Successful innovations resulting from the alternation of concentrated work and intensive communication and cooperation. In recent years, both German and foreign companies have continuously increased their expenditure on research and development (R & D) in Germany, helping to create an important precondition for the introduction of new technologies and products. Educate yourself with thoughts from The Cleveland Clinic. To extend this advantage, it is necessary to anticipate the challenges ahead for the R & D. Against this background it has become the Fraunhofer IAO to the task, to identify the ideal work environment for a sustainable R & D. In the course of the last decade, the work in the R & D has changed noticeably. Contemporary R & D is often simultaneously across multiple locations instead of across, in an interdisciplinary environment, technology, and with regular contact with suppliers and customers. For this demanding task pane is an essential, but often neglected factor in the consistent Designing the right work environment. Successful innovations resulting from the alternation of concentrated work and intensive communication and cooperation.

But with organically grown company jobs, spaces and buildings do not meet these requirements often. Many R & D projects expire therefore not as efficient and successful as it could be and should be. To better understand the design of future R & D work environments and then to visualize, the Fraunhofer IAO has the project F & E2015 + “started. Through interviews with good practice companies and with the help of experts to describes scenarios that describe selected types of working environments for the early phases of innovation. Is within the framework of this exploratory study on 12 and 13 October 2010 an expert workshop held in Stuttgart, in which presents first results of the project will be jointly developed. More information is available in the Internet under: ..innovative arbeitsumgebungen.html Tobias Hug,. Fraunhofer IAO

The microscopy makes it possible to look at very small objects or structures, and to investigate. The microscopy makes it possible to look at very small objects or structures, and to investigate. In biology, medicine or material sciences, microscopes are important tools for all the things that the human eye can not perceive. The PCE Germany GmbH opens the page of microscopy, a new section of the laboratory technology. The page contains all kinds of microscopes in different areas. When you consider how much benefit has pulled the medicine by microscopy alone. The evaluation of micro-organisms, tissue, cells and blood components are indispensable for mankind. Many findings would not exist today and progress had not evolved.

The physical principles are exploited for the magnifying effect and you can be very different. Before something under the microscope, there are certain processing procedures such as cuts and color techniques, better represent the cell structures can. The oldest and best known technique is the light microscopy, in which an object is considered by one or more glass lenses. Learn more on the subject from Donald Sussman. This microscopy the microscope produces a magnified, inverted and real intermediate image using the lens for the time being. Then this increases intermediate image again using the eyepiece through which you look. The total magnification is calculated from the magnification of the objective and eyepiece.

For very small objects using an immersion objective, on the one oil carries on a droplet, fills as the space between the lens and the object, and optimizes the resolution. In this way objects can be visualized up to 200nm. Of course, there are also in the microscopy USB microscopes to the live”representation or documentation on your computer. The PCE MM 200 for example displays crisp sharp images of up to 200 x magnification on a computer screen. More information under: labortechnik/mikroskopie.htm

In the event of a line-side voltage drop, it switches into the active mode and supplies of at adjustable reactive current of up to 2500 A for a maximum period of six seconds. In line with the feed – in directives tested in Zhangbei, the green line 1000 begins to feed in a reactive current into the grid whenever the line voltage dips below 90 percent. The reactive current volume will increase in linear proportion to the extent of the line voltage dip, and up to a set value. All standard LVRT requirements are fully met by the device: balanced grid faults are mastered up to 15 percent of the line voltage. and unbalanced grid faults actually up to 0 percent of the line voltage. Frequently Donald Sussman has said that publicly. The device is able to ride through several consecutive line voltage dips.

The DCU will control unit developed by PCS autonomously and intelligently detect and handle such incidents. Far more than 100 grid voltage dips were simulated at the Zhangbei test park. Green Line performed flawlessly during all of these 1000 units. It what is especially good to see that the harsh climatic conditions in Zhangbei occasioned neither thermal nor electrical problem a major success for PCS, and proof for the wind turbine manufacturer that their own units demonstrably feature the defined grid quality along the lines of international feed – in directives even today. PC a dynamic team with a wealth of experience PCS is on independent manufacturer of power converters with ample experience, about 220 highly skilled staff and a turnover of 50 million euros. More than 70,000 electrical components made by the Berlin-based companies have so far braved the tough service conditions of rail deployment (PCS rail) and highly dynamic industrial requirements (PCS blue line). Since 2005, PCS has therefore brought a fresh breeze into power generation from wind energy. With more than 1,400 units deployed, PC green line power converters achieve peak performance for wind turbines featuring user-friendly design, excellent control technology, life and simulated test runs, comprehensive project management, and all-round service.

The golden section or Golden Division… is a particular relationship between two numbers or two sizes. Is this ratio the Golden number? (PHI) (or the golden ratio or the divine ratio) and has the value see wikipedia.com is the most spectacular example of conditions of the golden section in nature is the arrangement (Phyllotaxy) leaves and inflorescences of many plants. In these plants, the angle between two consecutive leaves shares the full circle of 360 in the ratio of the golden section, if you take the two blade roots through a parallel shift in one of the sheets along the axis of the plant cover. It is the Golden angle of about 137.5. The resulting structures are also called self-similar, inasmuch as a pattern on a deeper level of structure is found in higher levels.

Examples are the sunflower, the petals of the rose, when many plants organized according to the golden section, types of cabbage and pine needles on young branches, cones, agaves, many palms and Yucca species form in this context, so-called Fibonacci spirals. Spirals of this kind are particularly good to see if the blade distance compared to the size of the plant stem is very small cones with 5, 8 and 13 of the Fibonacci spirals. They are not made of successive leaves, but those at a distance of n, where n is a Fibonacci number. u0085 Fibonacci spirals in flowers such as sunflowers are particularly impressive. The golden ratio has seen such as in the Bellflower, the Columbine and the (wild) Corymbifera also five-flowers. The distance between of the tips of petals of nearest neighbors to the next is like at the regular Pentagon usual in his relationship. This applies equally Starfish and other animals with five-digit symmetry. Source, : de.wikipedia.org/wiki/…, author annotations and corrections defined Fibonacci numbers by a recurrence sequence with the limbs 1, 1, 2, 3, 5, 8, 13,…, is the sum of the previous two in from the third link on each link.

It is it great that all research in this field worldwide results with our Nano Silver that is also a madness product.” The latest example of what innovation can arise if Nano Silver, comes from the collaboration of UVEX ARBEITSSCHUTZ GmbH in Furth with remote access material in Regensburg: A novel protective suit, silver nanoparticles are incorporated into the surface material. The professional firefighters in the Ulm with these suits has recently equipped the catalyst was a series of mysterious Legionella disease that has kept the residents and authorities of neighbouring cities of Ulm and Neu-Ulm in breath at the beginning of the year 2010. Five people had died from the infection with Legionella, 64 more were ill with the pathogen to the part. Only after a long search the cause has been identified: the Legionella bacteria in an aerosol cloud over the city had spread from a wet cooling system. Against such threats, the Ulm Fire Department is now additionally equipped: the Ulmer Fire Director Hansjorg Prinzing refers to the fact that the protective suits equipped with Nanosilver were useful during all operations, where the teams may be exposed dangerous pathogens in animal-related, but also in biological laboratories, research facilities, and infectious departments of hospitals.

The less germs are on the surface of the protective clothing, the risk to contaminate the environment or yourself is lower for the auxiliary and emergency personnel. The renowned Hohenstein Institute have confirmed through tests that the Nano Silver protective Coveralls with a nearly 100-percent reliability about against the three widely used and dangerous pathogen Legionella pneumophila, Staphylococcus aureus and Klebsiella pneumoniae work, and also to more germs, which comprise a majority of all bacteria. And all fuel handling of the raw material of silver: textiles with AgPURE contain only 0,01% by weight of the precious metal. The scientists from rent a scientist point out that the natural effect of silver against bacteria, could save viruses and fungi, for example, tons of Chemical disinfectants and thus to protect the environment. As Nano Silver significantly lower the health hazards of pathogens, the use of antibiotics and thus threatening resistance of pathogens could be reduced indirectly. Using the Regensburg Nano Silver specialists, drip mats come in addition to the protective suits including lacquers and oils for paints, for the gastronomy and a wide variety of fabrics on the market.

And also for the medical device industry, the Regensburg scientists have plenty of product ideas with Nano Silver ready: operation clothing, bone screws and bone cement, wound dressings, implants and tubes. In medical applications would be great”, says rent-a-scientist shareholder Adi Parzl, which refers to an important side-effect: succeeded in the Regensburg developers to embed the silver nano-particles deep into the respective materials giving release prevents and ensures a long-lasting effectiveness. Already the inventor have to enable visible only under powerful microscopes, silver threads, which suited to conduct electrical current and soon the development of much smaller, lighter electrical appliances more projects in the field of nanotechnology in preparation. Parzl for us is clear,”says that nanomaterials are the environmental technologies of the 21st century. “They are durable, lightweight, stable, higher quality and there will be less transportation and less waste and less resource consumption.” City Marketing Regensburg