Equipment availability----上海光源（英文版）

Main equipment

Nicolet 6700 FTIR spectrometer, Continuμm infrared microscope, 32× infrared objective, 15× infrared objective, MCT detector, near-IR TEC InGaAs detector, DTGS detector, OMNIC software, Atlus, Series, micro-ATR,

Bruker Vertex 70V vacuum FTIR spectrometer, Hyperion II infrared microscope, 36× infrared objective, 15× infrared objective, OPUS software

Sample preparation equipments

The end station is equipped with diverse equipment such as frozen microtome, paraffin microtome, tablet press, stereomicroscope small centrifuge and other equipment to meet different sample preparation needs.

Accessories

Attenuated Total Reflectance (ATR), Horizonal Attenuated Total Reflectance (HATR) & Micro-ATR

ATR, HATR or Micro-ATR test can be performed for thin films, powders, liquids and irregular samples.
Link am FTIR600 Heating and Freezing Stage

Link am FTIR600 heating and freezing stage is equipped with infrared sample window:16× 0.5mm (BaF2), temperature range: -196-600 ℃.
in situ Temperature-Controlling System for Drawing

Maximum distance: 67mm, maximum force: 20N, drawing rate: 0.0001~0.5mm/s, temperature range: -180-200 ℃, can be used for drawing film and fiber.
Liquid Cells

The end station is equipped with conventional liquid cells (infrared window with different thickness) and an OmniCell liquid cell that can be injected in real time for testing solution samples. A stop-flow infrared liquid cell is compatible with Biologic's SFM2000 dynamic retention instrument, and can be used for rapid mixing dynamic experiments.
Diffuse Reflection (DRIFTS)

DRIFTS is mainly suitable for the test of powder samples with high sensitivity, the sample environment can be accurately controlled, and is suitable for the study of heterogeneous catalytic reaction mechanism and catalyst characterization.
Far-IR Bolometer Detector

The end station is equipped with a far-infrared bolometer detector and combined with a high spatial resolution infrared microscope enables far-infrared - terahertz spectroscopy and imaging studies.

BL01B