University of Texas at Austin
University of Texas at Austin
Cockrell School of Engineering
Center for Dynamics and Control of Materials
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Welcome

Welcome to the University of Texas at Austin FBS Online Portal. This site is designed to automate the use of our Core Facilities and to provide the best possible customer service.

Quick Info

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Our Core Facilities

To learn more about a particular facility or to request access, please click on a facility name below.

Center for Biomedical Research Support

  • DNA Sequencing Facility
  • Microscopy and Flow Cytometry Facility
  • Proteomics Facility
  • Shared Instrumentation Facility

Cockrell School of Engineering

  • Center for Dynamics and Control of Materials
  • Texas Materials Institute

University of Texas at Austin

  • Animal Resources Center
  • Biomedical Imaging Center

Main Contact Info

Bin Fang

2501 Speedway
EER 3.866 STOP C0803
Austin, TX 78712


BIN.FANG@AUSTIN.UTEXAS.EDU

(512) 232-2950

Remittance Contact Info

Mindy Maloney

2501 Speedway, STOP 7200
EER 3.804
Austin, TX 78712


mindy@utexas.edu

(512) 232-9696


This facility has not published any Products. Please check back.

The following Products and Services are available within our facility:

Instruments

Andor

Andor

-Adaptive Focus
-Quad grating turret & eXpressIDTM
-Dual input and dual outputs
-TruResTM spectral resolution enhancement

BI-200SM

BI-200SM

The Bl-200SM Research Goniometer System provides access to all of these studies with an automatic, modular and versatile system. It is a precision instrument designed for exacting scattering measurements.

Carbide Laser

Carbide Laser

-1030 nm Fundamental Output
-Up to 40 W output power
-60 kHz to 1000 kHz (amplified output)
-Built in pulse picker
-Computer controllable pulse duration 290 fs - 10 ps
-Option with oscillator output: (500 mW at 75 MHz, 1035 & 10 nm, < 100 fs)

Cobalt Laser

Cobalt Laser

-CW power up to 400 mW in a perfect beam
-Ultra-robust, hermetically sealed packages
-True fiber pigtailed option
-Low noise, <0.25 % rms

HIRO

HIRO

-515 nm, 343 nm, 257 nm, and 206 nm output
-Easy switching between active harmonics
-Simultaneous outputs available
-Integrated separation of the harmonics
-Flexible in -xing and easily customized

Montana

Montana

-Cold stage base temperature as low as 3.2 K, continuously adjustable up to room temperature
-Temperature stability < 0.010 K peak to peak fluctuations
-Sample vibration stability < 5 nm peak to peak
-Fully automated pump

NEASNOM

NEASNOM

Based on high-stability scanning-sample Atomic Force Microscope optimized for optical nanoscopy.
Optical focusing unit accepts visible, infrared and even terahertz illumination.

Orpheus

Orpheus

-315 nm 16000 nm tunable wavelength
-Single pulse 1 MHz repetition rate
-Up to 40 W pump power
-Up to 0.4 mJ pump energy (higher energy upon request)
-Automated wavelengths separation
-Integrated spectrometer

Rheometer

Rheometer

The Discovery Series Hybrid Rheometer (DHR) combines a patented advanced drag cup motor, a second generation magnetic bearing, force rebalance transducer (FRT), and the True Position Sensor (TPS) in a single-head Hybrid rheometer.

WLGenerator

WLGenerator

-Required input pulse energy: 2 uJ at 1030 nm
-Pulse repetition rate: up to 1 MHz
-Output spectral bandwidth: 500 nm, 960 nm, 1080 nm, 1200 nm
-Pulse duration broadening: output pulse will be chirped up to 500 fs (400 fs typical)

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BIN.FANG@AUSTIN.UTEXAS.EDU

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