0.25, 45/0.65 and an OEL 100/1.30. I replaced the regular "S" binocular head with an "FS" Trinocular head. Attached to the trinocular head is a Leitz MIKAS camera adapter. The MIKAS adapter allows for the attachment of any LTM/M39 camera. In this photo I have a Nikon M-35 microscope camera attached. I can also adapt a digital camera, an M42 camera or just about any camera with the proper adapter.
The environmental scanning electron microscope (ESEM) allows one to investigate wet samples. Here we can see a morphological changes on the crystals of the Sm (Cu)-CB [6] system after extreme process of hydration/dehydration in the ESEM.
Click on the link below to see the complete experiment:
Courtesy of Mr. FRANCISCO RANGEL , MCTI/INT
Image Details
Instrument used: Quanta SEM
Magnification: 600X
Horizontal Field Width: 497 µm
Voltage: 20 kV
Spot: 3.0
Detector: GSED
taken through a microscope using phase contrast and polarized light. The size is about 70 micrometers.
Professor Christina Hydron is pleased with this new equipment... :D I bought her again recently, kinda missed her... I can't remember what happened to the previous minifig whether I sold it or gave it away...
The microscope is seen from one of Lynn's older photos where she bought set from a fair or something, with laboratory stuff...
Taken with my cellphone's camera in the laboratory today, through the eyepiece of the microscope. (Sony Ericsson S500i.)
A presentation gift from the Northern Illinois Lego Train Club for a patron.
- The weight of the Eyepiece Tubes offsets the weight of the head so nothing is glued.
Here is just a couple of Ian's Microscopes, on show in the lounge room. He has a few more all tucked away. I know one of them was made in Germany.
Female Danaus plexippus
10X magnification through an AmScope trinocular microscope.
Move forward to the next image (left arrow) to see how I made this photo. Move back to the previous image (right arrow) for another photomicrograph of a monarch wing.
this is a specimen of Expectorii maltacopescado (magnified 1011½x) with clearly identifiable nucleus, hypochondria, capacitors, noisegate, and fignuts.
it lives in the human digressive system, and typically spreads through sexual tension and not looking both ways when crossing a one-way street.
its favourite colour is brouwn.
This is the first image from my working Lego microscope. Made with a couple of Scooby Doo magnifying glasses and a light brick from the POTC lighthouse. I need to build the rest of the mechanism but it's off to a good start.
Microscope lens setup. Effectively extension tubes and a extension tube to RMS cone adapter giving approx 160mm from focal plane to objective. A USB mini LED lamp fed from a rechargeable battery block (that goes in my pocket). The disc near then of the cone is actually a twin flash mount but comes in handy to rest the camera on when taking shots of subjects on hard surfaces
The only thing that does not work in this microscope, is the optics... Although LEGO has produced a magnifying glass brick, I never even took an attempt at getting something between a 20- and 600-fold magnification from them...
This is a run-of-the-mill inverted microscope; an instrument you will find on any laboratory where tissue cultures are handled. It is inverted because with a normal microscope one looks down on the specimen. An inverted microscope allows the user to look from below the sample. With the thick dishes, flasks and plates used for tissue culture, and with a volume of nutrients on top of it, a lense can come a lot closer to the specimen from below! Getting closer, means higher magnifications are possible.
Imprint of a snowflake seen through a microscope with Rheinberg illumination, about 40x magnification.