Slides - Consistence

Consistence slides

Consistence has been involved in all kinds of material research. Below you will find a non-confidential selection of our work. Click any slide to enter a full-page slideshow. This is only a small part of our expertise. For questions please contact us.

Consistence video title

SEM imaging of dairy powders at low and high magnifications. By Jaap Nijsse, www.Consistence.nl — SEM imaging of dairy powders at low and high magnifications.

SEM images of KCl salt crystals by Consistence Microstructure Research Laboratory

Cryo-SEM stitched image of leaf hair of stinging nettle (Urtica dioica). Photo by Jaap Nijsse, www.Consistence.nl — Cryo-SEM stitched image of leaf hair of stinging nettle (Urtica dioica).

Cryo-SEM images of mildew on violet (Viola sp.) leaf. Photo by Jaap Nijsse, Consistence Microstructure Research Laboratory. — Cryo-SEM images of mildew on violet (Viola sp.) leaf.

Cryo-SEM images of mites isolated from hortensia (Hydrangea) leaves, using a vibrating funnel. Photos by Frank Nijsse, www.Consistence.nl — Cryo-SEM images of mites isolated from hortensia (Hydrangea) leaves, using a vibrating funnel.

Cryo-SEM imaging of grapevine gall mite, (Colomerus vitis), hidden in leaf gall of grape vine (Vitis vinifera). Photos and drawing by Jaap Nijsse, www.Consistence.nl — Cryo-SEM imaging of grapevine gall mite, (Colomerus vitis), hidden in leaf gall of grape vine (Vitis vinifera).

Cryo-SEM analysis of hollow wax fibres from cottony hydrangea scale insects (Pulvinaria hydrangeae). By Jaap Nijsse, Consistence Microstructure Research Laboratory — Cryo-SEM analysis of hollow wax fibres from cottony hydrangea scale insects.

SEM images of freeze dried apple tissue. Drying Technology 35:10, 1204-1213. — SEM images of freeze dried apple tissue.

SEM imaging of Cracotte cracker. By Jaap Nijsse, www.Consistence.nl — SEM imaging of Cracotte cracker.

Freeze-fracturing SEM imaging of Mars Ice Cream. By Jaap Nijsse, www.Consistence.nl — Freeze-fracturing SEM imaging of Mars Ice Cream at low and high magnification.

Exogenous gibberellins inhibit coffee (Coffea arabica cv. Rubi) seed germination and cause cell death in the embryo. Method: cryoplaning SEM. Amaral da Silva et al., 2005 — Exogenous gibberellins inhibit coffee (Coffea arabica cv. Rubi) seed germination and cause cell death in the embryo. Method: cryoplaning SEM.

Cryoplaning SEM image of infection in apple fruit, with high resolution images of fungus with haustoria. By Jaap Nijsse, www.Consistence.nl — Cryoplaning SEM image of infection in apple fruit, with high resolution images of fungus with haustoria.

Cryoplaning SEM cross section of pig skin. cryo-SEM. Consistence Microstructure Research Laboratory. — Cryoplaning SEM cross section of pig skin.

Cryoplaning SEM cross section of cut rose stem, revealing vascular occlusion by bacteria. By Jaap Nijsse, Consistence Microstructure Research Laboratory. — Cryoplaning SEM cross section of cut rose stem, revealing vascular occlusion by bacteria.

Cryoplaning SEM image of brussels sprouts puree. cryo-SEM. By Jaap Nijsse, Consistence Microstructure Research Laboratory. — Cryoplaning SEM image of brussels sprouts puree.

Cryoplaning SEM image of body lotion with multi layered structures. Photo by Jaap Nijsse, www.Consistence.nl — Cryoplaning SEM image of body lotion with multi layered structures.

Cryoplaning SEM image of low fat margarine. Bewust Light Jumbo. By Jaap Nijsse, www.Consistence.nl — Cryoplaning SEM image of low fat margarine.

Cryoplaning SEM image of cross section through dressing (slasaus, oil in water emulsion). By Jaap Nijsse, www.Consistence.nl — Cryoplaning SEM image of cross section through dressing (slasaus, oil in water emulsion).

Interpretation of cross section through dressing (slasaus, oil in water emulsion) by schematic drawing. By Jaap Nijsse, www.Consistence.nl — Interpretation of cross section through dressing by schematic drawing.

Schematic interpretation of cross section through vegan burger. Understanding size, shape, and connections of the differen phases is the starting point of a better understanding of product characteristics, such as texture, mouthfeel, stability, and juiciness. Cryoplaning SEM method. By Jaap Nijsse, www.Consistence.nl — Schematic interpretation of cross section through vegan burger. Understanding size, shape, and connections of the differen phases is the starting point of a better understanding of product characteristics, such as texture, mouthfeel, stability, and juiciness.

Cryoplaning SEM images of cross section through Tesa textile tape and paper sheet by Consistence Microstructure Research Laboratory. — Cryoplaning SEM images of cross section through Tesa tape and paper sheet.

Energy Dispersive X-ray spectroscopy images of cross section through Tesa tape by Consistence Microstructure Research Laboratory. — Energy Dispersive X-ray spectroscopy images of cross section through Tesa tape.

Confocal Microscopy 3D reconstruction images of metallic coating, by Consistence Microstructure Research Laboratory — Confocal Microscopy 3D reconstruction images of metallic coating

SEM and confocal images of metallic coating, by Consistence Microstructure Research Laboratory — SEM and confocal images of metallic coating

Confocal Microscopy and SEM image of jeans fabric textile by Consistence Microstructure Research Laboratory — Confocal and SEM image of jeans fabric

Confocal Microscopy stacked and stiched image of Alstroemeria cut flower stem. CSLM. www.Consistence.nl. — Confocal Microscopy stacked and stiched image of Alstroemeria cut flower stem

Light Microscopy analysis of hotbreak vs coldbreak brussels sprouts puree. Bright Field Contrast, Circular Polarisation Contrast, Differential Interference Contrast (Nomarski contrast). Consistence Microstructure Research Laboratory — Light Microscopy analysis of hotbreak vs coldbreak brussels sprouts puree.

Differential Interference Contrast image of starch squeezing out of a potato cell. Lugol stained. Photo by Paul Nijsse, Consistence Microstructure Research Laboratory — Differential Interference Contrast image of starch squeezing out of a potato cell. Lugol stained.

Polarized light microscopy image of sugar crystallized in a thin film. Consistence Microstructure Research Laboratory — Polarized light microscopy image of sugar crystallized in a thin film.

Differential Interference Contrast image of tomato cell in ketchup, with encapsulated lycopene crystals. By Jaap Nijsse, Consistence Microstructure Research Laboratory — Differential Interference Contrast image of tomato cell in ketchup, with encapsulated lycopene crystals.

Spoiled Mandarin Orange. Photos by Jaap Nijsse. Consistence Microstructure Research Laboratory. Macroscope. — Spoiled Mandarin Orange.

Visualisation of pixels, incl red, green, and blue leds. Distorted area is due to fault in superficial layers. www.Consistence.nl — Visualisation of pixels, incl red, green, and blue leds. Distorted area is due to defectin superficial layers.

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