Simultaneous measurements of OH, mixture fraction and velocity
... more flexibility in assisting flame stabilization than the usual processes (bluff-body, stabilizer, quarl, swirl, …). Electric fields are known to enhance stabilization of turbulent flame (Lee et al. 2005;Sakhrieh et al. 2005;Won et al. 2007;Won et al. 2008). The physical processes involved are not ...
... more flexibility in assisting flame stabilization than the usual processes (bluff-body, stabilizer, quarl, swirl, …). Electric fields are known to enhance stabilization of turbulent flame (Lee et al. 2005;Sakhrieh et al. 2005;Won et al. 2007;Won et al. 2008). The physical processes involved are not ...
Tunnel Ionization in Strong Fields in atoms and
... oscillating laser field. This can occur when the light field suppresses the atomic or molecular potential in such a way as to allow an electron to escape through tunneling. There are several exciting processes that can occur through this mechanism which will be explored in greater detail later. Prio ...
... oscillating laser field. This can occur when the light field suppresses the atomic or molecular potential in such a way as to allow an electron to escape through tunneling. There are several exciting processes that can occur through this mechanism which will be explored in greater detail later. Prio ...
THE QUANTUM HALL EFFECT: NOVEL EXCITATIONS AND BROKEN SYMMETRIES S.M. GIRVIN COURSE 2
... growth direction. The dark circles indicate the Si+ ions which have donated electrons into the quantum well. The lowest electric subband wave function of the quantum well is illustrated by the dashed line. It is common to use an alloy of GaAs and AlAs rather than pure AlAs for the barrier region as ...
... growth direction. The dark circles indicate the Si+ ions which have donated electrons into the quantum well. The lowest electric subband wave function of the quantum well is illustrated by the dashed line. It is common to use an alloy of GaAs and AlAs rather than pure AlAs for the barrier region as ...
Nonlinear effects at the Fermilab Recycler e
... ceases at about |An /A1 | = 20 - 30 which limit is achieved at W t = 8 - 10. The saturation cannot be treated as Landau damping because thin proton beam with negligible incoherent tune spread could not be an object of this phenomenon. Therefore the nonlinearity does not prevent the instability in th ...
... ceases at about |An /A1 | = 20 - 30 which limit is achieved at W t = 8 - 10. The saturation cannot be treated as Landau damping because thin proton beam with negligible incoherent tune spread could not be an object of this phenomenon. Therefore the nonlinearity does not prevent the instability in th ...
Radial interchange motions of plasma filaments
... lead to the formation of structures known as plumes or thermals that travel in the direction of buoyancy.44–48 Another well known example is the phenomenon that takes place during ionospheric irregularities where localized regions of plasma depletions, often referred to as bubbles, move radially out ...
... lead to the formation of structures known as plumes or thermals that travel in the direction of buoyancy.44–48 Another well known example is the phenomenon that takes place during ionospheric irregularities where localized regions of plasma depletions, often referred to as bubbles, move radially out ...
NOVEL ON-LINE MID INFRARED DETECTION STRATEGIES IN CAPILLARY ELECTROPHORETIC SYSTEMS Malin Kölhed
... can be subdivided into far-, mid- and near- regions. The focus of attention in this thesis is the mid-IR region, in which the fundamental vibrations of most organic compounds are located, thus providing scope for positive structural identification. However, while such near-ubiquitous signals can be ...
... can be subdivided into far-, mid- and near- regions. The focus of attention in this thesis is the mid-IR region, in which the fundamental vibrations of most organic compounds are located, thus providing scope for positive structural identification. However, while such near-ubiquitous signals can be ...
Kein Folientitel
... • comparable to microscopic scale (gyroradius, inertial length,...) -> microinstability (affects plasma locally) ...
... • comparable to microscopic scale (gyroradius, inertial length,...) -> microinstability (affects plasma locally) ...
Lect04
... A capacitor is an electrical device consisting of two conductors separated by free space or another conducting medium. To evaluate the capacitance of a two conductor system, we must find either the charge on each conductor in terms of an assumed potential difference between the conductors, or the po ...
... A capacitor is an electrical device consisting of two conductors separated by free space or another conducting medium. To evaluate the capacitance of a two conductor system, we must find either the charge on each conductor in terms of an assumed potential difference between the conductors, or the po ...
Collisional plasma sheath model
... surface, such as an electrode or wall, a strong, localized electric field appears between the plasma and that surface. This ion rich boundary layer, called the sheath, 1 confines electrons in, and expels ions from, the plasma. The energy that ions gain as they fall through the sheath regulates both ...
... surface, such as an electrode or wall, a strong, localized electric field appears between the plasma and that surface. This ion rich boundary layer, called the sheath, 1 confines electrons in, and expels ions from, the plasma. The energy that ions gain as they fall through the sheath regulates both ...
Time in physics
Time in physics is defined by its measurement: time is what a clock reads. In classical, non-relativistic physics it is a scalar quantity and, like length, mass, and charge, is usually described as a fundamental quantity. Time can be combined mathematically with other physical quantities to derive other concepts such as motion, kinetic energy and time-dependent fields. Timekeeping is a complex of technological and scientific issues, and part of the foundation of recordkeeping.