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Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M-TSP-1000 (M) -01R
Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M-Unisoku Co., Ltd.

Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M
Unisoku Co., Ltd.

Unisoku Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

28.1hours

Relatively Fast Response


About This Product

Laser flash photolysis system in nanosecond range

■What is laser flash photolysis method?

Laser flash photolysis is a method that tracks various high-speed reactions in nanoseconds to seconds induced by pulsed light using transient absorption and emission in the ultraviolet, visible, and near-infrared regions. Analyze various reaction mechanisms such as photoisomerization, triplet-triplet absorption, phosphorescence, electron transfer, charge separation, energy transfer, photolysis, and photoreaction cycles of materials and biomolecules, and analyze related substances and new materials. It is possible to evaluate and compare the characteristics of Our laser flash photolysis system is used in cutting-edge basic research and development fields such as photofunctional material development, complex chemistry, and biophysics, as well as energy and environment-related fields such as solar cells and photohydrogen generation. Masu.

■Features

・Equipped with a pseudo-logarithmic sampling mode that measures transient absorbance from 10 nanoseconds to 1 second in one shot for photomal measurements. ・Fully automated pulse generator for single wavelength/multichannel measurements ・Time-resolved spectral changes can be obtained with a single operation. ・Calculate reaction rate on the spot measured using wavelength-time axis conversion function and nonlinear least squares fitting function

■Application examples

・Analysis of solar cell devices ・Analysis of photohydrogen generation device ・Analysis of new metal complexes ・Analysis of organic EL materials ・Measurement of photochemical properties of organic photochromic molecules ・Analysis of visual substance light reaction cycle ・Observation of singlet oxygen emission ・Analysis and characterization of reaction mechanisms of artificial heme proteins and artificial blood ・Application to laser-induced temperature jump system

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    Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M

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1 Models of Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M

Image Part Number Price (excluding tax) Sample cell chamber Compatible cell Sample cell chamber temperature range Sample cell chamber temperature control Sample cell chamber optical filter Sample cell room Others Photometry section High voltage power supply Photometry section detector Photometer response speed Photometry section Digital oscilloscope Photometer control circuit Photometry section Others Connection light guide length Connection light guide end shape Connection light guide material Excitation light source repeat Excitation light source pulse width Excitation light source energy (TSP-1000M) Spectrometer MF200 type line dispersion Spectrometer MF200 type focal length Spectrometer MF200 type brightness Spectrometer MF200 type optical arrangement Spectrometer MF200 type slit width Monitor light source cooling method Monitor light source section Light intensity adjustment Monitor light source lamp Data processing unit control interface Data processing section software Data processing unit OS
Pico-nano-micro-millisecond spectroscopy system Nanosecond time-resolved spectrometer TSP-1000/TSP-1000M-Part Number-TSP-1000 (M) -01R

TSP-1000 (M) -01R

Available upon quote

10 mm square quartz cell (4 transparent sides)

5°C ~ 60°C

Constant temperature water circulation system

Can be inserted on the excitation side, light source side, and detection side

Stirrer and high-speed shutter can be installed

0 ~ 1100V variable

Photomultiplier tube (Photomultiplier)

5 ns or less

High voltage feedback circuit, sampling rate 1.25 GS/s Max, vertical sensitivity 1 mV/div ~ 10 V/div, time axis range 40 ns/div ~ 10 s/div

Wavelength sweep circuit

Pseudo-logarithmic sampling function with IMS/s, 14 bit A/D converter

1 m

Round or slit

Quartz optical fiber (transmission wavelength 200 ~ 1,000 nm)

10 Hz (single pulse operation possible)

4~6ns

25 mJ @ 532 nm, 8 mJ @ 355 nm

8.5nm/mm

200 mm

F/3.5

Czerny-Turner type diffraction grating specifications

0.1 mm, 0.2 mm, 0.5 mm

Natural air cooling type

With aperture function and filter insertion space

High stability 150 W Xe arc lamp

DIO (PCI), GPIB (PCI)

Adding average function, overwriting function, wavelength axis-time axis conversion, nonlinear least squares, fitting, data saving as text

Windows7 or later

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About Company Handling This Product

Response Rate

100.0%


Response Time

28.1hrs

  • Japan

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