Search Results - Nanotechnology

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STFC has a developed a high throughput manufacturing process for its previously patented electrospinning technology. This method addresses the need for an industrial scale electrospinning source with the ability to change the molecular content of the nanofibres with minimal time delay. IMAGES Published: 08/06/2022

Keywords(s): 02.b. Industrial Manufacture, 02.g. Materials Technology, 03.b. Process Plant Engineering, 03.d. Chemical Tech. & Engg., 04.a. Energy storage and transport, 05.b. Chemistry, 05.k. Nanotech. (physical science), 06.b. Biology/Biotechnology, 06.d. Micro- & Nanotech. (bioscience)

Category(s): Medical & Biomedical, Nanotechnology, Pharmaceuticals & Biologics, Scientific Instrumentation, Manufacturing & Process Engineering, Food & Beverage Technology, Energy & Alternative Fuel, Advanced Materials

Multi-TEDDI 3D X-Ray Imaging

This invention relates to a tomographic energy dispersive diffraction imaging system (TEDDI). Whilst conventional tomographic imaging systems rely on absorptive or spectroscopic data of the subject, TEDDI provides diffraction data in combination with either absorption or spectroscopic data. As an example, the diffraction pattern of a sample will show...

Published: 24/07/2024

Keywords(s):

Category(s): Sensors & detectors, Security Applications, NDT, Medical & Biomedical, Nanotechnology

Optical Tweezers Feedback

The nanoprobe is a free-floating 3D force probe for single molecule research. The unique active feedback sensor tracks and controls the position and movement of the nanoprobe. Additionally, fast and dynamic force measurement of multiple objects is enabled by selective read-out of active pixels within the sensor array.IMAGES Published: 08/06/2022

Keywords(s): 05.k. Nanotech. (physical science), 06.b. Biology/Biotechnology, 06.d. Micro- & Nanotech. (bioscience)

Category(s): Nanotechnology, Optics & Lasers, Sensors & detectors, Scientific Instrumentation

Optical Tweezers

The nanoprobe is a free-floating 3D force probe for single molecule research. Advanced fabrication processes allow greater versatility and applications. The position and orientation of the nanoprobe is tracked and controlled by a unique active feedback sensor. VIDEOS IMAGES DESCRIPTION Technology to manipulate and monitor on the nanometre scale...

Published: 10/10/2024

Keywords(s): 05.k. Nanotech. (physical science), 06.b. Biology/Biotechnology, 06.d. Micro- & Nanotech. (bioscience)

Category(s): Nanotechnology, Optics & Lasers, Scientific Instrumentation

Droplet Deformation

Shaped microscopic particles find application in a variety of industries like paint, food, photonics, etc. STFC has developed an innovative technology which provides a unique capability for the deformation of droplets (oils, polar solvents, gels, etc.) through the use of optical traps generated by laser beams. Once the droplets are shaped, they may...

Published: 10/10/2024

Keywords(s): 02.g. Materials Technology, 03.d. Chemical Tech. & Engg., 03.i. Printing, 05.j. Microtech. (physical science), 06.b. Biology/Biotechnology, 08.a. Technology for the food industry

Category(s): Manufacturing & Process Engineering, Nanotechnology, Pharmaceuticals & Biologics, Food & Beverage Technology

Electropun Fibres

An innovative technology that allows the co-electrospinning of nanofibres with porous shells with core fluid that may find a wide variety of applications in fields varying from automotive hydrogen storage to pharmaceutical applications such as drug delivery. STFC currently licenses the technology in the field of hydrogen storage but invites interested...

Published: 08/06/2022

Keywords(s): 02.b. Industrial Manufacture, 02.g. Materials Technology, 03.d. Chemical Tech. & Engg., 04.a. Energy storage and transport, 06.b. Biology/Biotechnology, 06.d. Micro- & Nanotech. (bioscience)

Category(s): Nanotechnology, Manufacturing & Process Engineering, Medical & Biomedical, Pharmaceuticals & Biologics, Energy & Alternative Fuel

Electrospinning Nozzle

STFC has developed a novel electrospinning process that allows for the parallel production of very fine multicore nanofibres and/ or particles of diameter between 3-1000 nm. A multitude of concentric ducts enable the layering of the fibres with various immiscible fluids at varying thickness. The structures thus produced in a wide range fields from clinical...

Published: 16/05/2023

Category(s): Manufacturing & Process Engineering, Pharmaceuticals & Biologics, Nanotechnology, Energy & Alternative Fuel, Medical & Biomedical