Tomato Technologies

explores new trends in the tantalum-niobium Industrial Technology

1, the state of metallic materials tantalum and niobium Special Engineering Research Center to begin construction of a comprehensive 8 August 2005, the state of metallic materials tantalum and niobium Special Engineering Research Center for opening ceremony! Ningxia Orient Non-ferrous Metals Group, was conducted. Ningxia Autonomous Region, Vice-President Zhang, Science and Technology Department Director Liu Huan Tian Shizuishan City deputy mayor, and Ningxia Orient Non-Ferrous Metal Group Chairman He Jilin, who opened the center , noting the special status of tantalum and niobium materials engineering research center of the building has already begun.

National TantalumNiobium Special Metallic Materials Engineering Research Center National Science and Technology has approved the establishment of Chinese materials, tantalum and niobium metal beryllium areas and areas industry in the number of Ningxia Autonomous Region 1 Centre National Engineering Research. The engineering center in Ningxia Oriental Non-ferrous Metals Group of companies will rely on the market by focusing on achievements in metallurgy and processing of specific key technologies, ongoing research, development and achievements of engineering, build a platform for innovation in the industry to drive industry-wide technological progress and development of new products, increasing specialization in technology of China steel industry.

Ningxia Orient Nonferrous Metal Group Company research, production and technological development as one of the major groups of metals the nation’s businesses, tantalum, niobium, beryllium and its alloys and special metals strong in areas such as research and development capacity in the domestic industry even in a leadership position in technology. Ningxia Orient TantalumNiobium Nonferrous Metals Group, the country will have a special metallic materials Mechanical Engineering Technology Research Center was created as a turning point. Training center for engineering and restructuring of the Group, value for money, combining full use of the group 40 years and has accumulated rich experience and previous research and development innovation platform of Science and integrated technology as the integration of building profitable Resource Center works to implement all members of the technical research institutes, and other resources, equipment, facilities and conditions for the integration and improvement of various facilities , creating an environment of rational research research and development and scientific research to provide a good environment and a strong guarantee and seek to improve the overall technological capacity for innovation, so that the center of the project in tantalum, niobium, beryllium, and fusion technology specialty metals, and support the development of innovative equipment, the main results encourage the use of an incubator for new technologies to market and promote Materials of China Special Steel and technical progress and industrial upgrading.

2, Ningxia Orient Tantalum color orientation towards the international market to open new fields of application of niobium, beryllium request of the State Science and Technology, Autonomous Region of Ningxia Science and Technology Ministry has recently conducted an expert in northwestern Ningxia Oriental Non-Ferrous Metals Group Companyowned Rare Materials Research Institute of superconducting niobium cavity wafer manufacturing technology development ” has been implemented on-site inspection. The total project investment of $ 3.5 billion to hundreds of millions of electron volts of the world’s largest superconducting linear accelerator project would require a wafer manufacturing superconducting niobium technology research and development current will be implemented. Superconducting linear accelerator project cross-border cooperation projects, built in Hamburg, Germany, with a total length of 33 km, engineering, need to consume about 500 tons of sheet niobium. The project will be completed, it will greatly facilitate the physics, chemistry, materials science, environmental science and earth, structural biology and many other areas of scientific and technological progress in resolving the nuclear issues Disposal waste.

Experts / br>

superconducting niobium cavity wafer manufacturing technology development, implementation of the project, the Northwest Rare Metal Materials Research Institute, has established a stable operation of manufacturing process of superconducting niobium plate, impurity control, control of residual strength, control of grain size, yield strength and hardness control management to achieve innovative results. In Technology production, product performance has reached the international level before becoming the material basis for a linear accelerator.

lot of scientific research, production and technological development as one of the largest country in niobium, tantalum manufacturing base and only scientific research and production base berylliumNingxia East Non-Ferrous Group Ltd., based on independent innovation, to achieve innovation and development.

In recent years, after a continuous self-development and technological research to develop a tracking number for international development, advanced technologies to meet of national and international markets for new products to reach the tantalum powder and tantalum wire classy and technological upgrading. tantalum powder is its flagship product, the market reached 70,000 hematocrit level of the application rate hematocrit of research to reach 15,000 or more in major international titles. They have developed new products, the objective of semiconductors, tantalum and niobium, nickel hydroxide, magnesium alloys and processing of Special materials and so on, was to promote economic growth in Ningxia, the new spotlights. The company has 14 national patents, 3 international patents. Last year, the Ministry of Science and approved Ningxia Orient Nonferrous metals Group Ltd as a “special materials TantalumNiobium StateLevel metal Mechanical Engineering Technology Research Center Group has also established a” basic demonstration of Ningxia Hui Autonomous Region of international scientific cooperation.

In recent years, they study, and studies with an emphasis on innovation and teamwork for the development of undertakings, make technical support. They co-hosted with the University of Nanjing, the device discovery of lithium niobate and development of the Community “and the Beijing University of Science and Technology jointly launched” nanopowders, obtained by homogeneous reduction in research and Tsinghua University have jointly established a “Welding Beryllium Research Laboratory, has been significant progress. Although the stations using Ph.D., National Technical Center, Enterprise Technology Center Platform with strong technical innovations to attract talented people to conduct collaborative research in the “stress research beryllium” and beryllium deuteride “and the preparation of beryllium hydride technical studies, etc. breakthroughs.

They also alloy with the Russian Academy of partnerships, the establishment of the melting and casting magnesium alloy, and some essential equipment, thanks digestion and absorption of the annual production capacity of 10000 tons of magnesium alloy and processing production line hardware. “Superconducting niobium resonator with the technology of production development letter” project was realized with the electron synchrotron of the German Institute of the good cooperation of the successful adoption of this technology to improve the technological level of the niobium metal , China, and manufacturing facilities of our niobium and recycling equipment to enter the international market and lay a solid foundation of technology and market.

3, tantalum, niobium, a new trend in the development of new materials, rare metal materials technology of the new century, the field of materials science and Engineering, one of the most attention to the development of key high-tech materials, tantalum, niobium, and new materials, which play an important role. The modern Hi-Tech, such as information technology, energy technology, space technology, biotechnology, development of superconducting technology, particularly in the closely related rare metal material with new material, tantalum, niobium. Tantalum and niobium in high-tech new materials, more space and wider development, in particular the expansion of tantalum and niobium capacitors, high-volume area; Second, carbide cutting tools for the super , Microfine strong leadership, market demand, as should remain steady ascent, again, tantalum and niobium are used in the aerospace industry, tantalum, alloys and specialty alloys niobiumbased others will continue to grow regularly

In recent years. , Demand for steel SpecialNb continues to grow, more developed countries, Third World, too, have needs. Special superconducting materials will be widely used for magnetic materials and the latest computer technology, and now more developed, tantalum, niobium materials, new applications will continue to evolve. On the basis of the industrial world of high technology, development process, the 510 years, industry TantalumNiobium continue to support more than 12% increase in the field of sustainable development. TantalumNiobium development of new materials has a large area of ​​development prospects and the market. The current use of new materials, tantalum and high tech industries including electronics niobiumrelated, accuracy precision ceramic and glass industries; electroacousticoptic carbide devices, aerospace and electronics industries, energy , biomedical engineering, industry superconductor. stainless steel and other industries

4, trends Jiangsu Jiangxi Tungsten Industry Group of rare earth metals, deputy chief engineer of Maine introduced Fancheng new materials, tantalum and niobium in high technology area, more and broader space for development, particularly tantalum and niobium capacitors expansion of the zone at high volume; Second, carbide cutting tools for super Microfine strong leadership, the applications market is expected to remain stable ascent tantalum and niobium and again in the aviation industry can not replace tantalum and alloys and specialty alloys niobiumbased others will continue to grow steadily . In recent years, steel specialNb demand continues to grow, more developed countries, Third World, too, have needs.

On the basis of industrial development of high technology in the world, from 5 to 10 years TantalumNiobium industry will continue to maintain a 12% increase in sustainable development. TantalumNiobium development of new materials has a large area of ​​development prospects and the market. The current use of new materials, tantalum and high tech industries including electronics niobiumrelated, accuracy precision ceramic and glass industries; electroacousticoptic carbide devices, aerospace and electronics industries, energy , biomedical engineering, industry superconductor. stainless steel and other industries

Jiangsu, development trends of new materials, tantalum and niobium as the most important resources in the Chinese province tantalum and niobium and the development of the province, Jiangsu province, will use its accumulated technology and resources to accelerate the development of new materials, tantalum and niobium, the pace of development, using the resources available to help tantalum and niobium of the industrialization of new materials, rhythm.

Jiangsu mineral rich resources of rare metals such as tantalum and niobium is an important resource for metals highmelting delivery, Jiangsu Province, tantalum deposits and niobium the highest in the country, including rare earth metals and rare, Jiangsu Tungsten Industry Group, the share of stock of about tantalum and niobium, 34% of total reserves of the country can be a production s ‘raised to 69% of the country. After several years of development, Jiangsu Province, in the long term, focus and commodities as the main characteristics of the industry to improve in the depths of tantalum and niobium and other rare metals and development of new materials that will grow rapidly, making Jiangsu area of ​​new materials in the formation of tantalum and niobium certain technological advantages and strong research and development capabilities.

P technology marketing and Q
Technology Marketing

– P and Q in

K

Vikram Karve

Hammer Law

“Give your child a hammer, and the child to use it all over her face.”

This is a law breaker and it seems to be the leitmotif of the technology marketing scene in India today. And in many cases, this approach seems to be a success, at least in the short term.

principle that the customer is buying technology for technology as a gimmick or to meet the perceived needs of the new hedonism.

Meet human needs for novelty is only one aspect of technology marketing is so important, and may yield high dividends in the short term. However, the process of marketing strategy based solely on such an approach is likely to be characterized by a short cycle of the market quickly, but the unpredictable market penetration, and the rapid obsolescence of the product.

success with high-tech products requires a confluence of understanding and skills in marketing techniques.

P and Q of marketing

marketing “is the producer or manufacturer must be done or it does is not assigned to a product, as if right

.

Marketing can be defined as a “return to the top customers, determine what they want and give it to them.”

Marketing , so consider the need or desire.

In the case of conventional products, a general need or desire is well known.

with new technological capabilities, needs and desires is that they are not always obvious. Thus, in support of new products, technology, marketing technology, you may have to take a step back to determine the role that its product can play in the market.

This basic approach can be modeled as “P and Q on marketing” .

six P are: people , product, place, price, packaging, promotion

.

Q are: quality, quantity, speed

The first step of the marketing process is to identify the role of technology in the new product, and therefore that the product belongs to the people.

technology may be four roles for new products. This can be produced itself, it can increase the availability of can improve the distribution , and may be present in advance .

• technology may be the product technical inventions or innovations could lead to revolutionary or exclusive creating a niche market dominance [eg. mobile phones (cell phones), PC, laptop, drive, radial tires, digital technologies]

• technology can be available . By historical example of a gramophone record, which made available to the masses virtuosity of the masters of music. People bought the music. The technology enables a simple mechanism. Previously, the mass may have access to some of the music is just entertainment, which was neither possible nor always available. A more recent example of home (DTH) television. Thus, modern technologies provide the desire, which previously could not be reached economically or almost.

• technology can be in distribution. For example, the Internet has revolutionized the overall approach to marketing, the bank [with instant electronic transfer of money], with an increase in sales over the Internet. Thus, it is very important now that manufacturers design their marketing strategies for the maintenance of the Internet in mind.

• technology can be in action . The image of traditional product can be subtly altered by means of the present, the use of packaging technology and modern design combined with high-tech advertising, promotion, marketing and sales techniques.

Q, refers to a process in which technology can transform the availability and distribution of products for the implementation of existing needs of man.

• For example, in the Indian context, the emergence of Japanese and Korean technology has improved significantly the quality with car and motorbikes (motorcycles, scooters), and therefore increases the availability of effective quality cars and motorbikes on the Indian market. The same is the case with most consumer, entertainment, and household items. Technology Marketing can often be an existing need or desire for quality products and use technology to create a quality product for the broader market.

• value attractive jewelry was expanded technological developments in the simulator of diamond production in cubic zirconia. Other examples include digital storage technologies, digital quartz clock, automation technology, agriculture, dairy and food processing technologies. Technology can often make the products for the mass market, taking over the consumer market without the threat of an elite market.

• Today, technology allows satellite sports events to be simultaneously seen on television around the world, in fact, it promotes Flash video in the world, phone or the transfer of data that show how technology can improve the speed . First, messages can be transmitted and received by the postal service (transport technology) and then a telegram (telecommunications technology) and now satellite and information and communication [ICT] made the process of instant communication [online]. Microwave ovens are another example of how technology can improve the speed.

technology marketing model

Technology Marketing is an attempt to cause the substitution, or attract a buyer to purchase a new product or service.

However, it would be wise to remember that the tempting offers could lead to unplanned babies. In the technology sector unplanned children in the form of unexpected results that offer new and potentially valuable products and service opportunities.

“unplanned children” to come with using the technology of “modernization” which is a good place in everyday life. A very common example is the use of ATM (ATM). The original idea that machines will occur in species that are centuries old to operate more efficiently [ATM initial goal was to use new technologies to automate the functions carried out by former bank tellers to hand - cash].

a new way of doing things are always a little different from what has been done before.

DAB

have changed two things – where the money and when. These two aspects have led to fundamental changes in the utility received by customers. The first time they can withdraw money 24 / 7 around the clock, outside office hours and the premises of the bank. It really is a great new banking service. The clients were very happy, and asked for more banks were taken over -. They had not expected that ATM can indeed produce a new service, and they continued to increase value-added services at ATMs

DAB

are now considered more of ATMs only. Customers use ATMs to recharge their prepaid mobile phone connections, pay utility bills, mutual funds, even – which makes them at par with the flexibility provided in the online banking -. Only the safest

This is an example of a new technology that is used for former giving rise to the new market situation. Microprocessor technology, VLSI, and nanotechnology and other examples of unexpected changes multidimensional leading to a wide range of new products that reflect the different market desires.

progressive marketing is back and looks at this situation from a distance and re-evaluate this objectively, because it gives him the opportunity to gain a better understanding of the needs and desires of the market place.

In a word, technology, marketing includes analysis of current market requirements, the solution of these requirements on existing technology, reassessment and revision of market needs and desires In light of the response to new technologies, and, respectively, refining products for the emerging market.

Vikram Karve

Vikram Karve Copyright © 2010

Vikram Karve asserted his rights under the Copyright, Designs and Patents Act 1988 should be identified as the author of this work.

http://www.linkedin.com/in/karve

Vikram Karve education at IIT Delhi, and Lawrence School Lovedale ITBHU is electronic and communications engineer by profession, human resources and training manager by profession, a teacher by vocation, some kind of dependence Creative and enthusiastic gourmets. Avid blogger, he wrote a series of feature articles and documentaries created in magazines and journals for many years before the advent of blogs. Its delicious gourmet blogs were compiled in the book “Appetite for Walking.” Vikram lives in Pune with his family and pet Doberman black girl with whom he walks long and thinking of creative thinking. Vikram Karve Creative Blog – HREF = http: / / vikramkarve.sulekha.com E-mail: rel <= "" onclick = "javascript: ('_trackPageview [' / outgoing / article_exit_link HREF b]) _gaq.push" = "principle: @ Sify vikramkarve . com "vikramkarve@sify.com>

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technological development and university

Over the last fifteen years, American schools have dramatically increased spending on technology in the classroom over a billion dollars a year because there was a widespread belief, government, businesses and officials education as the “Material distribution wiring schools, buying hardware and software, and all will lead to abundant classroom use, teachers and students and improving teaching and learning (Cuban, Kirkpatrick and Craig, Winter, 2001). In recent years a growing number of critics of technology in the classroom raises questions about what schools have received the return of this investment. Larry Cuban was quick to note that his research suggests that less than 20% of teachers use technology both several times a week, up to half of all teachers not to use the technology at all. (Kuba et al, Winter 2001. Cuba August 1999) Even if teachers used the technology, the withdrawal of Cuban employees of these devices in such a way as to improve teaching and learning. “[M] ore often, he says,” their use of sustainable and does not change the existing pattern of teaching practices (Cuban et al., Winter 2001). Back to America in this major investment in technology room class is even more doubtful that parents, policymakers and educators to look for evidence of impact on student achievement. Proponents of educational technology continue to believe that technology will make a difference in the academic performance, but tend to rely on anecdotal evidence of student motivation and development of criticism? Thinking in support of this belief. They were forced to rely on faith, and observations in large part because “[T] here is still very little scientific research to assess the effectiveness of the technology,” said John Bailey, director of educational technology for the U.S. Department of Education (Murray, 1922 October 2002).

Given the absence of evidence that technology improves performance, it is not surprising that some observers wonder whether the resources and time devoted to technology can produce a significant increase in academic performance if they focus on other educational needs.

new data: In recent years a growing number of researchers have published studies that provide substantial evidence that technology can play a positive role in academic success. Some organizations, such as Edutopia, the North Central Educational Lab (NCREL) and the Center for Applied Research in Educational Technologies (caret) are documented scientific studies that link the technology to increase student success. Two studies reflect the growing amount of research on the role of technology in academic performance.

The study

Harold Wenglinsky: “Do the math: The relationship between technology and student achievement in mathematics”, he concluded that the 4 th grader and 8-technology has a “positive” on success as measured in NAEP math test. But keep in mind, caution Wenglinsky this conclusion. He argues that not all countries use the technology have been helpful. Wenglinksky found using computers to teach lower-order thinking, “…[ W], negatively related to academic achievement …. In other words, what type of computer use was worse than doing nothing. In contrast to the teachers and students use computers to solve the simulation seen scores of their students in mathematics will increase significantly. As he investigated the causes of different teachers have used technology, Wenglinsky found that professional development was the difference between those teachers who have used the pull of software and those using software that can create a simulation. Teachers trained and the skills, technologies used in a way that students focus on modeling and applications that are recommended for students to acquire skills of solving problems. Teachers who are not trained software used for traction (Wenglinsky, 1998). More recently, teachers in Missouri have published their findings on a study of the impact of state programs were eMints on academic achievement. This program is designed as a comprehensive approach to help teachers integrate technology. The participation of teachers receive a class of equipment, and over two hundred hours of professional development during the period of two years. In addition to traditional workshops, training eMints includes peer coaching for teachers. The preparation is designed to help teachers integrate technology so they can use a query-based learning and emphasize critical thinking and problem solving skills. As a leader of the program, said: “We find that if you put two (learning based on real integration and technology), and there is a synergy that creates a truly enhances student learning” (Brannigan, 2002). power of technology to synchronize with a demand for training directly reflected in the results of tests of more than 6000 students in third and fourth year who recently took the Missouri Assessment Program (MAP) test. ” The results show that a higher percentage of students in eMINTS classrooms scored in the “experimental” or “Advanced” category … compared to other students who were tested for maps … “(Brannigan, 2002; Brief Review Team, 2002) <. / p> technology and learning: two pieces of the puzzle: These two studies highlight the importance of rethinking our current ideas about technology. Teachers can not accept the idea that technology is a panacea. Minister of Education Rod Paige recently told teachers they need to go beyond the computerization of schools and classrooms access to computers. (Real) number, “Paige insisted,” is how we use this access we’re getting results. “Paige encouraged teachers to consider how technology can “add value to student success?” (Brannigan January 31, 2002 p .).

two scientific studies mentioned above have clear guidelines for teachers who try to answer questions raised by Secretary Paige. Both studies argue that improved student learning occur when technology is combined with teaching strategies such as teaching project which calls actively involving students in challenging intellectual work that requires further thinking and problem solving skills. Henry Becker research adds weight to the argument that technology is a powerful tool to support active learning, based on investigation. Becker argues that the type of active learning to master the principles and concepts and explain the student’s work is easier to implement a technology-rich environment, where “students have a rich array of information to work with (and not only improve the quality of textbook content filter) when the link structure allows students to ask questions relevant to people … and as soon as the technology tools such as databases, programs analysis and composition software to help them develop an understanding of information “(Becker, 2000). Each of these studies have also stressed the importance of observing Michael Fullan,” The most powerful technology becomes more necessary for good teachers “(Fullan, 1998). If we want teachers to use technology to enrich and improve student achievement, we must ensure their professional development they need to develop confidence and skills to apply technology, and an understanding of how technology supports standards-based education. Preparing teachers to use technology effectively can also mean, for example eMints Missouri program and professional development focused on teaching strategies such as project-based learning, as well as cooperation or joint strategies, in addition to technology skills.

It is necessary to prepare teachers to use technology effectively means the school district must adopt new models of professional development. Too often, personal development is limited focus on the computer and not the role of technology in teaching and learning. Accordingly, the President of the Commission on Web-Based Learning has found that training teachers received “is usually too little, too basic and too often used to help them develop real facility in teaching technology” ( Web-Based Commission, 2001). Eighty-six percent indicated that the most common training they received in basic computer skills (Web-based Commission, 2001). Another survey of public school teachers found that while the majority (78%) received some technology-related development work in 1998-99 school year, basic training and short, lasting only 1-5 hours for 39% of teachers, and only 6 to 10 hours for an additional 19% of trainees (Web-Based Commission, 2001), the results of this failure to prepare teachers to use these new learning tools were predictable . In 1999, a Commission survey U. S. Ministry of Education has indicated that two thirds of teachers surveyed do not feel comfortable using technology (Web-Based Commission, 2001).

There is a consensus on the characteristics of a new model for effective professional development. One of the most important features is that “… teachers should be able to work with colleagues in their school and beyond. They need opportunities to learn from each others successes and failures and to exchange ideas and knowledge “(National Center for Research on Teacher Education, 1995). Professional development must be permanent, and if we are to overcome the barriers of time, the daily schedule of teachers should include a “built-in opportunities for professional learning and collaboration with colleagues …” (National Council for Staff Development, 2001). Others argue, professional development must be directly related to the work teachers do in class every day, and should be a model of effective teaching in the classroom (North Central Educational Research Lab, 2000). To meet these needs, many leaders who insist on new models of personal development to encourage schools to adopt peer coaching or study groups needed to provide workplace cooperation on issues relating directly to the needs of the class.

Conclusion: During the Clinton administration presidential Committee on Educational Technology said it was too little research on the impact of technology in the classroom and researchers invited to accept the challenge. Some researchers may be too little, took this responsibility. They find that difficult to identify technology as a variable in the instructions correctly, but they find that in the circumstances, technology plays a positive role in academic success. Educators increasingly focused on these studies, but must also bear in mind the circumstances in which scientific studies show the technology is a powerful learning tool. With this understanding of the context of success, education officials can develop programs that prepare teachers to use these powerful new tools for effective learning.

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VitalSpring Technologies Inc.

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