Nov 26
2009

MIT 3 elite joint future battles

The United States, Massachusetts, the rationale Lipp Shen recently announced f4809a that they created a matchbox-size fuel cells, can be used for laptop computer use a few days. This fuel cell uses a solid oxide design to butane as fuel.

Philip Li Shen (Lilliputian, meaning little man) was established 4 years, however, the company’s two founders Samuersi Kaiwei Zi and far’re all from Massachusetts Institute of Technology ( MIT). In the last century, 90 years, they had done at the MIT reactor with the thimble-sized silicon wafer etching experiments, but that is just purely theoretical research. Later, they realized that, you can use a similar micro-machine technology to build tiny “converter”, from alcohol to isolate pure hydrogen for fuel cell use pavilion zd8000 battery. So they leave MIT, created a reasonable Lipp Shin Corporation.

Kennisila Lazarus is an ever trained at the MIT aeronautics engineer, he has his own company to the price of selling 35 million U.S. dollars and has been having a bit of something and then dried. End of 2003, Lazarus and Vladimir far met Sikaiweizi hereby, when it was only one room Geer Liang laboratory work hard, they put Lazarus hot technology into commercial products the ability to great admiration Kung urged Philip Shen reason he was the CEO.

Three from MIT, along with the elite began to study micro-PEM fuel cells, and soon ran into troubled Japanese counterparts are still problems: the alcohol fuel cell does not produce enough electricity, making it difficult to compete, and lithium batteries. So, they decided to work hard in the solid-oxide hp batteries. One of the biggest challenges they face is how to ceramic electrolyte and silicon together, because when heated, the ceramic expansion speed is four times that of silicon. They are going to solve this dilemma? This is of course a trade secret. However, they recognized the use of a mesh structure to absorb the stress fracture, and the sidewalk a block the expansion of connections between the floor tiles is very similar.

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Nov 26
2009

Japanese micro fuel cell R & D in full swing

A few years ago, including Toshiba and NEC, including a number of Japanese companies claimed that they will be available for mobile phones, laptops pavilion zv5000 battery and music players use micro fuel cells. This battery needs charging, just add a little look inside of alcohol on the line, and consumers seem to escape from the shackles of chargers, batteries era seems thus to an end.

However, since it is a silence. Until today, they advocated the fuel cell is also hard to find in the market of its trace, what’s wrong?

Bad branding first cake

In fact, these companies are also the victims. They did not expect, a small fuel cell turned out to be a “difficult birth children.”

The researchers found that the battery inside the material too sensitive to temperature and humidity, but also prone to carbon monoxide poisoning. Their creation of the best portable fuel cell performance, was only reluctantly, and they claim to replace the lithium batteries rather, does not have the market competitiveness.

Is currently being developed are mainly two kinds of fuel cells: proton exchange membrane (PEM HP F4809A) and solid oxide type. Both can make the fuel and air along the opposite direction through the layer of special film.

Exchange membrane PEM coated with a layer of catalyst, this catalyst can be the fuel (usually hydrogen atoms) e away the hydrogen atoms thus become positively charged hydrogen ions, which can be through the film, and on the other side from the oxygen in the air combine to form water. Being taken away, then rush to the charge and hydrogen-ion complex, ever outward migration, this process down and formed a continuous current.

In fact, PEM cells from the 60s of last century had begun to use, it can work at 170 ℃, it is still an acceptable temperature. PEM cells, but there is a fatal weakness: it requires pure hydrogen to produce electronics, now no one can find an economically feasible way to do this. This forced many developing PEM cell manufacturers have turned to alcohol. In comparison, alcohol is certainly cheap, but it contains low-energy, is a weak source of energy.

The working principle of solid oxide type is exactly the opposite. Air, oxygen atoms penetrate into the other side of the membrane, and was taken away electrons with hydrogen atoms and carbon monoxide to form water and carbon dioxide. Because such a high temperature at 1370 ℃ work, solid oxide batteries once abandoned by developers. However, it can use a higher density of hydrocarbons (eg butane) as fuel, and thus can provide much higher than the PEM cell power. In the liquid, the energy density of butane is 7.4 kWh / l, while the methanol only 4.4 kWh / l, lithium batteries are usually only able to provide 0.3 kwh of electricity.

And the ends, our best hot batteries blog here: battery stars sblog , xm blogbus blog , spaces blog here , mmal bawaba blog , an 0-up blog ect.

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Nov 19
2009

Epoxy circuit board industry will peak in the shuffle(F)

For this reason, epoxy printed circuit board (PCB vgp bps2c) industry, we must firmly grasp the following areas. China Epoxy Resin Industry Association experts said, first, industrial restructuring, continuing to industrial restructuring as the main driving force promoting the development of the industry, increase the HDI board, multi-layer FPC boards, Rigid-flex board, IC Carrier, communications back plate, special plate printed circuit board and other high technological content and high added value products, support, as soon as possible products to high-end products from the middle and low transition; second is the building of the industrial chain, industrial chain attached great importance to construction work, relying on certain technical based enterprises, research institutes active in PCB raw and auxiliary materials R & D and industrialization, increased efforts to promote China-made equipment to promote independent intellectual property rights of laser drilling machines and other equipment into the production enterprise; third industrial park building. The building through the Industrial Park and further integration of resources, enhance capability of independent innovation, to play a industry gathering, driving effects of radiation and to promote industrial restructuring and upgrading PCB; 4 is to strengthen the green technology and product development. As soon as possible and the popularity of non-lead, mercury VGP-BPS9 B , VGP-BPS9 S, cadmium, hexavalent chromium, PBB, PBDE and other harmful substances in raw and auxiliary materials and PCB products, the production process to further strengthen pollution control, waste water emissions to increase recycling of useful materials.

Coordination is necessary to accelerate the industry, industry standard NP-20 setting process. On the basis of the existing work to further open up coordination and cooperation, and steadily promote the work of PCB industry standards, and strive to form a number with international standards and conducive to China’s development of the industry standard; to implement major business strategies, continue to promote the hundred business activities, guide enterprises to become bigger and stronger efforts to create a well-known brand of China’s PCB industry, and actively explore overseas markets, full use of international and domestic resources, establish an internationally competitive first-class PCB enterprises; to train professionals, combined with the development needs of PCB industry, and do Good talent development planning, reserves, training and re-education; to strengthen international exchanges and cooperation, so that Chinese enterprises a better understanding of the management of state of foreign enterprises, technical level and direction of development; industry bodies to be more timely and accurate understanding of the industry, sweetness and bitterness, and difficulties VGP-BPS2A , VGP-BPS10, to report to relevant government departments to actively seek in all aspects of industrial policy, the Government’s favor and support.

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Nov 19
2009

Epoxy circuit board industry will peak in the shuffle(E)

From the industry perspective the scale of China sony vgp bps9 is already the world in real PCB-producing country, but not producing power, with Japan and the United States and other developed countries, even in comparison with Europe and South Korea, and our PCB industry, there is a gap in many ways. A thousand miles begins with a single step, to become producing countries is only a starting point, long way to go. The future development there is not a small weaknesses: First, the development of a variety of forms of ownership is not enough, China’s PCB’s private enterprises, joint-stock enterprises and state-owned enterprises, in quantity to account for PCB enterprises in China, over 90% of the total amount, but its value should be less than 1 / 3, while the other 2 / 3 is less than 10% by volume production in China of foreign enterprises created; China’s private enterprises, joint-stock enterprises and state-owned enterprises in most middle and low product level, only a few in the production of high – end product. Secondly, technological progress due to inadequate attention of foreign R & D money into more than 80% from business Sony VGP-BPS2A, while 80% of Chinese industry from a very small number of universities and research institutes, but also the cost of inputs can not be compared with foreign countries; China’s private enterprises, joint-stock enterprises and state-owned enterprises from the plant, the plant and equipment is concerned, in general, already with international standards, there are many foreign companies has also been excellent, but the production level of these enterprises, technical grade, in particular the economic and foreign-phase more than a far cry even more than ten times the difference Sony vgp bps2c.

At the same time is not enough to enter the international market, China’s electronic circuits have been “internationalized”, but the vast majority of our chiefs of private enterprises and the relevant management personnel are not familiar with international trade rules of the game, and many did not participate in international trade activities; China PCB enterprises, especially private enterprises is only a simple majority of processing, according to plan production, while many foreign companies have absolutely not the case. China Epoxy Resin Industry Association experts stressed that the industry should focus on addressing equipment and raw and auxiliary materials, supporting lack of capacity, industry self-regulation capacity-poor, environmental protection Sony VGP-BPS8, there is a wide gap between governance and foreign issues.

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Nov 13
2009

AMD delays chip release, loss of significant(A)

Beijing June 13, according to recent foreign media reports, there are rumors that AMD plans to release the original(pa3191u 1brs and pa3399u 2brs) plan to postpone the upcoming quad-core processor “Barcelona” chip, and now this rumor seemed to become a reality. One industry observer warned that if this rumor is really become a reality, which will AMD’s market a tremendous impact on the foundation.

As early as mid-May this year, there have been such a speculation, but an analyst at Citigroup confirmed that he had been informed of this speculation will come true. Citigroup analyst Glen Nguyen (Glen Yeung) in a research report that “Barcelona,” the release time will be the originally pa3191u 1brs planned 6 / postponed to July or September this year in October.

Glenn also said Nguyen, AMD and Intel processors, and other companies, primarily in the server market, sales of share much more than the desktop and notebook platforms. Hence, the “Barcelona” has been seen as an extension of AMD a heavy blow at this year’s revenue, would result in a loss of 2.59 U.S. dollars per share. Glenn Nguyen explains: “Basailuonuo generally be seen pa3191u 5brs as preventing AMD server market share loss to Intel’s best opportunity.”

In addition, the well-known market research firm IDC Asia Pacific research director for enterprise servers and workstations Lajinishen allora (Rajnish Arora) said that it does not rule out the possibility of postponement inspiron e1505 battery, He said in an interview on Monday: “Absolutely no waves without wind. In fact, the delay has some basis in fact rumors, but AMD may still be able to catch up in time to announce new products”

Allora also said that if the delay was becoming a reality, then the losses will lead to AMD and vgp bps2a, but this delay the impact of the company’s Asia-Pacific region may be smaller.



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Nov 12
2009

Intel Core Duo Thinkpad T60

The biggest feature of the Thinkpad T60 is the fact that it is one of Lenovos first Centrino Duo capable notebooks.? The sample we got was in fact a Centrino Duo system as it was equipped with an Intel 945GM chipset, 3945ABG wireless solution and an Intel Core Duo T2600 (2.16GHz) processor, and power ful IBM ThinkPad T60 Battery .? IBM does offer other versions of the T60 that use the Core Duo processor but dont meet the requirements to be called a Centrino Duo as well.?

Specs of the ThinkPad T60 Being Reviewed:

  • Model #: 2623-D3U
  • Processor: Intel T2500 2.0GHz Core Duo
  • Motherboard Chipset: Intel Calistoga i945GM/PM
  • Hard Drive: 100GB 5400RPM SATA (Hitachi Travelstar HTS541010G9SA00)
  • Memory/RAM: 1GB (1,024MB) (configurable up to 4GB)
  • Screen: 15.0″ 1400 x 1050 SXGA+ (LG Philips LP150E05 – A2)
  • Graphics: ATI X1400 128MB
  • Optical Drive: Multi-Burner DVD recordable
  • Battery: 9-cell (extended life, protrudes from back of notebook)
  • Wireless: Intel PRO/Wireless 3945ABG (802.11 a/b/g), Bluetooth 2.0, InfraRed
  • User Input: Touchpad, Pointing Stick, UltraNav buttons, Fingerpring Scanner
  • Warranty: 3-years parts and labor, 1-year thinkpad t60 battery
  • Dimensions:
    14.1″ screen config: 12.2″ x 10.0″ x 1.0-1.2″ (width x depth x thickness)
    15″ screen config: 13″ x 10.6″ x 1.2-1.4″ (width x depth x thickness)
  • Weight: 6.4lbs (14″ T60 is about 5.2 lbs with a 6-cell battery and optical drive)
  • Ports:
    • 3 USB 2.0 ports
    • dock/port replicator
    • Display-out
    • AC adapter port
    • RJ-11 (Modem)
    • RJ-45 (Ethernet LAN)
    • Audio line out for headphone/speakers
    • Microphone
  • Slots:
    • 1 Type II PC card slot
    • 1 ExpressCard 54 slot
  • Buttons:
    • Power on/off
    • Volume up/down/mute (3 buttons)
    • Wireless on/off
    • ThinkVantage shortcut button (shortcut to system support, security and diagnostics suite)
    • Battery lock and release
  • Price: $2,799 (as of 2/13/2006 at Lenovo.com)

Basically the same as its predecessor T-series notebooks did. The T60 body is a rugged plastic that does not flex. The magnesium reinforced lid won’t flex and provides amazing protection for the screen to power your Dell KD476 Dell U4873 . The keyboard does not flex — at all. The thick metal hinges that attach the screen are very rigid and ensure the screen does not wobble. The keyboard is spill proof and has two drain holes to make sure if you do happen to spill your morning Starbucks coffee, the liquid is carried away from sensitive components and out through the bottom of the notebook. The hard drive is shock mounted and the entire chassis is a newly designed magnesium “roll cage” (it offers 30% more protection that past T-series chassis), and even if your T60 is dropped and broken the Active Protection System (APS) will stop hard drive activity to prevent data loss for Dell Inspiron 6000 Battery . The double screen latch system locks securely to make sure the screen stays down when being carried around. In other words, there’s no shortcuts being used in build quality from past ThinkPad notebooks since the Lenovo takeover of IBM — only enhancements.

The inside meant that this computer had an Intel chip inside meaning better performance than those other people, way back in 1993, not that Intel focused on the insides of the computer as Dell Inspiron E1505 Battery. Watch it and this will actually be bad for them. All those people won’t even recognize the intel they knew with the new logo.

I admit it, I have no use for the Weener (Windows) keys. Its a pointless feature to have if you use other OSs or migrating AWAY from Windows. Its like Nvidia’s chipset firewall solution…Another pointless feature for “Windows Only” users. (Which causes more trouble than its really worth).

With Lenovo adopting all these “everyone else has it” features, its not the same ThinkPad anymore. They don’t stand out technologically, like they used to.

Granted, the fingerprint scanner and keyboard light is interesting, but that’s all there is. My old R50 ThinkPad has a keyboard light as well. So I guess the only thing is the fingerprint scanner.

Like the ThinkPad Z61m, the ThinkPad T60 features a 15.4-inch wide-screen display with a 1,680×1,050 native resolution that affords a large amount of screen real estate (nearly 26 columns and 51 rows on the default Excel spreadsheet) but can make text appear small. Users who fall behind on their Vitamin A supplements can configure the T60 with a 1,280×800 resolution display. As with all ThinkPads, a reading light tucked into the bezel above the screen lets you illuminate the keyboard when working in dark environments. The T60 lacks the built-in Webcam found on the Z61m’s display bezel, but not like the Dell Inspiron E1705 Battery.

As for ThinkVantage, that is useful…To some extent.

I tried to “clean restore” WinXP from the hidden partition (as Windows requires a clean installation after 2 or more years of use), and I get a crapload of errors. The Trackpoint or Touchpad seem to be no longer detected for Dell Latitude D510 Battery Dell Latitude D610 Battery , and so on. And other error messages. I couldn’t get past finishing the install. So I unhid that WinXP Partition, and formatted the sucker clean, gained 8GB back of HDD space. Which is enough for a quadriple boot…Win2k, Slackware, FreeBSD and Solaris. (And they all work fine with the Trackpoint/Touchpad).

In all Starting price is higher than comparable systems’; lacks a number of nonessential but fairly standard ports and connections. Sturdy, well-designed case; strong security features; full range of networking connections, including WWAN and Bluetooth; swappable internal bay; solid warranty terms and well-reputed support.

The article from : Notebook Review Cnet

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Nov 6
2009

Secretary Steven Chu made this announcement about the recent investment of $ 48 Million to Polypore.

I want to thank President Toth and everyone here at Polypore’s Celgard subsidiary for welcoming me today. It is always a pleasure to be with the innovators and entrepreneurs who are rebuilding this economy from the ground up. Your work here at Celgard not only powers our computers, cameras, and cars – it will power our future prosperity to replace laptop battery.

Today in Indiana, President Obama made an exciting announcement. The President announced $2.4 billion in funding through the American Recovery and Reinvestment Act for 48 advanced battery and electric vehicle projects which powered by XPS M1210 Battery, . This is the single largest investment ever made in advanced battery technology – anywhere in the world.

As you may have guessed by now, I also have an announcement of my own.

I’m pleased to announce today that Celgard will be receiving a $49 million grant to gear up production to meet the growing demand from American manufacturers for lithium ion batteries as pa3465u-1brs. With this Recovery Act funding, Celgard will be able to upgrade and expand its facilities. And we expect this will create hundreds of new American jobs for both Celgard and its suppliers and contractors.

Nationwide, the projects announced by President Obama are expected to create tens of thousands of manufacturing jobs in the battery and auto industries in the United States.

We believe these are incredibly effective investments that will come back to us many times over – by creating jobs, reducing our dependence on foreign oil, cleaning up the air we breathe, and combating climate change. They will help achieve the President’s goal of putting one million plug-in hybrid vehicles on the road by 2015 to replace the PCGA-BP71, PCGA-BP71A vechicles. And, most importantly, they will launch an advanced battery industry in America and make our auto industry cleaner and more competitive.

President Obama believes America should be leading the world in clean energy technologies. Today, we lag in many areas. For example, 98 percent of the lithium-ion batteries that power personal electronics are made in Asia. Ninety nine percent of the Sony PCGA-BP2V batteries that power America’s hybrid cars are made in Japan.

Rather than sending billions overseas to pay for clean technologies, we must start investing these dollars here in America – in America’s workers, industries, and innovations.

The United States has the opportunity to be at the forefront of this new industrial revolution that the world needs for Sony VGP-BPS5, VGP-BPS5A, – and we should seize the moment. Let’s use American ingenuity to find new approaches and new solutions. Let’s call upon our great research and development organizations to invent new technologies and bring them quickly to market. That’s why we are supporting the businesses like Celgard that will make America the world leader on clean energy.

These grants were chosen, not to simply boost a few companies, but to start an entire advanced battery industry in America. They span the supply chain for  VGP-BPS8 VGP-BPS9,– from auto parts manufacturers to battery manufacturers to automakers. The recipients range from established companies to small businesses to start-ups. The grants include education and workforce training to ensure this new industry has the workers it needs.

And they reach across the country. In addition to President Obama’s announcement in Indiana today, Vice President Biden is in Michigan announcing grant winners in that state. EPA Administrator Lisa Jackson is in Florida. And Commerce Secretary Gary Locke is in Missouri. Overall, grant recipients are located in more than 25 different states PA3384U-1BRS, PA3395U-1BRS.

The impact of these awards will continue to be felt for years to come. This serious commitment to advanced batteries and electric vehicles will lead both foreign and U.S. companies to build their new manufacturing facilities here in the United States. Those facilities will in turn drive further investments at home that will affect even wider economic circles.

That is the wonderful thing about launching a new industry – the benefits can accrue exponentially. The more manufacturers that invest in the U.S., the better all of them will do. Most importantly – the better all of America will do for 40Y7001, 40Y7003.

I am completely convinced that when America revs up our innovation machine, we can surpass any other country. And that is exactly what we are going to do. Together, we can position America to be the world leader on clean vehicles and to win the clean energy race.

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Nov 4
2009

When I found out about this neat Ubuntu tablet that is powered by AA Inspiron E1505 Battery, I started wondering if it’s possible to recharge those batteries using the musclepower of kids.

Sure, it’s easy enough for adult muscle power to generate some electricity, but could there be some ways for kids’ musclepower to be harnessed (gently) to recharge AA PC764 batteries?

What kind of not-very-tiring machines could be devised that could store mechanical energy in such a way that the energy could later be released more quickly to recharge AA Inspiron E1405 Battery via a cordless power drill running in reverse?

Of all the possible machines that could be set up (pulley systems, water pumps, hydraulic lifts), which would be the simplest, least costly and least dangerous to set up? Are there any kinds of contraptions that could be created so that even a five year old could be involved in creating electricity to recharge AA Inspiron 700m Battery?

While this would be a potentially fun tool for families to use here in the United States for Sony PCGA-BP2V, PCGA-BP71,, this could be a vital energy production/computing/education tool for families where there is no existing electrical infrastructure.

The idea of storing up a bunch of mechanical energy in order to power a high-torque generator is a good start, but I don’t think it is the right way to go. Instead, it would probably be better to skip the cordless drill, and use something designed to be a crank generator. Most rechargeable batteries can be trickle charged, or charged slowly, so it is probably better to design a hand crank that is easy to turn, and just puts out lower current. Of course, the the trade-off is that it will take longer to charge the PCGA-BP2NY and VGP-BPS8 batteries. I would start with this design for an ipod charger.

Another alternative might be to make a kid-sized pedal-powered generator iBook G4 14 Battery, and use that to charge the batteries. David Butcher made one that looks really nice, and sells plans from his website.

 

Via http://www.mt-soft.com.ar/2009/10/01/ask-make-kid-powered-battery-charger/

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