53 International Workshop for Scanning Probe Microscopy for Energy Applications
The Max Planck Institute for Polymer Research (MPI-P) and Asylum Research are co-organising the second International Workshop for Scanning Probe Microscopy for Energy Applications, to be held at the MPI-P in Mainz, Germany from June 8-10, 2011. Following the highly successful first conference with well over 100 attendees at the Oak Ridge National Laboratory in 2010, this second workshop will focus on sharing new and innovative research involving characterisation of the microscopic mechanisms underpinning solar cell, battery, and fuel cell operations, and materials used for alternative energy applications at the nanometer to micron range. Recent advances/techniques in SPM/AFM used to characterised energy relevant materials and systems will also be addressed. The three-day meeting will include invited/contributed talks and a poster session. Equipment labs and tutorials will be held on the last day for demonstration of recently-developed dynamic and multi- spectral SPM modes using Asylum Research’s Cypher™ and MFP-3D™ SPM/AFMs. Abstracts are now being accepted for contributed talks and a poster session.
Rüdiger Berger of Max Planck Institute for Polymer Research commented: “I am happy that we can host the second International Workshop on Scanning Probe Microscopy for Energy Applications at the Max Planck Institute for Polymer Research. Green energy is one of the most important current issues and we need multidisciplinary teamwork in this area to identify the best strategies. Surfaces and interfaces play a crucial role in solar cell devices and batteries. We are proud to bring together scientists from all over the world to discuss recent findings and to discuss ways to accelerate the development of green energy technologies.”
“Energy generation, storage, and conversion systems are an integral component of emerging green technologies, including solar power, automotive, and storage components of solar and wind energy economics. The microscopic mechanisms underpinning solar cell, battery and fuel cell operations in the nano¬meter to micron range are currently not well understood. This workshop is designed to bring together leading scientists in these energy applications of SPM/AFM to share their research and spur additional work to advance the field,” added Roger Proksch, President of Asylum Research.
Circle no. 194
A New Paradigm in Ergonomic Research Visualisation, Imaging and Documentation
Optronics has released the VITOM HD System - a new paradigm in extracorporeal visualisation designed for research and experimental microsurgery and micro-dissection. The VITOM HD System is a Karl Storz optical instrument coupled with a 1080p full high definition camera system that creates an elegant yet sophisticated ergonomic high definition research visualisation system designed for many research applications that are traditionally performed using other means of visualisation. The precision crafted optics of the Karl Storz VITOM System incorporates the world-renowned HOPKINS®
II rod-lens system. This
system uses a combination of rod lenses with multi-layered anti-reflective coatings and integrated fibre optics that create an unsurpassed viewing experience through efficient light transmission. The optical design increases working distance to 25cm-60cm and depth of field up to 6cm, which surpasses traditional surgical and stereo microscopes.
Traditional micro-dissection or experimental surgical procedures require the investigator to use the oculars of a stereo or surgical microscope for visualisation. The VITOM HD System uses full 1920x1080 imaging technology to create an immersive visualisation, documentation and teaching experience improving the workflow throughout laboratory environments.
VITOM HD is meticulously crafted using stainless steel components that are corrosion resistant and autoklavable for sterile applications. The elegant lightweight design with integrated fibre optic illumination makes the instrument highly maneuverable and user friendly. “It’s a microscopic design incorporating endoscopic technology with all of the benefits associated with infinite visualisation angles not found using a traditional microscope it’s an ergonomically correct user friendly system,” stated Norbert Schuster, Marketing Manager for the VITOM HD System. The VITOM HD System is compatible with the Karl Storz H3Z HD camera or the Optronics Microcast HD line of research digital microscope cameras incorporating fixed focal length or zoom optics. A comprehensive line of imaging accessories that range from 300watt xenon illuminators to HD recording appliances are available from Optronics.
Circle no. 195
Gel Doc System Used to Safely and Rapidly Analyse DNA
Syngene is proud to announce a Syngene gel documentation system is being used at the Massachusetts Institute of Technology (MIT) in the USA to image gels quickly and safely.
Researchers in the Department of Biological Engineering at MIT are regularly using a Syngene gel documentation system to accurately visualise, quantify and record images of DNA on 1D agarose gels fluorescently stained with SYBR® Safe from Invitrogen.
Dr Natalie Kuldell, an Instructor in the Department of Biological Engineering, commented: “We wanted to be able to visualise gels stained with SYBR Safe because it is less hazardous than Ethidium bromide, as well as record the results. To do this we needed imaging equipment which was more advanced than the Polaroid camera we were using so in 2008 we installed a Syngene gel doc system.”
Dr Kuldell continued: “We now use the Syngene imager regularly to teach our students how to visualise and quantify DNA. They love it because they can set up and produce an image of their gels very quickly. Students can also conveniently upload their images to the web, which means we can compare results from year to year. I would recommend a Syngene gel doc system for use by students as it is robust and easy to use.”
Paula Maia, Syngene’s Product Specialist, stated: “We are delighted to hear students at the MIT are utilising our gel documentation system to safely analyse their DNA.
The findings of staff at the MIT that a Syngene system is simple to set up and can withstand a great deal of use, is an excellent testament to how well designed Syngene equipment is. Universities or academic institutes looking for a cost-effective and student-friendly gel documentation system should take a look at Syngene.”
Circle no. 197
Next Generation Of Desktop Scanning Electron Microscopes
When first launched in 2006, the Phenom™ desktop scanning electron microscope (SEM) caused a stir with its 30-second load time, superb image quality and easy to use touch screen user interface. Phenom-World has built on that success and has launched the second generation of desktop SEMs - the Phenom G2 pro and the Phenom G2 pure.
The Phenom G2 pro is the most powerful desktop SEM available providing an unsurpassed 45,000x magnification, whilst retaining the super-fast load times and ease of use of its predecessor. It also features an improved 19” touch screen with the option of mouse control to provide the ultimate accuracy and performance. The Phenom G2 pro is compatible with a range of application-specific sample holders (metallurgical, micro-electronics, micro-tool, etc) and active stage options. It can also be upgraded with the powerful Phenom Pro Suite software applications that enable users to generate 3D surface reconstructions, measure surface roughness and analyse micro fibres and pores. This makes the Phenom G2 pro desktop SEM the ultimate R&D and Quality Analysis tool for industrial and academic applications.
The Phenom G2 pure is an entry-level desktop SEM, enabling users to simplify the crossover from light microscopy to electron microscopy. It is the perfect system for microscopists with limited budget. It’s 15,000x magnification provides 15 times that of a conventional microscope. Phenom G2 pure users can be up and running after only 10 minutes of basic training and it offers the same 30-second load time and ease of use of all Phenom products. The Phenom G2 pure is also compatible with a range of sample holders and can be upgraded to a Phenom G2 pro at a later date if required.
Circle no. 196
Studying Thermal Phenomena Close-Up In Fine Detail
FLIR Advanced Thermal Solutions (ATS) has announced a new microscopy stand that enables its SC5000 Cooled IR Camera to provide an unmatched complete solution for infrared microscopy research applications in electronics, biotechnology and nanotechnology.
The new microscopy stand together with a X5 macro lens, when used with a FLIR SC5000 Series camera, provides spatial resolution down to 3 microns/pixel - without loss of dynamics or measurement accuracy.
The FLIR SC5000 Series is specifically designed for the most demanding users of IR technology, who want to perform thermal imagery at high spatial resolution with the highest sensitivity and accuracy at an affordable cost. With a choice of 320x240 or 640x512 pixels format InSb focal plane array delivers respectively an outstanding 100 or 380 Hz frame rate while keeping extraordinary linearity and sensitivity figures. The use of our FLIR's latest read out integrated circuit technology provides low noise and high pixel rate without compromising sensitivity. The FLIR SC5000 Series is truly plug & play using either GigE or CAMLINK interfaces to transmit both commands and full dynamic range digital video. Its autofocus embedded lens allows to easily setup the camera.
Circle no. 198
INTERNATIONAL LABMATE - MARCH 2011 - MICROSCOPY & MICROTECHNIQUES
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