Time-resolved absorption spectrum analysis system Measure the transient absorption spectrum in extremely short time ! Analysis of the formation and decay process of a reactive intermediate in a photoreaction in solutions, solids, membranes, etc are possible.

Measure the transient absorption spectrum in extremely short time in a high dynamic range with high S/N. The time-resolved absorption spectrum analysis system is a device to perform transient absorption spectrum measurements in extremely short time. This system enables to analyze the formation and decay process of a reactive intermediate in a photoreaction in solutions, solids, membranes, etc are possible. By using the streak camera as the detector and performing multiple-wavelengths time-resolved measurements with a single shot, time-resolved absorption spectra and transient absorption time-resolved...

General performance Nanosecond Q-SW YAG laser Temporal resolution Xe lamp Break down Measurement time range White light source Picosecond mode-lock YAG laser Measurement OD value Simultaneous observation wavelength width (W) and wavelength resolution (∆λ) Measurement wavelength range Number of channels 0.005 (for single shot, 0.02 or less) 100 gr/mm: W= 510 nm, ∆λ<3.0 nm 150 gr/mm: W= 340 nm, ∆λ<2.0 nm 300 gr/mm: W= 170 nm, ∆λ<1.0 nm 600 gr/mm: W= 85 nm, ∆λ<0.5 nm 250 nm to 750 nm Time axis: 1016 ch Wavelength axis: 1344 ch Functions The time-resolved absorption spectrum analyzing system is composed...

Operating principle Using a streak camera as the detector Sweep electrodes (electrons are swept in the direction from top to bottom) Sweep circuit Trigger signal Image intensifier Streak image on phosphor screen Lenses Light intensity Time Slit Space Phosphor screen MCP (electrons light) (which multiplies Accelerating electrons) The intensity of the incident light can be read from the brightness electrode of the phosphor screen, and the Streak tube (accelerates the electron) time and space from the position of the phosphor screen. Photocathode (photons electrons) Fig. 1 Operating principle of...

Measurement example Measurement of transient absorption time-resolved spectrum -1 Time-resolved transient absorption spectral streak image of the triplet-triplet absorption of anthracene in supercritical carbon dioxide (40 ˚C, 10.9 MPa) Data courtesy of: National Institute of Advanced Industrial Science and Technology Supercritical Fluid Research Center (Sendai City, Japan) Researcher: Dr. Takafumi Aizawa Triplet-triplet absorption spectral of anthracene in supercritical carbone dioxide (40 ˚C, 10.9 MPa) Pressure dependency of the molar extinction coefficient of triplet anthracene (40 ˚C) Time-resolved...

Specifications High dynamic range streak camera C13410-01A The streak camera is an ultra high-speed detector with 5 ps temporal resolution. By combining with the spectrograph, transient absorption spectrums can be measured using with a single shot because multiple wavelengths can be observed simultaneously. The spectrograph is ideally suited for combination with the streak camera. Since an optical system that corrects for astigmatism is used, the light condensing efficiency at the detector is high and high-sensitivity measurements are possible. Streak tube Photocathode Spectral response Effective...

Optics for transient absorption measurement C13406-11 The optics for transient absorption measurement contains 3 kinds of optics: a white light input optics, an excitation optics, and 2 optical laser shutters. Measurements can be performed accurately in the 250 nm to 750 nm measurement wavelength range. Excitation optics is composed of 2 YAG laser mirrors with wavelength 266 nm, 355 nm, and 532 nm respectively. Measurement wavelength range 10 mm cell holder, 2 mm cell holder, Thin film sample holder Rotating solenoid, 2 heads (1 for pump light / 1 for probe light) Supported camera Component Dielectric...

Dimensional outlines High dynamic range streak camera C13410-01A (Approx. 26 kg Main unit only) 40.5 ORCA®-Flash4.0 V3 Digital CMOS camera C13440-20CU (Approx. 2.2 kg) Optics for transient absorption measurement C13406-11 (Approx. 18 kg) ORCA is registered a trademark of Hamamatsu Photonics K.K. (China, France, Germany, Japan, U.K., U.S.A.) Windows is registered trademark of Microsoft Corporation in the U.S.A. Product and software package names noted in this documentation are trademarks or registered trademarks of their respective manufacturers. The university, institute, or company name of the...