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AmScope Kids Prepared Slides: Educational Type viewed on a COLEMETER USB 2.0 Handheld Digital Microscope with Stand - Taken with Raspberry Pi using Cheese

Source: E. C. Bolles Collection of Microscope Slides, San Diego Natural History Museum.

 

Image id: SDNHM_Microscope_Slides_024

Tarlatan Fabric with Ink.

My first microscopic photo. This is a close-up of the edge of a leaf from around the base of the stem of a tomato.

AB Test of Focus Stacking

 

One stacked from 120 images in about 3 1/2 minutes.

 

The other stacked from 12 images in 18 seconds.

 

Can you tell a difference?

Pre-Transformers Perceptor

Nymphalinae butterfly wing, 4x, EPI-POL, HF B

Just playing around at work again. These flowers are tiny, roughly about 7 or 8mm across (5/16 inch)

Complete with built-in WIFI capability, the iScope Hera ' s compact size, simple use, and high-quality imaging bring sophistication to mobile and portable information capture and storage.

Eyeing some residues. (Photograph courtesy of P. Kosty, University of Pennsylvania Museum of Archaeology and Anthropology.)

Red growth on onion skin, 60x/1.2, DIC, HF B

A mm ruler-each line is 1 mm from the next.

Canon T2i, medium resolution still photo

3456x2304 pixels.

444 pixels/mm

Macrofotografia hecha con iPhone 3G S y una lupa plana a la pantalla del MacPro.

Macropicture of the MacPro screen with iPhone 3G S and a flat magnifier.

Microscopes at the MLS booth, Backstage Pass, Omaha, NE

Seed pod, 4x, FLUO-C6.1+POL, ZS PMax, Pano, Topaz DN

The left one is a Spencer and buffalo USA 1914.

The right one is a Wattson London late 30,s. Theses are a part of my husband optics collection.

Tarlatan Fabric with Ink.

40x objective, NA 0.65 plus 2.5x relay lens to Canon T2i

captured as HD Video and then focus stacked.

 

Scale ~8.7 pixels per micron.

Theoretical resolution should be ~0.5 microns

Tarlatan Fabric with Ink.

Identification sous réserve.

Même organisme , mais avec deux mise au points différentes.

0227-49

 

An interesting look at everyday things.

I bought a cheap USB powered Microscope and then started exploring. Some of the images were very unexpected so I thought I would post a few.

 

This cover is yellow but close up you can see the individual colour dots.

 

2015

Entry 22 - This lab was one that I was pretty familiar with. I took aquatic ecology last semester here at the FEC and had a great time collecting the samples from Goodson Pond. The experience with microscopes helped me tremendously with this lab. However, I have never used the computer system that allows you to take pictures of your slide. This opened up a whole new world of photography and appreciation for the images others have curated through this method.

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