Supplier: U.S. Plastic Corporation
Description: The 32" X 38" bag is perfect for flat panel T.Vs (26" shown in picture), computer, monitors and all accessories. This Faraday bag features an outstanding 38-pound puncture resistance. The multiple layer construction provides full protection against ESD, EMI/RFI and tribocharging. Electrical
- Type: Bag / Sack
Supplier: SWAN Analytical USA, INC.
Description: High precision monitor with three electrode Oxytrace G sensor for the continuous measurement of trace levels of dissolved oxygen in high purity water. Integrated auto verification with faraday electrode setup. Features Range: 0-20 ppm or 0-200 % saturation (at 25°C). Automatic air pressure
- Dissolved O2 Range: 0.0100 to 20 ppm
- Accuracy: 2.00E-4 ppm
- Mounting / Environment: Panel
- Display Type: Digital Display
Supplier: Aitech Defense Systems, Inc.
Description: Conduction-Cooled; Externally Forced Air-Cooled with Integral Temperature Controlled Fan Unit Fully Sealed Faraday Cage and Complete EMI/RFI Power Line Filtering Multi-Output Integral 28Vdc Input Power Supply Backplane I2C Temperature Sensors, Voltage Monitors, and Electronic ETR Customization Options: Front
Supplier: MKS Instruments, Inc.
Description: The Resist-Torr® modules consider manydifferent parameters of the degas step and combine that data to provideinformation in the form of a meaningful number, without the need foruser-interpretation. This measurement, termed the PR Index®, is ameasure of photoresist contamination that can be
- Mass Analyzer Design: Quadrupole
- Ionization Method: Electron Impact Ionization (EI)
- Detector Type: Electron Multiplier Tube (EMT), Faraday Cup
- Computer Interface: Yes
Supplier: MKS Instruments, Inc.
Description: The Spectra Products Vision 1000-C isdesigned to track levels of various gas species during chamber clean,passivation sequences, and deposition steps for various CVD processes,including: Titanium nitride (from TDMAT) Tantalum oxide (from tantalum precursor) Copper (from CupraSelect®) HDP of
- Mass Range: 1 to 200 (amu)
- Smallest Detectable Partial Pressure: 2.00E-11 psi
- Resolution: 10 (% Valley)
- Mass Stability: 0.1000 (+/- amu)
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Advanced optimization and process control of plasma doping apparatus
In Section 4, we de- scribe the method of dose and repeatability control using the closed loop Faraday monitoring system.
� b) potassium ampule, c) spin-cell (oven not shown), d) target cell, e) blank gasket apertures, f) permanent sextupole magnet, g) chopper, h) quadrupole mass analyzer, i) 0.1T holding field coils, j) laser beam for Faraday monitor , k) 3W Ti:Sapphire �
Development of Nb/Al-AlN/NbTiN SIS Junctions With ICP Nitridation
Plans for in-situ Faraday monitoring of the energy and current density of the ICP nitridation plasma will also be discussed.
Development of a High Sensitivity Faraday Rotation Spectrometer for Nitric Oxide Monitoring Faraday Rotation Spectroscopic Sensing of Oxygen using Static Magnetic Fields and Balanced Photodetection .
COLLISIONAL PRODUCTION AND LOSS OF 1- TO 42-keV/NUCLEON X$sup 1$$Sigma$/sub g/$sup +$ AND c$sup 3$PI/sub u/ HYDROGEN MOLECULES, AND APPLICATION TO CONTROLLED N...
lation of charge at the monitor Faraday cup for several target .
Beam noise as a tuning aid for low energy ion beams
Measurements of beam noise are made by monitoring faraday beam current.
East?west plasma bubble irregularity motion determined from spaced VHF polarimeters: Implications on velocity shear in the zonal F region bulk plasma motion
VHF electronic polarimeters were used to monitor Faraday rotation angle and amplitude of geostationary satellite (GOES 3) beacon signals, simultaneously at two stations, Cachoeira Paulista (22�41'S, 45�W) and S�o Jos� dos Campos (23�12'S, 45�55'W), separated by 110 km exactly in the magnetic �
Calibrating High-Precision Faraday Rotation Measurements for LOFAR and
the Next Generation of Low-Frequency Radio Telescopes
Monitoring Faraday rotation variations over time also yields insights into the polarization modes of pulsar emission and ISM magnetic field variations (Weisberg et al. 2004, e.g.,).
Sector 0 nomenclature
Mali gap monitor Faraday cup Hall bean stopper .
Measurements of the long-lived radionuclides in environmental samples by accelerator mass spectrometry
The radioisotope ions (Ir+) are counted with the detector while the positive monitor ion beam (Im+), produced from the negative ion specie of the stable isotope, is measured with a monitor Faraday cup.
Nitride and carbonitride layers of titanium formed under high energy ion irradiation
� for reactive ion beam assisted deposition where a is the ion source for generation of nitrogen beam; b, the ion source shutter; c, the electron beam evaporator; d, the atom beam shutter; e, the ion beam monitor ( Faraday cup); f, the condensation �
Absolute elastic and inelastic electron scattering cross sections for xenon in the 15-100 eV impact-energy region
Perspective view of the scatteringcell used for the inelastic measurementn:C, cathode; MC, monochromator: LS, electrostaticlens system; PFC, Faraday cup for the primary electrons; MFC monitoring Faraday cups; A, analyser;SFC, Faraday cup for the scattered electrons;BB, ball bearing. .
Transport studies for the spiral line induction accelerator
The beam current (700 A) is measured with a resistively monitored Faraday cup with an integrated four-probe B-dot array mounted between beam pipe segments.
Post-accelerator issues at the IsoSpin Laboratory
Emittance Monitor Faraday Cup 1 .
APT accelerator. Topical report
Beamloss Monitor B a n Power Specrum Analyzzr Capacitive 3 m Probe cup Beam Current Monitor Faraday Cup Microsmp Beam Probe Pul& Beam C w m Monitor P .