Here, we present an integrated microfluidic device applicable to sample preparation, like the controlled patterning of target biomolecules, like proteins or cells, with a smart polymer-modified temperature-addressable microelectrode that is thermally switched between hydrophilic and hydrophobic states.
To make a single manipulative device applicable to more different kinds of tasks, the concept of virtual mechanisms has been previously proposed, in which virtual motion constraints are constructed via the software to constrain the manipulative device to move within a limited workspace that corresponds to task requirements.
Subsequent developments, however; centered on the use of planar substrates in attempts to realise more reproducible devices applicable to a wider range of electron emission applications.
However, none of these devices applicable to test the tensile strength of weak rock, hard soil or highly weathered material.
Cross-disciplinary scientific research addressing the development of therapies, diagnostics or devices applicable to human disease, clinical research/trials (excluding Phase 2 or beyond), epidemiological studies, and/or community-based research are eligible for these awards.
In addition Burundi, Kenya, Tanzania (mainland) and Uganda reported capacity for clinical trials for devices applicable to TB, HIV and malaria.
We believe that the working principle of the current device is applicable to smaller devices; therefore, it may lead to a sophisticated technique of "electrostatic nano-tweezers" for sorting, separation, trapping, and manipulation of individual charged nanoparticles, such as proteins and DNA, which are often naturally charged.
In-plane aligned carbon nanotube polymer composite thin films with submicrometer thickness on unmodified SiO2 surfaces are fabricated using the spincoating alignment technique, which is simple, integratable to the manufacture process of organic devices, and applicable to various matrix polymers (e.g. polycarbonate and polythiophene).
When the above dimensional analysis is employed, if the appropriate non-dimensional quantities such as Reynolds number and Froude number are the same for both devices, the results of the model device tests are applicable to the full-scale device.
Detailed Electro mechanical analysis of various materials and parameters are done to make the device applicable for satellite communication.
