Pharmaceutical Nanotechnology: Applications & Commercialisation
05:24 pm
SMi is proud to present their Pharmaceutical Nanotechnology:
11:22 am | Topology Optimization using a GCMMA optimization algorithm and the lattice Boltzmann method to find the optimal material layout for a micro-mixer. Two miscible (Red and blue) fluids enter a channel and should be…
Oct 19 2011 / No Comment / Read More »11:22 am | Topology Optimization using a GCMMA optimization algorithm and the lattice Boltzmann method to find the optimal material layout for…
Oct 19 2011 / No Comment / Read More »03:35 am | This pacman-like animation demonstrates a conceptual microfluidic device in which fluid is flowing through a series of interconnected channels.…
Jan 12 2011 / No Comment / Read More »05:18 pm | The JetXpert system (drop in flight analysis system) is now available with an add-on for nozzle plate visualization. This…
Feb 3 2010 / No Comment / Read More »11:11 pm | This is a demonstration of a dual brushed DC motor peristaltic pump control. This configuration can be used in…
Jan 31 2010 / No Comment / Read More »Electrical Engineering C245 – Lecture 14: Energy Methods I
Electrical Engineering C245 – Lecture 14: Energy Methods II:
Electrical Engineering C245 – Lecture 15: Energy Methods II
Electrical Engineering C245 – Lecture 15: Energy Methods II
Electrical Engineering C245 – Lecture 14: Energy Methods I
Electrical Engineering C245 – Lecture 14: Energy Methods II:
Introduction to MEMS technology
Lecture – 32 Introduction to Finite Element Method
Lecture – 19 Introduction to Finite Element Method
11:23 am | Sub-pixel resolving, compact (1.5cm x 1.5cm), optofluidic on-chip microscope for on-chip cell imaging. Developed at the Caltech Biophotonics lab by Guoan Zheng (gazheng@caltech.edu), Seung Ah Lee, Samuel Yang and Changhuei Yang. Lab on a Chip article: http://pubs.rsc.org/en/content/articlelanding/2010/lc/c0LC00213E Duration : 0:1:19…
Oct 19 2011 / No Comment / Read More »11:22 am | Topology Optimization using a GCMMA optimization algorithm and the lattice Boltzmann method to find the optimal material layout for a micro-mixer. Two miscible (Red and blue) fluids enter a channel and should be mixed at the outlet. The evolution of the channel design is displayed on top with green being solid material and white being…
Oct 19 2011 / No Comment / Read More »01:04 am | Demonstration video showing the software nano+ in action (http://lmis2.epfl.ch/nanoplus/) Duration : 0:1:4…
Oct 17 2011 / No Comment / Read More »09:15 pm | The universal electronic chip for the Bricon timing system for racing pigeons. Duration : 0:5:35…
Jan 5 2010 / No Comment / Read More »02:48 pm | Here we see how an electrical field applied by light can compress material to excite mechanical vibration. We replace metal electrodes with the electrical field that light applies to create a train of virtual electrodes that are almost exactly 250 nm apart. These virtual electrodes act collectivity to excite a mechanical mode, illustrated above, that…
Dec 5 2009 / No Comment / Read More »01:04 am | Demonstration video showing the software nano+ in action (http://lmis2.epfl.ch/nanoplus/) Duration : 0:1:4…
Oct 17 2011 / No Comment / Read More »06:16 pm | Source: http://www.technologyreview.com/blog/editors/23533/ The video shows 3,000 bacteria maneuvering a V-shaped robot around via computer control. Researchers in Canada have created a solar-powered…
Jun 26 2011 / 23 Comments / Read More »08:08 pm | Nanorobot inside living cell repair DNA molecule. Model made by Nanobotmodels Company, 2010. http://www.nanobotmodels.com Details about this model you can find here:…
Mar 25 2010 / 1 Comment / Read More »06:22 pm | MEMS have many applications and are found in an increasingly large number of products. These are just a few of the areas…
Jun 26 2011 / No Comment / Read More »11:24 am | The Vestibular Dynamic Inclinometer (VDI) is a sensor motivated bu the human vesitbular system that is made up of two MEMS linear accelerometers and one MEMS gyroscope. The VDI measures…
Oct 19 2011 / No Comment / Read More »