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Supplier: Agilent Technologies - Vacuum Products
Description: The Agilent Ion CombiNEG 150-1000 and 150-2000 pumps integrate high-capacity D1000 or D2000 non-evaporable getter cartridges inside the 150 L/s VacIon pump. The StarCell or diode ion pump provides high pumping speed for argon and other residual
- Application: Analytical / Scientific, Medical / Laboratory, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump, Combination / Multi-Technology Pump
- High Vacuum / UHV Pump Technology: Ion, Getter / TSP / NEG Sorption
- Pumping Speed: 265 CFM
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Supplier: Agilent Technologies - Vacuum Products
Description: The Agilent Ion CombiNEG 40-400 integrates the high-capacity D400-2 non-evaporable cartridge inside the 40 L/s VacIon pump. The NEG cartridge provides extra pumping speed for active gases (up to 400 L/s hydrogen) and the StarCell ion pump provides high
- Application: Analytical / Scientific, Medical / Laboratory, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump, Combination / Multi-Technology Pump
- High Vacuum / UHV Pump Technology: Ion, Getter / TSP / NEG Sorption
- Pumping Speed: 82.64 CFM
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Supplier: Agilent Technologies - Vacuum Products
Description: The CombiTSP 150 integrates the VacIon 150 L/s pump, TSP cartridge, and TSP cryopanel to increase pumping speed in the same footprint. The gettering properties of the TSP cartridge deliver faster pump down to ultrahigh and extreme high vacuum (UHV/XHV) enabling lower
- Application: Analytical / Scientific, Medical / Laboratory, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump, Combination / Multi-Technology Pump
- High Vacuum / UHV Pump Technology: Ion, Getter / TSP / NEG Sorption
- Pumping Speed: 1293 to 2924 CFM
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Supplier: Agilent Technologies - Vacuum Products
Description: The CombiTSP 500 integrates the VacIon 500 L/s pump, TSP cartridge, and TSP cryopanel to increase pumping speed in the same footprint. The gettering properties of the TSP cartridge deliver faster pump down to ultra high and extreme high vacuum (UHV/XHV) enabling lower
- Application: Analytical / Scientific, Medical / Laboratory, Semiconductor Manufacturing
- Configuration: Individual Vacuum Pump, Combination / Multi-Technology Pump
- High Vacuum / UHV Pump Technology: Ion, Getter / TSP / NEG Sorption
- Pumping Speed: 1865 to 4089 CFM
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Supplier: PTB Sales, Inc.
Description: These sputter ion pumps are sold cleaned-tested or rebuilt. The Varian VacIon includes Diode, Triode, Noble Diode and StarCell pumps. Also included are non-evaporable getter (NEG) or titanium sublimation combination pumps (TSP). We also offer repair service.
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Supplier: PTB Sales, Inc.
Description: These sputter ion pumps are sold cleaned-tested or rebuilt. The Varian VacIon includes Diode, Triode, Noble Diode and StarCell pumps. Also included are non-evaporable getter (NEG) or titanium sublimation combination pumps (TSP). We also offer repair service.
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Supplier: PTB Sales, Inc.
Description: These sputter ion pumps are sold cleaned-tested or rebuilt. The Varian VacIon includes Diode, Triode, Noble Diode and StarCell pumps. Also included are non-evaporable getter (NEG) or titanium sublimation combination pumps (TSP). We also offer repair service.
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Supplier: CSA Group
Description: (SI), but also how calibrated parameters can be frequently checked and maintained in situ. By their physical principle, quadrupole mass spectrometers need high vacuum within the instrument. By reducing dimensions or by special ion sources combined with differential pumping the
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Agilent Vaclon Plus family offers the most advanced and valuable solution to any ion pumping requirement. Get (read more)
Browse High Vacuum Pumps Datasheets for Agilent Technologies - Vacuum Products -
Agilent Vacuum has been supporting scientific inquiry enabled by ultrahigh & extreme high vacuum for many decades. As the successor to Varian, which invented the ion getter pump that made UHV possible, Agilent remains committed to supporting physics exploration (read more)
Browse High Vacuum Pumps Datasheets for Agilent Technologies - Vacuum Products -
You need it when you need it. We'll end the struggle to find the vacuum and leak test equipment you need to support your critical process or research. Dry scroll, turbo, and ion pumps, as well as helium leak detectors are available when you need them. Visit our site to find what you need, or Chat live with a vacuum expert to get help fast. (read more)
Browse Vacuum Pumps and Vacuum Generators Datasheets for Agilent Technologies - Vacuum Products -
temperature regulation. In an electric vehicle the water pump does three primary functions: Battery Cooling: The main purpose of the water pump in an EV is to cool the high-voltage battery pack. EVs rely on large lithium-ion batteries to store (read more)
Browse Water Pumps Datasheets for Chief Enterprises LLC -
referred to as increasing the mean free path of particles in the vacuum, usually electrons or other ions. While it might not (read more)
Browse High Vacuum Pumps Datasheets for Leybold USA Inc. -
Interested in learning the basics of working with turbomolecular vacuum pumps? Need useful tips to get the most out of your turbo pump through its special functions? Check out the (read more)
Browse High Vacuum Pumps Datasheets for Agilent Technologies - Vacuum Products -
GET ASME LEARNING & DEVELOPMENT'S OFFICIAL GD&T GUIDE Building consistent GD&T knowledge across departments is essential for (read more)
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GET ASME LEARNING & DEVELOPMENT’S AUTOMOTIVE GD&T GUIDE (read more)
Browse Datasheets for ASME Learning & Development -
The new "Vacuum & Leak Detection Reference Guide" allows you to keep important properties and terms at your fingertips. These include formulas and tables, vacuum technology graphic symbols and glossary. Want to talk with a vacuum expert? Visit our vacuum products or services sites for a wealth of technical information. Or use the ChatNow function from any page to get fast, helpful answers to all your vacuum questions. (read more)
Browse High Vacuum Pumps Datasheets for Agilent Technologies - Vacuum Products -
Protective gas prevents electrical flashover High voltage can result in an electric short circuit made through the air, even without direct contact. Gas-insulated switch panels prevent this undesired effect. Using vacuum pumps that are very often manufactured (read more)
Browse Mechanical Vacuum Pumps and Systems Datasheets for Busch Vacuum Solutions
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Connecting LEDs: Serial vs. Parallel
parallel connected LEDs get their power from regulated switched-capacitor (charge pump) devices.
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MSilica Nanoparticles Treated by Cold Atmospheric-Pressure Plasmas Improve the Dielectric Performance of Organic-Inorganic Nanocomposites
with the design. Then the exposed photoresist was removed using Potassium-based. buffered developer AZ 400K (AZ Electronic. Materials, Somerville, NJ, USA). Deep Reactive Ion Etching. (DRIE) was used to etch the silicon master stamp to a depth. of 50 mm. The scalloping effect, which is unfavorable
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Development of a palm portable mass spectrometer
Ion getter pumps and cryogenic pumps have the advantage that they can operate without a forestage roughing pump.
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Vacuum Technology
Munro and Tom (1965) [2-36] presented an article, “Speed measuring of ion getter pumps by the ‘three-gauge’ method.” .
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The high vacuum system of the CERN on 450 GeV Super‐Protonen‐Synchrotron and storage ring (SPS)
In the normal periods of the machine, small ion getter pumps were installed imAbstand of 13 m and prevacuum pumping stand ungefahr m all 140.
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Physics of Surfaces and Interfaces
These are now completely replaced by turbo-molecular pumps or ion getter pumps .
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SEM sentinel-SEM performance measurement system
The design of the SEM provided break out points for the ion getter pump signals.
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Sputter ion pump for XHV applications A new of generation of getter‐coated
A novel concept of an ion getter pump is presented.
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SNEAP 78: symposium of Northeastern accelerator personnel
with a fore pump and three ion getter pumps .
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Influence of adsorbed gases on prebreakdown currents in vacuum
To obtain a low pressure and a clean vacuum system it is usual to pump with an ion getter pump .
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The vacuum upgrade of the CERN PS and PS booster
Besides the high pressure the bad influence on the beam of the heavy hydrocarbon molecules was detected and in the late 60ties the change to Ion Getter Pumps was made.
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Status of the 1 MW, CW gyrotrons for the stellarator W7-X
… is radiated through the windows (diamond window and relief window), half of which is captured inside the gyrotron (about 1.5% of the Fig. 1: View into the mirror box: one of the four intemal ion getter pumps (left) and infrared meas …