|
|
| 1 RCA monochrome video camera |
|
| 1,000 Mbs network interfaces on all nodes |
| Description: 256 Gbs switch capacity in central switch (Foundy FastIron 800)
|
| 190 Gigabytes RAM190 Gigabytes RAM |
| Description:
2 Gigabytes per compute nodes/interactive/RAID servers
1 Gigabyte per SAN servers
|
| 193 Pentium Xeon processors |
| Description:
100 @ 2.667 GHz
93 @ 2.44 GHz
|
| 2 GHz Oscilloscope by Hewlett Packard |
|
| 4 PC based image analysis computers |
| Description: Each PC is equipped with scanners and printers and photoshop. They use Image Pro Plus, Optimus, Sigma Scan Pro, Metamorph and NIH Image and are available for use with both light and electron image applications.
|
| 72,984 Gigabytes secondary storage in 390 disks |
| Description:
6,000 GB per IDE RAID server (qty 10)
5,900 GB Fibre Channel RAID in SAN
7,000 GB in aggregated node disks
|
| 97 machines |
| Description:
81 compute nodes
10 IDE RAID servers
4 Storage Area Network (SAN) servers
2 interactive login nodes
|
 | ActiGraph |
| Description:
The ActiTrainer is ActiGraph's newest model accelerometer and the only device of its kind available today. The ActiTrainer features the same validated technology as the GT1M combined with heart rate monitoring capability and an OLED display window. When worn with the included Polar Wearlink T31, heart rate data is wirelessly transmitted to the ActiTrainer, where it can be viewed in real time and is stored along with activity data for further analysis. The ActiTrainer also offers users the ability to monitor other performance parameters such as caloric expenditure, steps taken, pace, distance and intensity level in real time.
|
| Additional Equipment |
| Description:
Darkrooms
Microtomes
Ultramicrotomes
Sputter coaters
Critical point drying
and other ancillary equipment |
| Agilent DC power supply |
|
| Agilent High Speed digitizing oscilloscope |
| Description: with 30Ghz optical module
|
 | AIR FLOW BENCH |
| Description: The 2000 CFM chamber is 30 inches in
diameter and approximately 8 feet in length. The standard flow range is
from 3 to 2000 CFM. The nozzle array is on a separate plate and is
sealed between the front and aft section with inflatable seals. The
front plate is also sealed with an inflatable seal. The motorized blast
gate is powered with 115VAC, 1 ph, 60Hz and is controlled with a hand
operated toggle switch. Limit switches control the extreme ends of the
travel to prevent overrun of the gate. The counter blower is connected
to the blast gate with a flexible duct. The 2000CFM chamber has a 5
horsepower motor and solid state speed controller. The power input is
208VAC, 3 ph, 50/60Hz.
|
 | Air-Cooled Portable Chiller by Advantage Engineering Inc. |
| Description:
Specifications: Model MK-15A Compressor Capacity: 15 ton Pump Flow Rate: 36 GPM Reservoir Capacity: 65 gallons |
| Ancillary equipment |
| Description:
32 KW Uninterruptible Power Supply
3 Console access servers
5 racks (42U)
|
| Animal Hyperbaric Chamber |
|
| Annealing Facilities |
| Description:
AG Associates RTA (Heatpulse 210)
AXIC Jet First Rapid Thermal Anneal
Minibrute furnaces
Tystar 8” furnace |
 | Arc-heated Wind Tunnel |
| Description:
The 1.6 MW Arc-Heated Wind Tunnel is used to produce supersonic streams of extremely hot gas. The high enthalpy, long duration capability of this facility compliments the capabilities of the other facilities at the ARC. The gas flowing through the arc heater is heated by a powerful electric arc to produce a gas stream with bulk temperatures ranging from 3000 to 5000 K. The facility is based on a Thermal Dynamics F-5000 arc heater, donated from the USAF Arnold Engineering Development Center, which is powered by a Halmar 1.6 MW DC power supply. In addition, the facility also consists of a nitrogen injection system, a cooling water system, a vacuum system, a probe traverse system and a facility monitoring and protection system. Work is presently underway to incorporate fuel gas and oxygen injection systems into the facility.The wind tunnel's bulk total enthalpy output ranges from 4000 to 5800 kJ/kg, which is controlled by adjustments in the power supply's output of current and the rate that gas is injected into the arc heater. The arc heater can be configured to produce a very peaked enthalpy distribution across the nozzle exit, which can give local total enthalpies roughly twice the bulk average level. Facility operations have demonstrated mass flow rates from 0.07–0.18 kg/s. The corresponding maximum run duration is 90–200 s. The maximum operating pressure for the arc heater is 20 atmospheres. A compressed air driven ejector pump provides vacuum conditions in the test section vessel during test runs. The ejector pump has produced test section pressures as low as 4.5 kPa (0.65 psia) without the arc heater running. A mechanical vacuum pump is available to provide a high initial vacuum in the facility's 4.25 m3 vacuum tank. The vacuum capability of the facility enables the use of high expansion ratio nozzles with the arc heater. A programmable, 3-axis traverse system allows probe surveys to be performed within a space of 20 cm wide, 23 cm long and 30 cm deep (8 x 9 x 12 in.). This system can be used to mount models or test articles as well.
|
 | Autoflex MALDI-TOF Mass Spectrometer (Bruker Daltonics) |
| Description: Components:
Bruker Autoflex Matrix-Assisted Laser Desorption/Ionization - Time-of-Flight Mass Spectrometer (2001)
Capabilities and Performance:
Linear- and reflectron-mode mass analysis.
UV Nitrogen laser
Delayed extraction
Capable of detecting small molecules in reflectron mode with a standard detector
Capable of detecting high molecular weight molecules up to ~60,000 Da (tested) with a integrated high mass detector in linear mode.
Medium resolution single time-of-flight mass analyzer (R ~ 1000 - 2000)
Standard multi-well sample plates
Applications:
Protein and peptide analysis
Lipid analysis
Hydrocarbon analysis (using a non-typical matrix)
Synthetic polymer analysis
Typical analysis performed at the uM (micromolar) concentration range, depending on sample type
|
| Autoflex MALDI-TOF Mass Spectrometer (Bruker Daltonics) |
| Description: Components:
Bruker Autoflex Matrix-Assisted Laser Desorption/Ionization - Time-of-Flight Mass Spectrometer (2001)
Capabilities and Performance:
Linear- and reflectron-mode mass analysis.
UV Nitrogen laser
Delayed extraction
Capable of detecting small molecules in reflectron mode with a standard detector
Capable of detecting high molecular weight molecules up to ~60,000 Da (tested) with a integrated high mass detector in linear mode.
Medium resolution single time-of-flight mass analyzer (R ~ 1000 - 2000)
Standard multi-well sample plates
Applications:
Protein and peptide analysis
Lipid analysis
Hydrocarbon analysis (using a non-typical matrix)
Synthetic polymer analysis
Typical analysis performed at the uM (micromolar) concentration range, depending on sample type
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