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Supplier: MAXPRO Technologies, Inc.
Description: ventports are piped to a common vent connection. Applications Leak testing of pressure components Low pressure gas reclaim from storage bottles Gas charging accumulators Pressurizing gas cylinders and shock absorbers Breathing air systems for scuba and ?re department tanks
- Maximum Output Pressure: 3,000 to 15,000 psi
- Fluid Compatibility: Gas
- Technology Type: Pneumatic
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Supplier: Miller Electric Manufacturing Co.
Description: control the arc voltage while welding. Like MIG welding, a shielding gas (typically argon) is required.
- Output Current Range: 1 to 800 amps
- Output Power Capability: AC/DC Selectable
- Equipment Type: Complete System
- AC Input Voltage: Engine Driven Generator
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Supplier: Agilent Technologies - Vacuum Products
Description: pumping solution for the vacuum coating industry. Application-specific pumping solution designed for thin film deposition Optimized to work with very high flows of argon Capability to manage high gas flow, enabling operation in high-throughput applications with DN160 or 200 Rugged
- Ultimate Operating Vacuum: 0.0000000000750283824473074 torr
- Pumping Speed: 1,546.7824024012036 to 2,288.3904035524656 CFM
- Operating Temperature: 41 to 95 F
- Configuration: Individual Vacuum Pump
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Supplier: Agilent Technologies - Vacuum Products
Description: to manage high gas flow, enabling operation in high-throughput applications with DN250 Rugged design and highly efficient cooling system for continuous operation Pump gas purge protects pump bearings and allows seamless operation with system contaminants and particulates Low noise
- Ultimate Operating Vacuum: 0.00000000750283824473074 torr
- Pumping Speed: 4,025.872006249708 to 4,661.536007236504 CFM
- Operating Temperature: 41 to 95 F
- Configuration: Individual Vacuum Pump
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Supplier: Agilent Technologies - Vacuum Products
Description: installed in any position for simple operation with a reduced footprint Capability to manage high gas flow, enabling operation in high-throughput applications with DN250 Rugged design and highly efficient cooling system for continuous operation Pump gas purge protects pump bearings and
- Ultimate Operating Vacuum: 0.00000000750283824473074 torr
- Pumping Speed: 2,966.432004605048 to 3,390.208005262912 CFM
- Operating Temperature: 41 to 95 F
- Configuration: Individual Vacuum Pump
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INVESTIGATION OF GAS PRESSURE BUILDUP IN THERMOELECTRIC SNAP GENERATORS
During this period, the generator argon gas fill was changed 42 times (approxinaately 4 times/day), with each evacuation cycle lasting about 10 minutes.
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MULTI‐MISSION FIREPOWER, FLEXIBILITY
'Concentric' tube hot launch would allow the multi‐purpose MHLS to launch encanistered missiles, says the NSWC, and cold launch would be made possible by a Boosted Argon Hybrid gas generator based on COTS technology.
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Gas pre-ionization system for DECADE Module 2 PRS experiments
This work supports Plasma Radiation Source (PRS) experiments on the DECADE Module 2 (DM2) generator using argon gas puffs and long (5300 ns) current rise times.
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Using Nitrogen as a Shield Gas
But there are molecular sieve gas generators for Argon , CO2 and many others.
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SNAP-15A THERMOELECTRIC GENERATOR. Final Report, May 6, 1963--September 30, 1964.
By evacuating and refilling the generator with argon gas , it has been demonstrated that complete recovery of lost performance can be achieved in these cases.
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http://repository.kulib.kyoto-u.ac.jp/dspace/bitstream/2433/162214/2/D_Inui_Yoshitaka.pdf
the disk generator using argon gas are studied.
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European Experiments on 2-D Molten Core Concrete Interaction: HECLA and VULCANO
The plasma generator gases are argon and0or nitrogen plus, in some cases, corium fumes.
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Effect of Gas Density and the Number of Injector Holes on the Air Flow Surrounding Non-Evaporating Transient Diesel Sprays
The seed particles were blown into the spray chamber from a fluidized bed type seed particle generator by argon gas just before pressurizing the chamber.
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Wafer-level microstructuring of glassy carbon
To do so, the ions are extracted by current oscillations between parallel electrodes using a RF generator from argon gas located inside the discharged chamber.
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Lunar thermal emission measurements and related antenna considerations
argon - gas noise generator was injected into the antennalinesthroughavariableprecisionwhere: attenuator and directional coupler until the recorded signal from the ambient .