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  • Field-Effect Sensors for Fluid Detection Applications (.pdf)
    Field-Effect sensing has the unique ability to detect fluids and semi-solid materials without making direct contact. If the material being targeted is conductive in nature (for example, water), and the barrier wall is non-conductive, then Field-Effect is the technology of choice. Field-Effect
  • Skin Treatment Cycle
    with the procedures specified in the Regulations of the Federal Hazardous Substance Act. Results from these testing procedures show that CIMCOOL metalworking fluids are mild at their recommended use dilutions. Healthy skin's first line of defense against irritation is its "barrier layer
  • Interphex Booth Previews
    Training in Fluid Bed Systems spring seminar, April 20 to 21, 2004, presenting the principles of fluidization, airflow entrainment, spray rates and nozzle configurations. Each principle is discussed in theory and demonstrated in ACT's laboratory. molded silicone fittings are supplied as assemblies
  • Interphex Preview, Part Deux
    This quick, one-time registration gives you access to members-only site benefits. provides solutions for pharmaceutical, nutraceutical, veterinary and biotechnology packaging. This includes barrier isolation technology, filler, washers, depyrogenation tunnels, cappers, and inspection equipment
  • Moving Beyond the Batch
    By Bill Swichtenberg, Senior Editor Changing the status quo is always difficult. In pharmaceutical manufacturing, history is on the side of batch processing, which explains why continuous processing continues to face high barriers to acceptance. Not every pharma process can, or should, run
  • Isolator Systems Take On Clean Rooms
    Despite the need for higher sterility, Lysfjord and Porter's biennial review of "barrier isolators, " published in in 2001, suggests that interest in new installations has leveled or may be declining. The authors note that a combination of complexity and limited personnel are causing manufacturers
  • MSilica Nanoparticles Treated by Cold Atmospheric-Pressure Plasmas Improve the Dielectric Performance of Organic-Inorganic Nanocomposites
    chamber geometries by. imposing a dielectrophoresis (DEP) force on the beads. In cDEP the electrodes are not in. direct contact with the fluid sample but are instead capacitively coupled to the mixing. chamber through thin dielectric barriers, which eliminates many of the problems. encountered
  • A Microfluidic System for Biological Particle Enrichment Using Contactless Dielectrophoresis
    conductive. fluid to act as electrodes and provide the necessary electric. field. These reservoirs are placed adjacent to the main microfluidic. channel and are separated from the sample by a thin. barrier of a dielectric material as shown in Figure 1H. The. application of a high-frequency electric field
  • Relays: Principle of Operation for Engineers
    well the practical advantages of modern technology. Like their counterparts for fluid control, these apparently simple devices are much more sophisticated than they appear. For example, Ledex-BLP 200 relays use a contact configuration which solves a long-standing problem with high-current contactors
  • Designing Atmospheric-Pressure Plasma Sources for Surface Engineering of Nanomaterials
    electrode channels, containing a. high-conductive solution, are isolated from the sample. channel by thin insulating membranes [29, 30]. The geometry. of the fluid electrode channels as well as the sample channel,. which incorporates insulating barriers, creates the electric. field non-uniformities

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