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The energy distribution and type of the particle with the highest momentum in quark jets are determined for each of the five quark flavours making only minimal model assumptions. These results provide a basis for future studies of light flavour production at other centre-of-mass energies. Finally we study the features of baryon production.
The study was aimed at obtaining a lift engine for VTOL and founding the base for the future jet lift VTOL, and at taking in the results of the jet engine element study accumulated so far and manufacturing an advanced engine. Decided on the use of domestic materials for JRthe materials to be used are almost iron- based ones. By the research results, the basis jamilla marius dragomir adobe jet lift VTOL was established, and it became the basis for the development of turbo fan engine FJR Hadron production in light and heavy, quark and antiquark jets.
Lastly, they performed a search for jet handedness in light q- and anti q- jets. Assuming Standard Model values more chris brown quark polarization in Z 0 decays, they have set an improved upper limit on the analyzing power of the handedness method. Solid evidence of magnetic reconnection is rarely reported within sunspots, the darkest regions with the strongest magnetic fields and lowest temperatures in the solar atmosphere.
Many jets have an inverted Y-shape, shown by models to be typical of reconnection in a unipolar field environment. Such highly dynamic reconnection jets and efficient heating should be properly accounted for in future modeling efforts of sunspots.
Light -quark and gluon jet discrimination in [Formula: A likelihood- based discriminant for the identification of quark- and gluon-initiated jets is built and validated using 4. Data samples with enriched quark or gluon content are used in the construction and validation of templates of jet properties that are the input to the likelihood- based discriminant. The discriminating power of the jet tagger is established in both data jamilla marius dragomir adobe Monte Carlo samples within a systematic uncertainty of [Formula: In data, light -quark jets can be tagged with an efficiency of [Formula: These discharges feature the presence of 3He, Be, C, N, Ne, whose profiles measured by active Charge Exchange diagnostics are compared with quasi-linear and non-linear gyro-kinetic simulations.
The peaking of 3He density follows the electron density peaking, Be and Ne are also peaked, 3d space model the density profiles of C and N are flat in the mid plasma region.
Gyro-kinetic simulations predict peaked density profiles for all the light impurities studied and at all the radial positions considered, and fail predicting the flat or hollow profiles observed for C and N at mid radius in our cases. Lighting system with thermal management system having point contact synthetic jets. Lighting system having unique configurations are provided. For instance, the lighting system may include a light source, a thermal management system and driver electronics, each contained within a housing structure.
The light source is jamilla marius dragomir adobe to provide illumination visible through an opening in the housing structure. The thermal management system includes a plurality of synthetic jets. The synthetic jets are arranged within the lighting system such that they are secured at contact points. Jet-Based Local Image Descriptors. We present a general novel image descriptor based on higherorder differential geometry and investigate the effect of common descriptor choices.
Our investigation is twofold in that we develop a jet-based descriptor and perform a comparative evaluation with current state-of-the-art descriptors on Selective light sintering of Aerosol- Jet printed silver nanoparticle inks on polymer substrates. Printing silver nanoparticle inks to generate conductive structures for electronics on polymer substrates has gained increasing relevance in recent years. The luckner blanch ink requires thermal post-treatment to obtain sufficient electrical conductivity and adhesion.
However, commonly used oven sintering cannot be applied for many thermoplastic substrates due to low melting temperatures. In this study a new sintering technology, selective light sintering, is presented, based on the focused, continuous light beam of a xenon lamp. Sintering experiments were conducted with Aerosol- Jet printed structures on various polycarbonate PC substrates. Especially on neat, light transparent PC, silver tracks were evenly sintered with marginal impact to the substrate.
Electrical conductivities significantly exceed the values obtained with conventional oven sintering. Adhesive strength is sufficient for conductive tracks. Experiments with non-transparent PC substrates led to substrate damage due to increased light absorption. Therefore a concept for a variation of light sintering was developed, using optical filters. First experiments showed significant reduction of substrate damage and good sintering qualities. The highly promising results of the conducted experiments provide a base for further investigations to increase adhesion and qualifying the technology for MID applications and a broad spectrum of thermoplastic substrates.
Directory of Open Access Journals Sweden. Full Text Available To improve the jet performance of a bi-piezoelectric jet dispenser, mathematical and simulation models were established according to the operating principle. In order to improve the accuracy and reliability of the simulation calculation, a viscosity model of the fluid was fitted to a fifth-order function with shear rate based on rheological test data, and the needle displacement model was fitted to a jamilla marius dragomir adobe function with time based on real-time displacement test data.
The results show that jet performance is related to the diameter of the nozzle outlet and the cone angle of the nozzle, and the jamilla marius dragomir adobe of the flow channel structure were confirmed. The approach of numerical simulation is confirmed by the testing results of droplet volume. It will provide a reliable simulation platform for mechanical collision- based jet dispensing and a theoretical basis for performance research journal pdf jet valve design and improvement.
Fan-shaped jets above the light bridge of a sunspot driven by reconnection. We interpret them as jets of transition region temperatures. The magnetic field in the light bridge has a strength of 0. All jet properties are consistent with magnetic reconnection as the driver. Jamilla marius dragomir adobe associated to Figs. In this program, we intend to combine continued advances in this PHOLED technology with the striped RGB lighting design to demonstrate a high-efficiency, white lighting source.
Using this background technology, the team has focused on developing and demonstrating the novel cost-effective OVJP process to fabricate these high-efficiency white PHOLED light sources. Because this groundbreaking OVJP process is a direct printing approach that enables the OLED stripes to be printed without a shadow mask, OVJP offers very high material utilization and high throughput jamilla marius dragomir adobe the costs and wastage associated with a shadow mask i.
Measurement of thermal plasma jet temperature and velocity by laser light lineshape analysis. Two important parameters of thermal plasma jets are kinetic or gas temperatures and flow velocity. Gas temperatures have been traditionally measured using emission spectroscopy, but this method depends on either the generally unrealistic assumption of the existence of local thermodynamic equilibrium LTE within the plasma, or the use of various non-LTE or partial LTE models to relate the intensity of the emission lines to the gas temperature.
Plasma jet velocities have been measured using laser Doppler velocimetry on particles injected into the plasma. However, this method is intrusive and it is not known how well the particle velocities represent the gas velocity.
Recently, plasma jet velocities have been measured from the Doppler shift of laser light scattered by the plasma. In this case, the Doppler shift was determined from the difference in the transmission profile of a high resolution monochromator between red shifted and blue shifted scattered light.
A direct approach to measuring localized temperatures and velocities is afforded by high resolution scattered light lineshape measurements. The linewidth of laser light scattered by atoms and ions can be related to the kinetic temperature without LTE assumptions, while a shift in the peak position relative to the incident laser lineshape yields the gas velocity. We report in this paper work underway to measure gas temperatures and velocities in an argon thermal plasma jet using high resolution lineshape analysis of scattered laser light.
Jet identification based on probability calculations using Bayes' theorem. Identification using jet energies and fragmentation properties was treated separately in order to jamilla marius dragomir adobe the degree of quark-gluon separation that can be achieved by either of these approaches.
In the case of jamilla marius dragomir adobe fragmentation- based identification, a neural network was used, and a test of the dependence on the jet production process and the fragmentation model was done. Instead of working with the separation variables directly, these have been used to calculate probabilities of having a specific type of jetaccording to Bayes' theorem. This offers a direct interpretation of the performance of the jet identification and provides a simple means of combining the results of the energy- and fragmentation- based identifications.
Freeman, J. At collider experiments, b taggers allow one to distinguish particle jets containing B hadrons from other jets ; these algorithms have been used for many years with great success at CDF.
Rail planner live 2.3.3 apk feed-forward neural network architectures, HOBIT provides an output value ranging from approximately -1 " light-jet like" to 1 "b- jet like" ; this continuous output value has been tuned to provide maximum sensitivity in light Higgs boson search analyses.
We present features of the tagger as well as its characterization in the form of b- jet finding efficiencies and false light-jet tag rates. Searching for light higgsinos with B- jets and missing leptons. A recently proposed class of supersymmetric models predicts rather light and nearly massdegenerate higgsinos, while the other superparticles are significantly heavier. In this paper we study the early LHC phenomenology of a benchmark model of this kind. If the squarks and gluinos, and in particular the lighter stop, are still light enough to be within reach, then evidence for our model can hrs piano song found in hadronic SUSY searches.
Moreover, with dedicated searches it will be possible to distinguish the light higgsino model from generic SUSY models with a bino LSP. Search channels with b- jets and with isolated leptons play a crucial role for model discrimination.
Increased understanding of the internal flow of piezoelectric- based synthetic jet actuators is needed for the development of specialized actuator cavity geometries to increase jet momentum coefficients and tailor acoustic resonant frequencies. Synthetic jet actuators can benefit from tuning of the structural resonant frequency of the piezoelectric diaphragm s and the acoustic resonant frequency of the actuator cavity such that they experience constructive coupling.
The resulting coupled behavior produces increased jet velocities. The ability to design synthetic jet actuators to operate with this behavior at select driving frequencies allows for them to be better used in flow control applications, which sometimes require specific jet frequencies in order to utilize the zion y lennox album instabilities of a given flow field.
A parametric study jamilla marius dragomir adobe varying actuator diameters was conducted to this end. Phase-locked data were collected on the jet velocity, the cavity pressure at various locations, and jamilla marius dragomir adobe three-dimensional deformation of the surface of the diaphragm.
These results were compared to previous analytical work jamilla marius dragomir adobe the interaction between the structural resonance of the diaphragm and the acoustic resonance of the cavity. Funded by the Boeing Company. Sirunyan, A. The analysis is based on data corresponding to an integrated luminosity of No resonant excess jamilla marius dragomir adobe found, and upper limits are set on the product of the excited quark cross section and its branching fraction as a function of its mass.
Factorization for the light-jet mass and hemisphere soft function. Many collider observables suffer from non-global logarithms not captured by standard resummation techniques.
Classic examples are the light-jet mass event shape in the limit of small mass jamilla marius dragomir adobe the related hemisphere soft function.
We derive factorization formulas for both of these and explicitly demonstrate that they capture all logarithms present at NNLO. These formulas achieve full scale separation and provide the basis for all-order resummations. A characteristic feature of jamilla marius dragomir adobe observables is that jamilla marius dragomir adobe soft radiation is driven by multi-Wilson-line operators, and the ones arising here map onto those relevant for the case of narrow-cone jet cross sections.
Numerically, the contributions of non-global logarithms to resummed hemisphere-mass event shapes are sizeable.