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1. Dielectric relaxation in biological systems
: physical principles, methods, and applications
by Raicu, Valerica, editor
2015, 1st edition., ISBN 9780199686513, xix, 429
Macromolecules | Dielectric Spectroscopy | Biological systems | Dielectric relaxation
Book
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2. Full Text Publisher Correction: Universal strategy for Ohmic hole injection into organic semiconductors with high ionization energies
by Kotadiya, Naresh B and Lu, Hao and Mondal, Anirban and Ie, Yutaka and Andrienko, Denis and Blom, Paul W M and Wetzelaer, Gert-Jan A H
Nature materials, ISSN 1476-1122, 06/2018, Volume 17, Issue 6, pp. 563 - 563
Ohmic | Organic semiconductors | Ionization
Journal Article
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3. Full Text Terahertz range surface-wave bragg resonators with optimized ratio between ohmic and radiative losses
by Malkin, Andrey M and Demchenko, P and Ginzburg, N.S and Fil'Chenkov, S.E and Sergeev, A.S and Zaslavsky, V.Yu
EPJ Web of Conferences, ISSN 2101-6275, 11/2018, Volume 195, p. 6021
Ohmic
Conference Proceeding
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4. Full Text Correction: Geobacter sulfurreducens pili support ohmic electronic conduction in aqueous solution
by Ing, Nicole L and Nusca, Tyler D and Hochbaum, Allon I
Physical chemistry chemical physics : PCCP, ISSN 1463-9076, 1/2018, Volume 2, Issue 2, pp. 1294 - 1294
Aqueous solutions | Ohmic | Uranium
Journal Article
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5. Full Text Ohmic-assisted hydrodistillation technology: A review
by Gavahian, Mohsen and Farahnaky, Asgar
Trends in food science & technology, ISSN 0924-2244, 02/2018, Volume 72, pp. 153 - 161
Distillation | Ethanol | Ohmic heating | Ohmic-assisted hydrodistillation | Essential oils | Commercialization | Life Sciences & Biomedicine | Food Science & Technology | Science & Technology | Volumetric analysis | Energy consumption | Ohmic | Thermodynamic efficiency | Industrial applications | Plant extracts | Technology | Heating | Energy conservation | Food industry | Sustainability | Heat treating | Food processing industry
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6. Full Text Influence of Al Doping Concentration and Annealing Parameters on TiAl Based Ohmic Contacts on 4H-SiC
by Rommel, Mathias and Erlbacher, Tobias and Bauer, Anton J and Kocher, Matthias
Materials science forum, ISSN 0255-5476, 06/2018, Volume 924, pp. 393 - 396
4H SiC | Ohmic contact | Ti/Al ohmic contacts | Modeling | Ti3SiC2 | Ohmic | Contact resistance
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7. Full Text Contact engineering for 2D materials and devices
by Schulman, Daniel S and Arnold, Andrew J and Das, Saptarshi
Chemical Society reviews, ISSN 0306-0012, 5/2018, Volume 47, Issue 9, pp. 337 - 358
Physical Sciences | Chemistry | Chemistry, Multidisciplinary | Science & Technology | Interlayers | Layered materials | Two dimensional materials | Ohmic
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8. Full Text InAlN/AlN/GaN HEMTs With Regrown Ohmic Contacts and f of 370 GHz
by Yuanzheng Yue and Zongyang Hu and Jia Guo and Sensale-Rodriguez, B and Guowang Li and Ronghua Wang and Faria, F and Tian Fang and Bo Song and Xiang Gao and Shiping Guo and Kosel, T and Snider, G and Fay, P and Jena, D and Huili Xing
IEEE electron device letters, ISSN 0741-3106, 07/2012, Volume 33, Issue 7, pp. 988 - 990
molecular beam epitaxy (MBE) | cutoff frequency | f_{T} | AlN | InAlN | MODFETs | Gallium nitride | Delay | high-electron-mobility transistor (HEMT) | regrown ohmic contacts | GaN | HEMTs | Logic gates | Ohmic contacts | transistor | Engineering, Electrical & Electronic | Engineering | Technology | Science & Technology
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9. Full Text ( e^sup 2^/h ) Conductance Plateau without 1D Chiral Majorana Fermions
by Wenjie Ji and Xiao-Gang Wen
Physical review letters, ISSN 0031-9007, 03/2018, Volume 120, Issue 10, p. 107002
Resistance | Ohmic | Fermions | Electric contacts
Journal Article
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10. Full Text Impact of Ohmic Resistance on Measured Electrode Potentials and Maximum Power Production in Microbial Fuel Cells
by Logan, Bruce E and Zikmund, Emily and Yang, Wulin and Rossi, Ruggero and Kim, Kyoung-Yeol and Saikaly, Pascal E and Zhang, Fang
Environmental science & technology, ISSN 0013-936X, 08/2018, Volume 52, Issue 15, pp. 8977 - 8985
Engineering | Engineering, Environmental | Life Sciences & Biomedicine | Technology | Environmental Sciences & Ecology | Science & Technology | Environmental Sciences | Brushes | Microbiology | Ohmic | Conductivity | Fuel technology | Crossovers | Electrode potentials | Constraining | Electrodes | Electric power generation | Microorganisms | Environmental science | Buffer solutions | Fuel cells | Biochemical fuel cells | Electrochemistry | Impact resistance | Maximum power | Acetic acid | Anodes | Cathodes
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11. Full Text Supercapacitive microbial desalination cells: New class of power generating devices for reduction of salinity content
by Santoro, Carlo and Abad, Fernando Benito and Serov, Alexey and Kodali, Mounika and Howe, Kerry J and Soavi, Francesca and Atanassov, Plamen
Applied energy, ISSN 0306-2619, 12/2017, Volume 208, pp. 25 - 36
Supercapacitive Microbial Desalination Cell (SC-MDC) | Power/current pulses | High power generation | Transport phenomena | Additional Electrode (AdE) | Engineering | Engineering, Chemical | Technology | Energy & Fuels | Science & Technology | Drug resistance in microorganisms | Capacitors | Fuel cells | Aquatic resources | Saline water conversion | Electric power production | Sea-water | Salinity | Vmax, practical voltage | current pulses | EDLC, electrochemical double layer capacitor | trest, rest time | Canode, anode capacitance | GLV, galvanostatic discharges | ΔVohmic, difference between Vmax,OC and Vmax, ohmic drop | AEM, anion exchange membrane | PGM-free, platinum group metals-free | SHE, standard hydrogen electrode | Ccathode, cathode capacitance | V+, oc, cathode potential in open circuit | RA, anodic anode ohmic resistance | Epulse, energy obtained by the pulse | tpulse, time of the pulse | CDI, capacitive deionization | OCV, open circuit voltage | DI, deionized water | Ppulse, power obtained by the pulse | RO, reverse osmosis | SC-MDC-AdE, supercapacitive microbial desalination cell with additional electrode | Cell ESR, equivalent series resistance of the cell | NaCl, sodium chloride | MDC, microbial desalination cell | ORR, oxygen reduction reaction | SC, solution conductivity | DC, desalination chamber | Vmax, OC, original maximum voltage in open circuit condition | AC, activated carbon | PTFE, polytetrafluoroethylene | SC-MDC, supercapacitive microbial desalination cell | Ccell, cell capacitance | CB, carbon black | RC, cathodeic ohmic resistance | MDC, membrane capacitive deionization | NaOAc, sodium acetate | SC-MFC, supercapacitive microbial fuel cell | V−, oc, anode potentials in open circuit | CEM, cation exchange membrane | AdE, additional electrode | Fe-AAPyr, iron aminoantypirine | MFC, microbial fuel cell | ΔVcapacitive, difference between Vmax and Vfinal (at the end of tpulse), voltage capacitive decrease drop | ΔVohmic, cathode, cathode ohmic drop | BES, bioelectrochemical system | ipulse, , current pulses | KCl, potassium chloride | KPB, potassium phosphate buffer | Power | Pmax, maximum power
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12. Full Text Eliminating degradation in solid oxide electrochemical cells by reversible operation
by Graves, Christopher and Ebbesen, Sune Dalgaard and Jensen, Søren Højgaard and Simonsen, Søren Bredmose and Mogensen, Mogens Bjerg
Nature materials, ISSN 1476-1122, 2015, Volume 14, Issue 2, pp. 239 - 244
Physical Sciences | Chemistry | Materials Science | Technology | Materials Science, Multidisciplinary | Physics, Condensed Matter | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Degradation | Ohmic | Electrolysis | Electricity | High current | Oxides | Density | Electrochemical cells | Energy storage
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13. Full Text To promote radiation electrical MHD activation energy thermal extrusion manufacturing system efficiency by using Carreau-Nanofluid with parameters control method
by Hsiao, Kai-Long
Energy (Oxford), ISSN 0360-5442, 07/2017, Volume 130, pp. 486 - 499
Carreau-nanofluid | Conjugate heat transfer | Economic efficiency | Parameters control method | Stagnation-point | Activation energy | Thermodynamics | Physical Sciences | Technology | Energy & Fuels | Science & Technology | Methods | Radiation | Viscoelasticity | Conduction | Conductive heat transfer | Energy consumption | Magnetohydrodynamics | Buoyancy | Heat conductivity | Convection | Ohmic dissipation | Prandtl number | Temperature effects | Conduction heating | Energy conversion | Mathematical models | Manufacturing | Activation analysis | Temperature distribution | Sequences | Ohmic | Stagnation | Nanofluids | Chemical reactions | Velocity | Thermal energy | Studies | Extrusion | Flow velocity | Energy management | Finite difference method | Energy conversion efficiency
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