Instrument Introduction:

HORIBA Scientific (Jobin Yvon Spectroscopy Technology) is a global leader in fluorescence spectroscopy instruments, providing a complete range of steady-state, transient, steady transient, and various coupling technology solutions.

With the help of mature FluoroLog ® Technology, Nanolog ® By adopting modular design, steady-state measurement and transient measurement (TCSPC technology) can be achieved. The system is equipped with an imaging spectrometer to achieve rapid measurement of infrared three-dimensional fluorescence.

NanoLog ® The series of instruments are specifically designed for cutting-edge research in nanotechnology and nanomaterials, NanoLog ® It can detect the near-infrared range of 800-1700nm, with optional multi-channel detectors of~2 μ m and single channel detectors of~3 μ m. It can also achieve UV visible fluorescence spectroscopy measurement. NanoSizer designed specifically for single-walled carbon nanotubes (SWNTs) ® Software that can calculate fluorescence resonance energy transfer (FRET) and carbon nanotube inner diameter distribution, and obtain complete two-dimensional spectra in microseconds and excitation emission three-dimensional fluorescence spectra in 1 second.

Optional attachments:

·Supercontinuum laser source

·Liquid nitrogen Dewar flask

·HPLC flow-through pool

·Fiber optic import bracket

·Multi core optical fiber

·Four position electromagnetic stirring temperature control sample holder

·Two electromagnetic stirring temperature control sample racks

·Single cell electromagnetic stirring temperature control sample rack

·Solid sample holder

·Integral ball

·Stay attached

·Microscope coupling components

·Porous Plate Reader

·Platinum sticker temperature control device

·External triggering device

·Automatic titration injection attachment

·1-5/50/250 μ L micro sample pool

·Cut off filter

·Polarizer attachment

·Low temperature accessories

Technical parameters:

·450W high-power continuous xenon lamp, covering the UV~NIR wavelength range

·Quickly obtain a full wavelength range excitation emission three-dimensional fluorescence map

·Symphony II InGaAs array detector: 800-1700nm; Specifications available: 256 × 1512 × 1 and 1024 × 1, with a single pixel size of 25 μ m; Noise level: 650e rms (liquid nitrogen refrigeration); Optional electric refrigeration; Optional extension range (1.1-2.2 μ m)

·IHR320 emission spectrometer: focal length=320mm; f/4.1； Linear dispersion=2.64nm/mm; Resolution=0.06nm; Fully software controlled three grating tower wheel (all measurements under the condition of grating line number 1200gr/mm)

·Solid state near-infrared detector, photomultiplier tube covering the full spectrum range of UV~NIR for lifetime determination, using time-dependent single photon counting technology to determine fluorescence lifetime range: 100ps~1ms (UV~NIR); Phosphorescence lifetime range: 1us~>10s (UV~NIR)

Main features:

·Obtain excitation emission three-dimensional spectrum within one second

·High sensitivity near-infrared InGaAs array detector

·Hyperspectral resolution

·Easy to implement qualitative and quantitative analysis of SWNTs

·Multiple detectors are available to meet the detection needs in the ultraviolet to near-infrared spectral range:

PMT is used for high sensitivity and time-resolved measurements

InGaAs array detector for rapid acquisition of NIR data

CCD array detector for rapid acquisition of UV Vis data

·Simultaneously analyze quantum dots

·Easy to implement energy transfer research

·Module design to meet the needs of different experiments