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Tracking the interface mid-height position during via filling provides a comparison between simulation and experiment

Tracking usage of PGVL Hub. Each time a user logins into PGVL Hub, information about user ID and time stamp is recorded into a tracking database. A usage report can be generated via a Web reporting tool.

Tracks along which samples were taken in order to determine the sand mud ratio in the northern Sound. New Haven and Sachem Head are indicated by NH and SH, respectively.

Tracks in the core temperature, density plane of stars of various masses

Tracks of 30 cells for 20 hours at each of 3 fields of view along a combinatorial BI60 peptide gradient surface.

Tracks of emissions from Chernobyl, starting at .

Tracks of fission fragments in mica showing the characteristic forward-backward orientation of the two fragments emerging from the same fission event. By courtesy of R. Brandt 71.

Tracks of fission fragments in mica showing the characteristic forward-backward orientation of the two fragments emerging from the same fission event. Courtesy of Brandt

Tracks of two molecules of 20 pM rhodamine 6G in silica gel observed by fluorescence integrated over 0.20-s periods at 0.78-s intervals. Some points are not connected, because the molecule disappeared above or below the focal plane in the 0.45-ixnrvthick film and was not observed in a particular observation interval. In the nine periods when molecule A was in one location, it might have been adsorbed to a particle of silica. An individual molecule emits thousands of photons in 0.2 s as the molecule cycles between ground and excited states. Only a fraction of these photons reaches the detector, which generates a burst of —10-50 electrons. From K. s. McCain, D. C. Hanley, andJ. M. Harris. Single-Molecule Fluorescence Trajectories tor Investigating Molecular Transport in Thin Silica Sol-Gel Films, Anal.

Tracks ofiparticles inside the valve. Flow direction is indicated by arrows. Calculation parameters are the same as in the

Tractable, mononuclear species via steric cally bulky ligands

Traction as a Function of Sliding Speed in EHD

Traction battery

Traction battery 24 V in maintenance design, cells with positive tubular plates and charger.

Traction diagrams for a conventional .

Traction enhancement due to groove geometry

Traction force f and lateral traction

Traction force f and lateral traction force f versus slide-ro l ratio, pratically without lateral sliding, for different spin conditions, with paraffinic oil LI.

Traction force f versus slide-roll force f versus slide-r l ratio, pratically ratio, pratically without spin and without without pin, for different lateral sliding, with lateral sliding, with paraffinic oil LI. paraffinic oil LI.

Traction force f versus slide-roll ratio, pratically without spin and without lateral sliding, for the lubricants L2, L3, L4, L5 and L6.

Traction force required to initiate the movement of a solid lying on a horizontal plane. The cuboid has been rotated between the two cases and thejirea of the cuboid in contact with the plane is different, but the traction force T is identical

Traction Index

Traction rolling resistance for conventional polymers and a

Traction separation lowfor HM5411EA at 1 mtn s

Traction vectors represented for undeformed and deformed bodies



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