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Laser Spectrometer Software

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Fraunhofer Demonstrates His Spectrometer at Munich, 1814 $39.99 Fraunhofer Demonstrates His Spectrometer at Munich, 1814 - Giclee Print |
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Vernier Software LASER Laser Pointer $33.42 MODEL LASER VENDOR VERNIER SOFTWARE FEATURES Laser Pointer This Class IIIa ( Photogate to produce a gate that is wider than the normal 7.5 cm spacing making it possible to measure the speed of an automobile or of a person running. The laser case is made of aircraft aluminum and it uses two AAA batteries (included). The wavelength of the light is 650 nm. |
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Vernier Software Laser Pointer. Each $27.67 Manufacturer: Vernier Software. Each. This Class IIIa laser pointer can be used with the Vernier Photogate to produce a gate that is wider than the normal 7.5 cm spacing, making it possible to measure the speed of an automobile or of a person running. The |
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Receiver from the Spectroscopy Tube of the Spectrometer Used at the McDonald Observatory $79.99 Cornell Capa Receiver from the Spectroscopy Tube of the Spectrometer Used at the McDonald Observatory - Premium Photographic Print |
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Josef Von Fraunhofer Demonstrates His Spectrometer at Munchen 1814 $34.99 R. Wimmer Josef Von Fraunhofer Demonstrates His Spectrometer at Munchen 1814 - Giclee Print |
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iShow ILDA Laser Software + USB Conversion Box + cables $86.32 iShow ILDA Laser Software + USB Conversion Box + cables |
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2012 LIGHT CONTROL SOFTWARE+USB INTERFACE ISHOW ILDA LASER $157.89 ISHOW ILDA LASER LIGHT CONTROL SOFTWARE+USB INTERFACE |
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Ion Time-of-flight Spectrometer $108.23 No Synopsis Available |
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Miniaturization of the Ion Trap Mass Spectrometer $103.56 The development of miniature ion trap mass spectrometers has been an active area, fueled by the promising analytical capabilities and the convenience of fast in situ analysis. The objective is to miniaturize mass spectrometers in weight, size, and power consumption while retaining the analytical capabilities of mass spectrometry at the same time. The book focuses on the instrumentation of miniature ion trap mass spectrometers, including ionization, ion transfer, mass analyzer, ion detection and related vacuum and electronic techniques. Two miniature mass spectrometers, a 10 kg Mini 10 with electron impact ionization source, developed in 2005 and a 5 kg Mini 11 with multiple ionization sources, developed in 2008, are introduced. The technical details of key components are discussed. Special focus is given to a glow discharge electron impact ionization source, which is an ideal substitute for the filament electron source used in the electron impact ionization, and a discontinuous atmospheric pressure interface, which enables the implementation of atmospheric pressure ionization sources in miniature ion trap mas spectrometers with limited pumping capabilities. Author: Gao, Liang Binding Type: Paperback Number of Pages: 92 Publication Date: 2010/03/26 Language: English Dimensions: 6.00 x 9.00 x 0.22 inches |
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Empirical Software Engineering and Verification (Paperback) $140.16 Software Engineering, the fundamental concepts as well as the application in practice, is widely recognized as one of the most exciting, stimulating, and profitable research areas, with a significant practical impact on the software industry and academia. The LASER school - held annually, since 2004, in Elba Island, Italy, is intended for professionals from the industry (engineers and managers) as well as university researchers, including PhD students. Participants learn about the most important software technology advances from the pioneers in the field. This book contains selected lecture notes from the LASER summer schools 2008-2010, which focused on Concurrency and Correctness in 2008, Software Testing: The Practice And The Science in 2009, and Empirical Software Engineering, in 2010. |
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Spy Sweeper Suite $49.95 Spy Sweeper 5-User Pack 15 Month Subscription |
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Digilab Raman Plate Reader, Raman Microplate Reader
The revitalization of China's Instruments Industry Suggestions
Instrumentation industry, although its value in the national economy a small proportion of GDP, according to statistics in the United States of about 4%, in our less than 1.5%, but modern instrumentation important role in today's society can not be overstated how to assess . Modern instrumentation is the source of the information industry and an important component of the information industry is also driving the development of other industries the bridge. Application of modern instrumentation field, has been involved in "agriculture and cons, sea and air, food and clothing to use" ubiquitous. Therefore, developed countries regard the development of instruments and meters industry to a strategic height, full attention and support.
Industrial development of China's instrument is still in the stage of the vulnerable and naive, but also faces triple pressure: First, the international community towards the modern instruments are being miniaturized, integrated, intelligent and bus-based rapid development, we must quickly follow; 2 diverted to the domestic market is foreign investors, in particular, China's imminent accession to the WTO, competition will become more intense, we must compete for survival and development of space; three of China's industrial development instruments are also subject to the "bottleneck" of the constraints, we must break away as soon as possible "bottleneck "bound to accelerate the pace of development. If we can not step into the 21st century, join the WTO, 5 to 10 years, the revitalization of our instruments and meters industry, then our instrumentation industry will be completely under the pressure of the triple cross-pressure, its consequences would be unthinkable. Therefore, accelerating the development of instruments and meters industry is pressing historical mission.
Li, Wu Bangguo, Wen Jiabao, Vice Premier Wang Daheng 3, Yang Jiachi, etc. 11 academicians proposed the revitalization of the recommendations of our instruments and meters industry and other relevant documents and comments made three Markup; the State Planning Commission, Economic and Trade Commission, Science and Technology jointly decided to launch the research, development to the State Council of China to revive the Instrumentation Industry countermeasures and suggestions. At the same time, the State Council General Office of the Deputy Prime Minister in the nuclear reported that three of the document made clear that the State Planning Commission, the State Economic and Trade Commission of Science and Technology, Ministry of Finance and other departments to foster mutual agreement to develop the necessary policies, into the "Tenth Five-Year Plan" to implement the respective . State to revive the instruments and meters industry attention and support, the instrumentation of industrial revitalization can be an important guarantee.
Instrument industry development of China's strategic objectives and priority areas
1, the strategic objectives
Through policy guidance, to encourage capital and human resources and other resources to invest in instruments and meters industry, to accelerate the development of instrumentation industry, and strive to 5 to 10 years to achieve the following strategic objectives:
① our instrumentation industries, including industrial automation, instrumentation and systems, scientific instruments, medical instruments, all kinds of measuring instruments and related sensors, components and materials, research and development and production capacity at or near the early 21st century international standards;
② 2005, China instrument industry in the industrial automation instrumentation and systems, scientific instruments, be able to occupy more than 45% domestic market share, medical instruments and other instruments be able to occupy more than 30% domestic market share; in 2010, industrial automation, instrumentation and systems, scientific instruments can meet the domestic market more than 60% of the demand; medical equipment and other instrumentation can meet the domestic market more than 50% of the demand;
③ In the major areas of instrumentation, new construction of a number, about 18-20 engineering center and industrial base, and vigorously promote the instrumentation science and technology innovation to accelerate the innovation and industrialization;
④ in all major areas of instrumentation, nurture and develop the total number of no less than 30 with comprehensive strength and a considerable scale of production bases and key enterprises. In leading and promoting the development of China's instrument industry, manufacturing bases and key enterprises will fully play a leading role;
⑤ to support and develop a number of instrumentation systems integration company, 5 to 10 years, the rapid concentration of forces in iron and steel, petroleum, chemical, electric power, environmental protection and many other important projects in contracting large-scale automation projects to promote the rapid industrialization of China's Instruments发展.
To achieve these strategic objectives, the state must step up the development of instruments and meters industry capital investment.
2, focusing on areas of
"Tenth Five-Year" period, China's instrument industry focus areas are:
① Industrial Automation Instrumentation and Systems
A. a new generation of master system and integrated automation development and industrialization, mainly distributed control system, field bus control system and industrial development of computer-based control systems, etc.;
B. advanced control, optimization software development and industrialization, mainly including advanced control techniques, process optimization, real-time monitoring software platforms, information integration software platform, system integration technology;
C. intelligent instruments, actuators and transmitters, complete sets of dedicated control devices and complete system-specific optimization of the development and industrialization;
② Scientific Instruments
A. chromatographic instruments, to improve separation technologies and the development of international standard, dedicated micro-chromatograph;
B. Spectrum Instruments, focusing on the development of internationally competitive TV towers, plasma spectrometer, near-infrared spectrometer, a small photometer;
C. agriculture and food-specific instruments, focusing on capture to improve the quality and pesticide residue level of appliances and phase technology;
D. Environment and energy appliances, with a focus online, early warning, including complete sets of environmental monitoring equipment, development of proprietary nuclear magnetic resonance logging equipment;
E. Life Science Instruments, with emphasis on lab on a chip, high-sensitivity kit for research;
F. software platform development, implementation instrument data acquisition, processing and analysis methods of standardization, standardization, and improve the level of the overall design of scientific instruments;
③ medical equipment
A. Biochemical analysis of research and development of a variety of automated test equipment;
B. The various diagnostic research and development, including physical observation and imaging, such as laser, ultrasonic, radiation, nuclear magnetic resonance and other diagnostic instruments; ④ electronic, electrical measuring instruments and meters
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