Optical lattice clocks, despite their high levels of performance in 1-D, have to deal with a tradeoff.
For a Fermi quantum gas under this clock's operating conditions, quantum mechanics favors a configuration where each individual lattice site is occupied by only one atom, which prevents the frequency shifts induced by atomic interactions in the 1-D version of the clock.
engine performance screening was carried out in order to investigate the brake thermal efficiency potential of the chosen Volvo 55% BTE engine concept.
beam with a circular cross-section of 50 mm diameter and 1.5 mm thickness is the best approximation for the CCB tube of the 4 vehicle classes that are considered.
The reflection characteristics of the 1-D
EBG ground plane were calculated by using a commercial simulation tool, HFSS, under the simulation conditions shown in Figure 3.
In this study, we used 1-D
SMG with A-mode ultrasound signals and a single-element ultrasound transducer to detect thickness changes in forearm muscles during contraction .
AFS Plant Engineering Committee (1-D
) Principal Author.- David E.
Toon said 1-D
models essentially balance the amount of sunshine reaching the atmosphere, clouds, and Earth's terrestrial and aquatic surfaces with the amount of "earthshine" being emitted back into the atmosphere, clouds, and space, primarily in the infrared portion of the electromagnetic spectrum.
Most processes occurring in star systems millions of light years away from our solar system are complex 3-D phenomena That previously were only able to be crudely modeled using 1-D
Capability: CFCalc for Palm operating-system handhelds is a calculator for compressible flow functions, including 1-D
isentropic and 1-D
normal shock properties.
It is truly versatile--it reads 1-D
rack barcodes, 1-D
barcoded tubes and 2-D data-matrix coded tubes (in 96-, 48- and 24-well formats) all in <1 sec.
Theorists have predicted the existence of intriguing properties at one-dimensional (1-D
) boundaries between two crystalline components, but experimental verification has eluded researchers because atomically precise 1-D
interfaces are difficult to construct.