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Thermal Optimization of Electronic Equipment: Form Factor Improvement
2009 Third UKSim European Symposium on Computer Modeling and Simulation, 2009The need to have equipments with a low form factor, defined as depth divided by the width multiplied by the height, is very essential for a particular product to be marketable. Thus, when an old product needs to be customized to a new form factor, while maintaining the standardized components, there will be distorted thermal distribution. In this study,
Kahar Osman +3 more
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Magnetic form-factors by 180° electron scattering
Physics Letters, 1962Elastic magnetic scattering peaks resulting from the scattering of 41.5- Mev. electrons through 180 deg are shown for Li/sup 6/ and Li/sup 7/. Cross sections are (4 plus or minus 2) x 10/sup -33/ and (5.8 plus or minus 0.4) x 10/sup -32/ cm/sup 2//sr for Li/sup 6/ and Li/sup 7/, respective ly.
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Fine structure in the dynamic form factor of an electron liquid
Physical Review B, 1984Using a simple model for the quasiparticle damping, we show how the fine structure observed in the dynamic form factor of an electron liquid can be understood on purely kinematic considerations. We also show that more realistic calculations of the self-energy including vertex corrections leave the qualitative features of the model unchanged.
Giovanni Vignale, Shafiqur Rahman
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Scaling Printable Zn–Ag2O Batteries for Integrated Electronics
Advanced Energy Materials, 2019Printed batteries are an emerging solution for integrated energy storage using low‐cost, high accuracy fabrication techniques. While several printed batteries have been previously shown, few have designed a battery that can be incorporated into an ...
Rajan Kumar +3 more
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Amoeba‐Inspired Self‐Healing Electronic Slime for Adaptable, Durable Epidermal Wearable Electronics
Advanced Functional MaterialsEpidermal electronics has garnered significant research attention due to its promising applications in wearable human‐machine interfaces and intelligent healthcare sensing.
Yu Feng +8 more
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Magnetic form factor of electrons in 3d bands
AIP Conference Proceedings, 1975The formalism for calculating the spin density or magnetic form factor for tight‐binding band electrons is considered in the case where nearest‐neighbor overlap is not negligible. The formalism leads to a description of the system in terms of a two‐component form factor, one of which is identical to the atomic form factor and the other is related to ...
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Emerging Thermoelectric Generators Based on Printed and Flexible Electronics Technology
Italian National Conference on Sensors, 2020Thermoelectrics (TE) presents great potential for harvesting electrical energy from waste heat, and for providing on-demand heating and cooling. However, the widespread of TE devices has been limited so far by their costly fabrication and restrictive ...
F. Molina‐Lopez
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Energy Efficiency of Low Form Factor Cooling Devices
, 2007With increasing attention to the energy efficiency of consumer and commercial products, thermal engineering and science community is devoting greater effort and attention to the design and implementation of energy-efficient cooling solutions.
M. Arik +3 more
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Three-pion form factor from electron-positron experiments
Il Nuovo Cimento, 1961The reaction e+ + e- yields + + pi - + pi 0 mentally, following preliminary calculations based on previous work (N. Cabibbo and R. Gatto, Phys. Rev. Letters 4, 3l3(l960)). A 3 pi resonance peak was found at E 525 Mev.
G. Da Prato, G. Putzolu
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Electron form factors up to fourth order. - I
Il Nuovo Cimento A, 1972The explicit results of the analytic evaluation of the discontinuities of the electron form factors and of their zero-momentum-transfer values, up to the fourth order of the perturbative expansion of QED in the electric charge, are presented. Asymptotic and threshold behaviours are discussed.
R. Barbieri, E. Remiddi, J. A. Mignaco
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