• Sun SPARC Host Workstation with Solaris 7 &2.6
• VNMR Software 6.1C
• 20 GB System Disk, 256 RAM, CD ROM SCSI Drive
• Dual Fullband RF system, Broadband Third and Fourth RF Channel
• High Performance Waveform Generator INOVA
• Deuterium Automation Module
• Performa II Pulsed Field Gradient Module
• Preconditioning VT Unit ,Variable Temperature Unit
• 5 mm PFG triple resonance 1H{13C/ 15N} Z-Axis Gradient Probe
• 5 mm PFG Penta Probe 1H{13C/15N/31P} Z- Axis Gradient Probe
• HP LaserJet 2200d printer/plotter

• SGI INDY Host Workstation
• XWINNMR Software
• 2 GB System Disk, External 2 GB Digital Audio SCSI Tape Drive, CD ROM SCSI Drive
• Three Frequency Channels with Wave Form Memory and Amplitude Shaping Unit
• Three Channel Gradient Control Unit (GRASP III)
• Variable Temperature Unity, Pre-Cooling and Temperature Stabilization Unit
• 5 mm ID 3 Channel Tripl-Axis Gradient Probe (¹H/¹³C/BB;¹⁰⁹Ag-³¹P; IDTXG500-5B, Nalorac)
• 5 mm ID ¹H/BB (¹⁰⁹Ag-³¹P) Triple Axis Gradient Probe (ID500-5EB, Nalorac)
• 10 mm BB (¹⁰⁹Ag, ¹⁵N-³¹P) Z-axis Gradient Probe (BB500-10EB, Nalorac)
• 5 mm ¹H/¹⁹F Probe (Bruker)
• 5 mm ¹H/¹³C Probe (Bruker)
• HP LaserJest 6L printer

• Sun SPARC Host Workstation with Solaris 7 &2.6
• VNMR Software 6.1
• 20 GB System Disk, 256 RAM, CD ROM SCSI Drive
• Dual Fullband RF system
• Performa I Pulsed Field Gradient Module
• Variable Temperature Unit (-80C to +130C)
• 5 mm PFG gradient 4-nuclei probe (1H/19F/13C/31P
• HP LaserJet 2100d printer/plotter

• Sun SPARC Host Workstation with Solaris 7 &2.6
• VNMR Software 6.1
• 20 GB System Disk, 256 RAM, CD ROM SCSI Drive
• Dual Fullband RF system
• Performa I Pulsed Field Gradient Module
• Variable Temperature Unit (-80C to +130C)
• 5 mm PFG gradient 4-nuclei probe (1H/19F/13C/31P
• HP LaserJet 2100d printer/plotter

• Tutorial
• Sun 3/160 based computer with an Array Processor
• GE-Omega 6.0 Software
• 300 MB Disk drive
• Variable Temperature Unit
• 10 mm broad band (³¹P ~ ¹⁰⁹Ag) probe
• 5 mm dual (¹³C and ¹H) probe
• LaserWriterII NT printer

• Software Release 6.3 E
• 5 mm 4N (¹H, ¹³C, ¹⁹F, and ³¹P) probe
• Lexmark Optra Color 45 plotter

• 5 mm (¹H and ¹³C) probe
• HP 7550 Plus Plotter

Solid-State Spectrometers:

Bruker DSX 300 MHz  Solid-State Spectrometer (2001) / Bruker Wide Bore Magnet
• Not available for service work
• NT Workstation
• XWINNMR Software 2.6
• 15 GB System Disk, CD ROM SCSI Drive
• Three Frequency Channels with Wave Form Memory and Amplitude Shaping Unit
• Variable Temperature Unit
• Two High Power 1 KW Amplifiers
• 7 mm CPMAS Bruker Probe (¹H/X/Y)
• 4 mm CPMAS Bruker Probe (¹H/X/Y)
• HP LaserJet 1100 printer

Chemagnetics CMC200S 200 MHz Solid-State Spectrometer (1987) / Chemagnetics Wide Bore Magnet
• ¹H at 200 MHz, X-nucleus from 20 to 80 MHz (including ³¹P ¹³C, ²⁹Si, ¹⁵N)
• CPMAS probe with large and small volume spinner systems
• Sun SparcStation-Phoenix Acquisition Package Upgrade

Moving 300 MHz wide bore magnet - at field

SPARC 5: Available for long-term data storage. Large memory sizes are available. Fees are charged for large data storage areas.
For a locker to be assigned, the following information must be submitted to Hanna Gracz hanna_gracz@ncsu.edu: Name, PI, Department, Phone, email address, Unity Account, Desired Locker Name(if not Unity Account Name), Additional amount of locker space requested (available in blocks of 100Mb).

• SGI INDY data station with XWINNMR 2.6 Software
• SPARC IPC data station with GE-Omega 6.0 Software
• Three PC Gateway 200 Workstations
• Dell XPS T550 PC computer
• One Toshiba laptop PC computer

The NMR Facility has the capability of using the following data storage media:
• Writable CD's
• 4mm Tape (2 GB)

Data Processing and Chemical Shift Assignment Software:
The NMR Facility supports two, third party NMR software packages, ACD-NMR and NUTS. Support from the NMR Facility includes maintaining current versions, training researchers in the use of the software, and assisting faculty in using the software for courses, course problem sets and exams.

ACD-NMR - calculates the ¹³C and ¹H NMR spectrum for drawn organic structure(s). For the calculation of chemical shifts and coupling constants, the program utilizes an internal database with experimentally determined chemical shifts and an algorithm based on intramolecular interaction parameters using structural fragments. This program is used by faculty, researchers, and students to assist in the analysis of NMR data of pure and mixed samples and as a learning tool in courses incorporating spectroscopy methods of structural analysis.

NUTS - routine processing of a large variety of file types generated by diverse instruments available in the NMR Facility (six NMR vendors are represented in the NCSU Facility). While access to the data is good as a result of the Facility’s data server, access to the two software packages is severely limited in that they are only in the NMR Facility main location. Additional licenses for the software are required to increase the access of these two software programs from other locations on campus. This will greatly increase the availability of the software to students in the teaching laboratory, and researchers in the Departments of Chemistry, Biochemistry, Chemical Engineering, Textile Engineering, and Material Sciences.