Übersetzung für "Laser cooling" in Deutsch

Since then, laser cooling has been improved to reach even lower temperatures.

The fi rst step of the laser cooling procedure has become much easier now.

After laser cooling, the second phase of the temperature reduction begins in the magnetic trap.

This principle, which Kippenberg’s team developed, is called optomechanical laser cooling.

Professor Ertmer's core research areas are atomic physics, quantum optics and laser cooling.

Laser cooling is one of the cooling techniques: Atoms emit their energy in the form of light.

In his doctoral research he worked under the supervision of Theodor Hänsch on subrecoil laser cooling and optical lattices.

Laser cooling can slow atoms to just a few centimeters per second— enough for the motion caused by atomic quantum effects to become obvious.

He shared the 1997 Nobel Prize in Physics with Steven Chu and William Daniel Phillips for research in methods of laser cooling and trapping atoms.

Since the working gas, however, strongly heats up when passing through the discharge space, thus lowering the degree of effectiveness and the output power of the laser, a good cooling of the gas by, for instance, water-supplied heat exchangers 32, 33 is required.

The largest physical separation between the partial wave packets of atoms was achieved using laser cooling techniques and stimulated Raman transitions by S. Chu and coworkers in Stanford.

The switching regulator can be employed with particular advantage for the feed of temperature-controlled Peltier elements which serve for cooling laser diodes.

The device according to claim 34, further comprising a device for cooling the laser diode, the cooling device having a Peltier component.

During laser welding a cooling action by ambient air is well known as is the injection of cooling air through nozzles or the infeed of gases such as helium or argon.

The advantage of the above possibility of coupling in resides in a compact scanner, in absolute adjustability as well as in decoupling of the vibration caused by the laser cooling.

Thus the resonator can follow a continuous variation of the incident light frequency only over a limited frequency interval (fast, continuous frequency tuning is required, e.g., for laser cooling of atoms).

Although at first sight it seems to be meaningless to again remove 80 to 90% of the introduced laser energy by cooling, it is exactly this measure which ensures that even at a relatively large distance from the probe, the tissue can be heated without vaporizing or carbonizing tissue in the immediate proximity of the probe and without destroying the probe itself.

Already at that time, he received great attention with his work on Doppler-free laser spectroscopy, on dye laser, and on laser cooling of atoms.

Due to an innovative highly efficient laser cooling, these systems provide more than 100 shots per second.

The MTA Group presented its latest development in the area of laser cooling at LASYS 2012 in Stuttgart under the name "T3Laser".

The first challenge was to ensure laser operational reliability and prevent temperature fluctuations and damages by cooling laser source and optics.