Người Mỹ gốc Việt giúp Hải-Quân Hoa-Kỳ tiêu-diệt Hoả-tiễn DF-21D của Trung Cộng
Một khoa học gia gốc
Việt, Tiến Sĩ Nguyễn Định, hiện là trưởng công trình nghiên cứu chế tạo loại vũ
khí mới mang tên Free Electron Laser (FEL). Đây là loại vũ khí dùng để phá huỷ
hoả tiễn tấn công của đối phương, kể cả hoả tiễn DF-21D của Trung Cộng hiện đang
đe doạ các Hàng Không Mẫu Hạm và các Chiến Hạm Hoa Kỳ.
Hoả Tiễn
DF-21D cùa Tàu Cộng đe doạ HKMH Hải quân Hoa Kỳ
Trong bản Tường trình trước Quốc Hội Hoa Kỳ (CRS Report for Congress) của
Ronald O' Rourke ngảy 21 tháng 1 năm 2011, trang 38 có tường trình về công
trình nghiên cứu và sáng chế vũ khí mới - Free Electron Laser (FEL) program - của
Tiến Sĩ Nguyễn Định.
Khu-Trục-Hạm
AEGIS sẽ được trang bị Free Electron Laser
Trung Cộng đang ngạo mạn phô trương sức mạnh của Hoả tiễn DF-21D, đe dọa các Hàng Không Mẫu Hạm Hoa Kỳ. Nhưng lũ Chệt đâu ngờ một loại vũ khí mới mang tên Free Electron Laser (FEL) của TS Nguyễn Định sẽ hủy diệt được DF-21D, làm tiêu tan "tham vọng Đại-Hán" nhằm khống chế biển đông. !
Free Electron Laser đang còn trong giai đoạn hoàn chỉnh và các Chiến hạm Hoa Kỳ sẽ được trang bị công trình sáng chế loại vũ khí mới này .
LANL
scientists are instrumental in making breakthrough for the Navy
By John Severance - Sunday, January 23, 2011 at 12:00 pm
By John Severance - Sunday, January 23, 2011 at 12:00 pm
Thanks to the Los
Alamos National Laboratory (LANL), the Navy took a big step in its quest to
build a powerful new anti-aircraft gun. LANL scientists have achieved a
breakthrough with the Office of Naval Research’s Free Electron Laser (FEL)
program, demonstrating an injector capable of producing the electrons needed to
generate powerful megawatt-class laser beams for the Navy’s next-generation
weapon system.
The Dec. 20 milestone, which happened months ahead of schedule, was highlighted in a two-day preliminary design review Jan. 20-21 in Virginia.
The Dec. 20 milestone, which happened months ahead of schedule, was highlighted in a two-day preliminary design review Jan. 20-21 in Virginia.
“The injector
performed as we predicted all along,’’ said Dr. Dinh Nguyen, senior project
leader for the FEL program at the lab. “But until now, we didn’t have the
evidence to support our models. We were so happy to see our design, fabrication
and testing efforts finally come to fruition. We’re currently working to
measure the properties of the continuous electron beams, and hope to set a
world record for the average current of electrons.’’
Nguyen said Boeing,
which had a measurement of 32 milliampere in 1993, holds the record for
measuring properties of the continuous electron beams. The project leader said,
“We are not there yet but we hope to break it in the near future.” At the
demonstration, Nguyen received a lot of positive feedback from members of the
ONR. But he was not about to take a lot of the credit.
“This is a team
effort,” Nguyen said. He credited 15 other LANL employees for helping him with
the research. “The best thing is that the Navy is looking at Los Alamos as the
go-to lab for this kind of technology. This is a good sign for the lab.”
Nguyen said he and
his team have been working on the project since 2006 but he has been working on
the technology at the lab since the mid-1980s.
Asked where this
accomplishment stacks up in his LANL career, which started in 1984, Nguyen
said, “It’s not the most important, but it is up there.”Quentin Saulter, the
FEL program manager for ONR, said in a release the implications of the FEL’s
progress are monumental.
“This is a major
leap forward for the program and for FEL technology throughout the Navy,”
Saulter said. “The fact that the team is nine months ahead of schedule provides
us plenty of time to reach our goals by the end of 2011.”
The research is a
necessary step for the Department of the Navy to one day deploy the megawatt-class
FEL weapon system, revolutionizing ship defense, Saulter said. “The FEL is
expected to provide future U.S. Naval forces with a near-instantaneous laser
ship defense in any maritime environment throughout the world.”
ONR’s FEL project
began as a basic science and technology program in the 1980s and matured into a
working 14-kilowatt prototype. In fiscal 2010, it graduated from basic research
to an Innovative Naval Prototype, earning the backing needed by senior Navy
officials to ensure its evolution to advanced technology and potential
acquisition.
On the ONR website,
Saulter explains the program. “The Navy’s future Free Electron Laser (FEL)
weapon system is being designed to be game changing,” Saulter said. “The
capability of having speed-of-light delivery for a wide range of missions and
threats is a key element of a future shipboard layered defense. The design is
to be able to have selectable wavelengths for use at sea. “It will demonstrate
scalability of the necessary FEL physics and engineering for an eventual
megawatt-class device. It will focus on the design, development, fabrication,
integration and test of a 100-kw class FEL device. Future needs for ship
integration and beam control will be considered. This revolutionary technology
allows for multiple payoffs to the war fighter.
“The ability to control the strength of the beam provides for graduated lethality and the use of light vice, an explosive munition, provides for low per engagement and life cycle costs. In fact, it provides an effective alternative to using expensive missiles against low value targets. Not worrying about propulsion and working at the speed of light allows for precise engagement and the resulting low collateral damage. Speed-of-light engagement also allows for a rapid reaction to moving and/or swarming time critical and swarming targets.”
“The ability to control the strength of the beam provides for graduated lethality and the use of light vice, an explosive munition, provides for low per engagement and life cycle costs. In fact, it provides an effective alternative to using expensive missiles against low value targets. Not worrying about propulsion and working at the speed of light allows for precise engagement and the resulting low collateral damage. Speed-of-light engagement also allows for a rapid reaction to moving and/or swarming time critical and swarming targets.”
The laser works by
passing a beam of high-energy electrons generated by an injector, through a
series of strong magnetic fields, causing an intense emission of laser light.
ONR hopes to test the FEL in a maritime environment as early as 2018.
“There still is a
lot more testing,” Nguyen said.
Scientists at Los Alamos National Laboratory, headed by Dr. Dinh Nguyen, senior project leader for the Free Electron Laser program at the lab, made a breakthrough when they unveiled an injector, below, capable of producing the electrons needed to generate megawatt-class laser beams for the Navy’s next-generation weapon system.
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