| Laser technology (11) |  |
| Pulsed laser (15) | |
| Laser technology (11) | |
| Pulsed laser (15) | |
the scientists used a technique called laser capture microdissection that was effective in removing individual cells from the chip without damaging them,
Tseng said it is conceivable that the new system will replace laser capture microdissection as the standard protocol. ith our new system,
Laser marking might be the answerbut existing techniques produce microscopiccracks in the glass. It was to find a solution to this problem that the EU-funded SFERA project was set upusing funding from a programme designed tostimulate innovation by fostering cooperationbetween small and medium sized businessesaround Europe.
In a sector where aesthetics arecrucial the laser engraving is almost invisible. More than that it can even be used to produceattractive light diffraction effects taht actuallyenhance the product a real win-win situation.
#Laser detects distant bombs with 99%accuracy Texas A&m University rightoriginal Studyposted by Ryan Garcia-Texas A&m on August 13 2014new laser technology makes it possible to identify explosives biological
The ability to mold inorganic nanoparticles out of materials such as gold and silver in precisely designed 3-D shapes is a significant breakthrough that has the potential to advance laser technology microscopy solar cells electronics environmental testing
earlier the group developed the Pulsed laser deposition technique (PLD)# for this building the materials one atomic layer at a time.
#Nanoparticles could provide easier route for cell therapy UT Arlington physics researchers may have developed a way to use laser technology to deliver drug and gene therapy at the cellular level without damaging surrounding tissue.
and their design was done traditionally by manufacturing but now, with 3d printing, computer manufacturing and more laser technology,
Commonly, femtosecond-short shutter speeds are provided by short-pulse laser technology, but laser light is not able to spatially resolve atoms.
only a small fraction of the pump light was used to excite a small fraction of the NVS,
the Jamieson Career development Assistant professor in Electrical engineering and Computer science and one of the designers of the new device. e make use of almost all the pump light to measure almost all of the NVS.
on a substrate crystal of nonmagnetic strontium titanate using a method pulsed laser deposition developed many years ago for high-temperature superconductors and multicomponent materials by Prof Venkatesan,
ultrafast laser technology to make high-resolution, 3-D structures in silk protein hydrogels. The laser-based micropatterning represents a new approach to customized engineering of tissue and biomedical implants.
World-leading optical technologies and ultrashort pulsed laser systems of extreme stability provide the know-how necessary for this study.
"The pulsed laser modes successively strike the moving electrons at a slanting angle, fashioning a three-dimensional trap for the electrons."
#4-D laser printing: holograms and beyond Novel tech that manipulates light has applications beyond holograms,
An efficient terahertz emission from two-dimensional arrays of gold split-ring resonator metamaterials was discovered as a result of excitation by a near-infrared pulsed laser.
and their design was done traditionally by manufacturing but now, with 3d printing, computer manufacturing and more laser technology,
and laser technology for some time and encountered some pitfalls along the way. evertheless, we have overcome these with a mixture of technical solutions.
"Our oxide is deposited through pulsed laser ablation (i e. a strong laser pulse literally blows off some of the material which travels across a chamber and sticks onto a substrate,
The ability to mold inorganic nanoparticles out of materials such as gold and silver in precisely designed 3d shapes is a significant breakthrough that has the potential to advance laser technology microscopy solar cells electronics environmental testing disease
AOPTIX originally developed its laser technology for the Pentagon, designing systems that actively steer laser beams to keep data moving between ground stations, drones, and fighter jets.
It s akin to a very low-yield 3-D laser printer. First they use this method to create the desired structure a lattice out of a polymer.
It was synthesized through pulsed laser ablation (PLA) with Tokyo Chemical industry Co. 1-octyne solution (10ml) over several eight-hour periods.
and copper structures The method developed at the University of Twente in The netherlands involves microscopic drops created from a thin metal film that is melted by a pulsed laser.
#3d printing breakthrough creates tiny metal structures The method developed at the University of Twente in The netherlands involves microscopic drops created from a thin metal film that is melted by a pulsed laser.
The team used pulsed laser deposition to co-deposit epitaxial? -Bi2o3 and disordered platinum. Annealing the film in air forced the platinum to oxidize
and they contain laser technology (developed by the University of Hertfordshire) to detect particulates from cars and lorries.
A pulsed laser controls the light arc In a similar style to old-fashioned film projectors, the laser arc method generates an arc between an anode and a cathode (the carbon) in a vacuum.
a pulsed laser is scanned vertically across a rotating graphite cylinder as a means of controlling the arc.
These droplets are made by melting a thin metal film using a pulsed laser. Their work is published in Advanced Materials 3d printing is a rapidly advancing field,
In this method, a pulsed laser is focused on a thin metal film. that locally melts and deforms into a flying drop.
The contracts leveraged 3ds Selective laser sintering and Direct Metal 3d printing capabilities to meet the high standards of production demanded by the US Air force.
The measurement approach is called sequential two-photon laser induced fluorescence (2p-LIF) and uses two different laser beams to excite mercury atoms
which was developed by researchers from the University's Optoelectronics Research Centre (ORC) has potential applications in a number of fields that use pulsed lasers including telecommunications metrology sensing and material processing.
The new method works on a fundamentally different principle to existing pulsed lasers. It relies upon the coherent combination of multiple semiconductor lasers each operating continuous-wave at different precisely defined frequencies (wavelengths.
We believe that this work is likely to be of direct interest to scientists working in virtually any field of optics where pulsed laser sources are used.
as well as miniature NS honeycomb cells, from nylon using selective laser sintering for experimentation. NS honeycombs can be made from a variety of materials to suit distinct applications.
They also determined the nonlinear optical response of the nanosheets to a pulsed laser by measuring the amount of light that is transmitted.
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