Photoluminescence between SWNTs is explained by invoking transfer of excitons via FRET between SWNTs within bundles. The HORIBA Jobin Yvon NanoLog® mo

Corrected emission spectra of carbon nanoparticles can provide excitation–emission matrices (EEMs) for a range of excitation wavelengths. Acquisitions

The NanoLog® is an indispensable tool for studying fluorescence lifetimes of samples whose luminescence is primarily in the near-IR, such as quantum d

The Spex ® FluoroMax ®-P spectrofluorometer with integral flash-lamp can perform time-gated spectroscopic separation of mixtures of chemical species.

Use of a HORIBA Jobin Yvon phosphorimeter, including gated delay of signal-acquisition, can reveal extra information, such as FRET, about the physical

Cyclodextrin-enhanced room-temperature phosphorescence (CD-RTP) shows promise as a sensitive analytical technique. Sample preparation is simple, data-

Photoluminescence between SWNTs is explained by invoking transfer of excitons via FRET between SWNTs within bundles. The HORIBA Jobin Yvon NanoLog® mo

If the region from 850 nm to 1010 nm is important to your work, then the R2658 is an indispensable detector. A water Raman spectrum with the R2658 yie

Professor Wai’s research is the first to show that synchronous scanning plus the second derivative can distinguish among four likely reduction product

With the use of this fiber-optic adaptor and the pinhole adaptor, many microscopic fluorescence measurements can be achieved. Most microscopes, includ

Particle size and composition can control quantum confinement. QDs may assist deep-tissue molecular imaging in living systems, because of their near-I

Near-IR spectra—including matrix scans—from single-wall carbon nanotubes are easily recorded and analyzed using the NanoLog® spectrofluorometer with o

PL and PLE spectra of a GaN sample at various temperatures.

A Fluorolog® spectrofluorometer, equipped with a 450-W xenon lamp, single-grating monochromators, and near-IR accessories (DSS-IGA020L InGaAs detector

The Fluorolog is a sensitive instrument for all fluorescence applications in the liquid or solid state. With its ability to add detectors easily, the

Water-Raman transitions are detectable across a large spectral range. Therefore, the Fluorolog ® demonstrates high sensitivity to fluorescence through

Besides providing insight into mechanisms of photosynthesis and a possible monitor of reef stability through bleaching, these spectra act as a catalog

Food science can benefit by the analytical information available from fluorescence.  Especially useful for agricultural and biological studies ar

FLUOROMAX®, with DATAMAX® software, allows the user to monitor wavelengthpairs to characterize processes in living cells and other biological systems.

The FLUOROLOG® system provides a quantitative assessment of tooth decay, via the FLUOROLOG®’s exclusive strong stray-light rejection, and ability to d