Heiner Linke et ses collaborateurs de l'université de l'Oregon à Eugene (États-Unis) ont usiné une plaque de cuivre pour que son profil ait la forme d'une lame de scie. En chauffant cette lame au-delà de la température de Leidenfrost, ils sont parvenus à accélérer de quelques mètres par seconde carrée des gouttelettes de différents liquides et de taille millimétrique.

Heiner Linke's 271 research works with 5,559 citations and 6,696 reads, including: Achieving short high-quality gate-all-around structures for horizontal nanowire field-effect transistors

Det faktum att han greppar över två områden tror han underlättar förmågan till överblick. Dessutom kompletterar hans vetenskapliga fokus på ett bra sätt Lars Samuelsons kunskapsområde och inriktning. Heiner Linke bor i en villa/radhus på Glasmästarevägen 6 i postorten Lund i Lunds kommun. Området där han bor tillhör S:t Peters klosters församling. På adressen finns 2 personer folkbokförda, Heiner Linke (54 år) och Annika Andersson (54 år).

These Leidenfrost drops are ultra-mobile, and we show how they can be manipulated, or trapped. We also describe a device recently invented by Heiner Linke, allowing them to self-propel along their substrate. More generally, it is found that these frictionless systems are good tools for studying the mechanics of interfaces. Info. Programme ‪NanoLund, Solid State Physics, Lund University‬ - ‪‪Cited by 7,298‬‬ - ‪Nanoelectronics‬ - ‪nanothermodynamics‬ - ‪molecular motors‬ Leidenfrost effect: | | ||| | Leidenfrost droplet | | | | World Heritage Encyclopedia, the aggregation of the largest online encyclopedias available, and the most Heiner Linke (University of Oregon) is investigating one particularly interesting manifestation of the ``ratchet'' effect.

Heiner Linke, född den 21 september 1966, är en tysk-svensk fysiker samt Leidenfrost-skikt är ett fysikaliskt fenomen som uppstår när en vätska i nära kontakt

Figure (a) shows a Leidenfrost droplet which moves towards the step, there is no contact with the surface due to Leidenfrost e ect. Figure (b) shows the case when the droplet touches the top of the edge.

Heiner Linke E-post: heiner [dot] linke [at] lth [dot] lu [dot] se Prorektor LTH vid Lunds Tekniska Högskola Telefon: +46 46 222 42 45 Mobil: +46 70 414 02 45 Besöksadress: Kårhuset, John Ericssons väg 3, Lund

"Jag ser fram emot att åka till fjällen. Men nu när barnen är små blir det inga större strapatser”. A Brownian heat engine is a system that rectifies the flow of Brownian particles to transform local temperature variations into directed motion (work). In the context of electronics, this is the principle of thermoelectric energy conversion. For a long time it was thought that Brownian heat engines (and thermoelectric devices) are inherently irreversible and would therefore necessarily fall A leidenfrost droplet forms when a liquid droplet is placed on a very hot surface. In the case that there is a thin layer of insulating material as a step on the substrate, under specific conditions Leidenfrost droplets interact with the edge of the step.

Department of Physics · Solid State Physics Mark. Master (One yr). Eichner, Hans; Eichner, Heiner; Eichner, Ina; Eichner, Jens; Eichner, Klaus Ledwohn, Joseph; Lee Too, Yun; Lee-DeAmici, Beth A. Lee-Linke, Sung H. Lee, Leidel, Gerhard; Leidel, Jan; Leidenberger, Georg; Leidenfrost, Josef; Leider, LAYUGAN 110523 LEARMONTH 110523 LECHIEN 110523 LEIDENFROST HUTSELL 13618 KAMMER 13618 LINKE 13618 SAPIENZA 13618 SUTLIFF HAMMES 13513 HEINER 13513 HILLYARD 13513 LILLIS 13 Läroprocessen 749 136 Linke Severine GER W HK TU BA Freiberg 12681 02:13:49.
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Deputy dean at Faculty of Engineering, LTH Phone: +46 46 222 42 45 Mobile: +46 70 414 02 45 Visiting address: Kårhuset, John Ericssons väg 3, Lund Pro dean at Faculty of Engineering, LTH. Principal investigator at View Heiner Linke's profile on Publons with 188 publications.

The research results have now been published in the prestigious publication Proceedings of the National Academy of Sciences (PNAS).
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Site with high-speed video, pictures and explanation of film-boiling by Heiner Linke at the University of Oregon, USA "Scientists make water run uphill" by BBC News about using the Leidenfrost effect for cooling of computer chips. "Uphill Water" - ABC Catalyst story

In the context of electronics, this is the principle of thermoelectric energy conversion. For a long time it was thought that Brownian heat engines (and thermoelectric devices) are inherently irreversible and would therefore necessarily fall Site with high-speed video, pictures and explanation of film-boiling by Heiner Linke at the University of Oregon, USA "Scientists make water run uphill" by BBC News about using the Leidenfrost effect for cooling of computer chips . Dr Heiner Linke: We could hardly believe that it could be so simple and that nobody had seen this before.

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Winge, David O. LU; Limpert, Steven LU; Linke, Heiner LU; Borgstrom, Magnus T. LU; Webb, Barbara; Heinze, Stanley LU and Mikkelsen, Anders LU 2020 International Conference on Numerical Simulation of Optoelectronic Devices, NUSOD 2020 In Proceedings of the International Conference on Numerical Simulation of Optoelectronic Devices, NUSOD 2020-September. p.99-100 Mark

Professor. heiner.linke@ftf.lth.se Telephone: 046-222 42 45. Page Manager: Martin Stankovski 2015-11-06.

31. Juli 2018 Die linke Hand des Bösen: Kriminalroman. Leidenfrost, Lucia. Tück, Jan Heiner, Tobias Mayer, und Thomas Hürlimann, Hrsg. Nah--und

for an Invited Paper for the MAR07 Meeting of The American Physical Society Brownian Heat Engines – from Leidenfrost Droplets to Nanowire Thermoelectrics HEINER LINKE, University of Oregon A Brownian heat engine is a system that rectifies the flow of Brownian particles to transform local temperature variations into directed motion (work). In the context of electronics, this is the principle ‪NanoLund, Solid State Physics, Lund University‬ - ‪Cited by 7,167‬ - ‪Nanoelectronics‬ - ‪nanothermodynamics‬ - ‪molecular motors‬ Properties such as asymmetry and disequilibrium can be exploited in order to obtain useful work from a physical system. Our group is investigating one particularly interesting manifestation of the ``ratchet'' effect. We find that film-boiling (leidenfrost) drops of liquid placed on an asymmetrically-structured surface experience acceleration significant enough for transport to occur even A Brownian heat engine is a system that rectifies the flow of Brownian particles to transform local temperature variations into directed motion (work). In the context of electronics, this is the principle of thermoelectric energy conversion. For a long time it was thought that Brownian heat engines (and thermoelectric devices) are inherently irreversible and would therefore necessarily fall Site with high-speed video, pictures and explanation of film-boiling by Heiner Linke at the University of Oregon, USA "Scientists make water run uphill" by BBC News about using the Leidenfrost effect for cooling of computer chips .

749 39 Hennig Reinhard GER 884 205 Leidenfrost Jörg GER M HK Uni Jena 16654 01:46:34 1362 223 Müller Heiner GER M 40 SC Steinheid 10255 01:51:53. 1363 1 54 5 Schultz Heiner GER M 45 LG TUS Lügde 10308 01:23:54. 55 12 Richter 15178 01:36:39. 311 58 Leidenfrost Jana GER W 35 Waiblingen 15588 02:01:56 1591 313 Linke Christel GER W 45 Sundhausen 12378 02:49:05. 1591 81 Heiner Linke, född den 21 september 1966, är en tysk-svensk fysiker samt Leidenfrost-skikt är ett fysikaliskt fenomen som uppstår när en vätska i nära kontakt Franz Linke.