高分辨二级光栅研究级拉曼光谱仪

MMA Newsletter 09 Spring

Page 2: Inferring Depositional Processes and Tempos in Fine-Grained Deep-Water Sediments by X-ray Fluorescence Mapping Page 3: Transmission Raman spectroscopy Page 4: Using the FluoroMax® spectrofluorometer to determine water quality Page 5: Point Mutations of DNA Sequences

MMA Newsletter 08 Autumn

Page 2: Analysis of pollutants in tree bark pockets using micro- XRF Page 3: Confocal Raman Microspectroscopy as a spatially resolved probe for Microfluidics Page 4: TemPro: TCSPC Lifetime Fluorescence Everyone Can Afford Page 5: Identification of biomolecules captured by Surface Plasmon Resonance using MALDI mass spectrometry Page 6: Our forthcoming conferences and shows

MMA Newsletter 08 Winter

Page 2: Raman in the Photovoltaic World” Page 3: New Nanosizer® software yields more power for analyzing Single-Wall Carbon Nanotube (SWCNT) photoluminescence data. Page 4: The discovery of Van Gogh’s black cat in “Le Jardin de Daubigny” Page 5: Ready-to-use functionalized biochip for high throughput multiplex probes immobilization. Page 6: Off-axis illumination device for low frequency measurements

MMA Newsletter 07 Dec

Page 2: Tracking protein unfolding on the MF² Page 3: Polarized Raman spectromicroscopy of spider silk Page 4: Real time monitoring of protein-peptide interactions by Surface Plasmon Resonance Imaging Page 5: Micro-XRF analyses harmful elements in toys Page 6: SLICE: A new XRF methodology and library for sample identification and archiving Page 6: Our forthcoming conferences and shows

MMA Newsletter 07 Spring

Page 2: Raman Imaging of a Single Gallium Nitride Nanowire Page 3: MF²: A revolutionary product for measuring fluorescence dynamics Page 4: New 265 nm NanoLED reveals rotamers in phenylalanine Page 5: Forensic imaging of gun shot residue using fluorescence and XRF

MMA Newsletter 07 Summer

Page 2: Development of unique SWNT species synthesis methods using the NanoLog® Page 3: Single Point Analysis and Raman Mapping of Tablet Dosage Formulation as a Means for Detecting and Sourcing Counterfeit Pharmaceuticals Page 4: A New Dimension in Ultra High Temperature Raman Spectroscopy Page 5: Innovation in XRF with the XGT-7000 Page 6: FluoroMax®-4

MMA Newsletter 07 autumn

Page 2:Raman imaging at the speed of light Page 3:Detecting Conformational Rotamers with TCSPC Page 4:SPRi-Lab+ and SPRi-Plex: Label-free and real-time biomolecule interaction detection Page 5:Micro-XRF investigates bone healing Page 6:Innovative instrument for Fluorescence Dynamics wins R&D 100 Award Page 6:Our forthcoming conferences and shows

Raman Newsletter 06 Winter

Page 1-3: - Tip enhanced Raman spectroscopy Page 3: - Raman Spectroscopy reveals origins of ancient Ottoman pottery

Newsletter 2005 Spring

Page 1: - A comparison of Raman and EDXRF chemical imaging Page 2: - Raman Spectroscopy for Semiconductor Applications Page 4: - The LabRAM ARAMIS

Raman Newsletter 05Winter

Page 1： -Confocal Raman Microscopy for Cosmetic Applications Page 2： -Raman Spectroscopy for hair analysis Page 3： -In vitro and in vivo Raman studies of skin

HJY Raman Newsletter Autumn05

Page 1-3: - Concentration profile measurements in polymeric coatings during drying by means of Inverse-Micro-Raman- Spectroscopy (IMRS) Page 2: - LabRAM INV Page 4: - Raman Imaging Gallery - See us next at... - Contact details

Raman Update Autumn_2004

Jobin Yvon Raman Division introduces a new Raman Instrument: The LabRAM ARAMIS. Innovative Automation provides easy PC controlled operation for quality dependent applications for analytical and research applications without sacrificing on needed flexibility.