Uncommon Travel

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Gail Walter is not only descriptive but also elegant in her Uncommon Travel writings. A knack for irony plus a keen sense of wonderment with a dash of humor sprinkled in equals enjoyable reading.

Connecting HV Terminals (GT and GIS)

In a EHV substation , say 220 kV GIS,how is the connection between the generator transformer HV terminal and the GIS ?Is it through EHV cable or OH transmission line can be used for connection ? If so how do we address the question of requisite clearances ?

Regards

Magnetic liquid marbles as an alternative to microchannel-based fluidics

In contrast with microchannel-based fluidics, the manipulation of discrete droplets without using microfluidic channels is a new field. Here, a liquid droplet is not confined to a closed channel and there is no risk of being adsorbed on a channel wall. A liquid marble, a liquid encapsulated by non-wetting powder, could be a new microfluidic device, which is especially useful for handling single liquid droplet. One of the challenges for using liquid marbles as microfluidic devices is the communication between the liquid droplet and the external devices/materials. Researchers in Australia have been trying to develop 'field-responsive smart liquid marbles' which can be opened and closed reversibly on demand, such that the liquid in the marble can be easily taken and other liquid can also be added into the marble easily. The mechanically robust magnetic liquid marble, prepared by coating a water droplet with highly hydrophobic magnetite nanoparticles, can be actuated magnetically.

Japan’s Shinshu University Selects Zecotek’s LFS Scintillation Crystals for PET Medical Imaging Program

Zecotek Photonics Inc., a developer of leading-edge photonics technologies for medical, industrial and scientific markets, today announced that its patented LFS scintillation crystals have been selected by Japan's prestigious Shinshu University for trials in their next-generation Positron Emission Tomography (PET) medical imaging program.

Proteine in 3D

Am Max-Planck-Institut fuer Biophysik in Frankfurt am Main steht Wissenschaftlern nun ein hochmodernes Zentrum zur Verfuegung, in dem die Struktur und die Funktionsweise von Membranproteinen untersucht werden kann.