Global scaling of the heat transport in fusion plasmas
Sara Moradi;Johan Anderson;Michele Romanelli;Hyun-Tae Kim;JET contributors;X. Litaudon;S. Abduallev;M. Abhangi;P. Abreu;M. Afzal;K. M. Aggarwal;T. Ahlgren;J. H. Ahn;L. Aho-Mantila;N. Aiba;M. Airila;R. Albanese;V. Aldred;D. Alegre;E. Alessi;P. Aleynikov;A. Alfier;A. Alkseev;M. Allinson;B. Alper;E. Alves;G. Ambrosino;R. Ambrosino;L. Amicucci;V. Amosov;E. Andersson Sundén;M. Angelone;M. Anghel;C. Angioni;L. Appel;C. Appelbee;P. Arena;M. Ariola;H. Arnichand;S. Arshad;A. Ash;N. Ashikawa;V. Aslanyan;O. Asunta;F. Auriemma;Y. Austin;L. Avotina;M. D. Axton;C. Ayres;M. Bacharis;A. Baciero;D. Baião;S. Bailey;A. Baker;I. Balboa;M. Balden;N. Balshaw;R. Bament;J. W. Banks;Y. F. Baranov;M. A. Barnard;D. Barnes;M. Barnes;R. Barnsley;A. Baron Wiechec;L. Barrera Orte;M. Baruzzo;V. Basiuk;M. Bassan;R. Bastow;A. Batista;P. Batistoni;R. Baughan;B. Bauvir;L. Baylor;B. Bazylev;J. Beal;P. S. Beaumont;M. Beckers;B. Beckett;A. Becoulet;N. Bekris;M. Beldishevski;K. Bell;F. Belli;M. Bellinger;É. Belonohy;N. Ben Ayed;N. A. Benterman;H. Bergsȧker;J. Bernardo;M. Bernert;M. Berry;L. Bertalot;C. Besliu;M. Beurskens;B. Bieg;J. Bielecki;T. Biewer;M. Bigi;P. Bìlkovà;F. Binda;A. Bisoffi;J. P. S. Bizarro;C. Björkas;J. Blackburn;K. Blackman;T. R. Blackman;P. Blanchard;P. Blatchford;V. Bobkov;A. Boboc;G. Bodnàr;O. Bogar;I. Bolshakova;T. Bolzonella;N. Bonanomi;F. Bonelli;J. Boom;J. Booth;D. Borba;D. Borodin;I. Borodkina;A. Botrugno;C. Bottereau;P. Boulting;C. Bourdelle;M. Bowden;C. Bower;C. Bowman;T. Boyce;C. Boyd;H. J. Boyer;J. M. A. Bradshaw;V. Braic;R. Bravanec;B. Breizman;S. Bremond;P. D. Brennan;S. Breton;A. Brett;S. Brezinsek;M. D. J. Bright;M. Brix;W. Broeckx;M. Brombin;A. Brosawski;D. P. D. Brown;M. Brown;E. Bruno;J. Bucalossi;J. Buch;J. Buchanan;M. A. Buckley;R. Budny;H. Bufferand;M. Bulman;N. Bulmer;P. Bunting;P. Buratti;A. Burckhart;A. Buscarino;A. Busse;N. K. Butler;I. Bykov;J. Byrne;P. Cahyna;G. Calabrò;I. Calvo;Y. Camenen;P. Camp;D. C. Campling;J. Cane;B. Cannas;A. J. Capel;P. J. Card;A. Cardinali;P. Carman;M. Carr;D. Carralero;L. Carraro;B. B. Carvalho;I. Carvalho;P. Carvalho;F. J. Casson;C. Castaldo;N. Catarino;J. Caumont;F. Causa;R. Cavazzana;K. Cave-Ayland;M. Cavinato;M. Cecconello;S. Ceccuzzi;E. Cecil;A. Cenedese;R. Cesario;C. D. Challis;M. Chandler;D. Chandra;C. S. Chang;A. Chankin;I. T. Chapman;S. C. Chapman;M. Chernyshova;G. Chitarin;G. Ciraolo;D. Ciric;J. Citrin;F. Clairet;E. Clark;M. Clark;R. Clarkson;D. Clatworthy;C. Clements;M. Cleverly;J. P. Coad;P. A. Coates;A. Cobalt;V. Coccorese;V. Cocilovo;S. Coda;R. Coelho;J. W. Coenen;I. Coffey;L. Colas;S. Collins;D. Conka;S. Conroy;N. Conway;D. Coombs;D. Cooper;S. R. Cooper;C. Corradino;Y. Corre;G. Corrigan;S. Cortes;D. Coster;A. S. Couchman;M. P. Cox;T. Craciunescu;S. Cramp;R. Craven;F. Crisanti;G. Croci;D. Croft;K. Crombé;R. Crowe;N. Cruz;G. Cseh;A. Cufar;A. Cullen;M. Curuia;A. Czarnecka;H. Dabirikhah;P. Dalgliesh;S. Dalley;J. Dankowski;D. Darrow;O. Davies;W. Davis;C. Day;I. E. Day;M. De Bock;A. de Castro;E. de la Cal;E. de la Luna;G. De Masi;J. L. de Pablos;G. De Temmerman;G. De Tommasi;P. de Vries;K. Deakin;J. Deane;F. Degli Agostini;R. Dejarnac;E. Delabie;N. den Harder;R. O. Dendy;J. Denis;P. Denner;S. Devaux;P. Devynck;F. Di Maio;A. Di Siena;C. Di Troia;P. Dinca;R. Dinca;B. Ding;T. Dittmar;H. Doerk;R. P. Doerner;T. Donné;S. E. Dorling;S. Dormido-Canto;S. Doswon;D. Douai;P. T. Doyle;A. Drenik;P. Drewelow;P. Drews;Ph. Duckworth;R. Dumont;P. Dumortier;D. Dunai;M. Dunne;I. Duran;F. Durodié;P. Dutta;B. P. Duval;R. Dux;K. Dylst;N. Dzysiuk;P. V. Edappala;J. Edmond;A. M. Edwards;J. Edwards;Th. Eich;A. Ekedahl;R. El-Jorf;C. G. Elsmore;M. Enachescu;G. Ericsson;F. Eriksson;J. Eriksson;L. G. Eriksson;B. Esposito;S. Esquembri;H. G. Esser;D. Esteve;B. Evans;G. E. Evans;G. Evison;G. D. Ewart;D. Fagan;M. Faitsch;D. Falie;A. Fanni;A. Fasoli;J. M. Faustin;N. Fawlk;L. Fazendeiro;N. Fedorczak;R. C. Felton;K. Fenton;A. Fernades;H. Fernandes;J. Ferreira;J. A. Fessey;O. Février;O. Ficker;A. Field;S. Fietz;A. Figueiredo;J. Figueiredo;A. Fil;P. Finburg;M. Firdaouss;U. Fischer;L. Fittill;M. Fitzgerald;D. Flammini;J. Flanagan;C. Fleming;K. Flinders;N. Fonnesu;J. M. Fontdecaba;A. Formisano;L. Forsythe;L. Fortuna;E. Fortuna-Zalesna;M. Fortune;S. Foster;T. Franke;T. Franklin;M. Frasca;L. Frassinetti;M. Freisinger;R. Fresa;D. Frigione;V. Fuchs;D. Fuller;S. Futatani;J. Fyvie;K. Gàl;D. Galassi;K. Galazka;J. Galdon-Quiroga;J. Gallagher;D. Gallart;R. Galvão;X. Gao;Y. Gao;J. Garcia;A. Garcia-Carrasco;M. Garca-Munoz;J. -L. Gardarein;L. Garzotti;P. Gaudio;E. Gauthier;D. F. Gear;S. J. Gee;B. Geiger;M. Gelfusa;S. Gerasimov;G. Gervasini;M. Gethins;Z. Ghani;M. Ghate;M. Gherendi;J. C. Giacalone;L. Giacomelli;C. S. Gibson;T. Giegerich;C. Gil;L. Gil;S. Gilligan;D. Gin;E. Giovannozzi;J. B. Girardo;C. Giroud;G. Giruzzi;S. Glöggler;J. Godwin;J. Goff;P. Gohil;V. Goloborod'ko;R. Gomes;B. Goncalves;M. Goniche;M. Goodliffe;A. Goodyear;G. Gorini;M. Gosk;R. Goulding;A. Goussarov;R. Gowland;B. Graham;M. E. Graham;J. P. Graves;N. Grazier;P. Grazier;N. R. Green;H. Greuner;B. Grierson;F. S. Griph;C. Grisolia;D. Grist;M. Groth;R. Grove;C. N. Grundy;J. Grzonka;D. Guard;C. Guérard;C. Guillemaut;R. Guirlet;C. Gurl;H. H. Utoh;L. J. Hackett;S. Hacquin;A. Hagar;R. Hager;A. Hakola;M. Halitovs;S. J. Hall;S. P. Hallworth Cook;C. Hamlyn-Harris;K. Hammond;C. Harrington;J. Harrison;D. Harting;F. Hasenbeck;Y. Hatano;D. R. Hatch;T. D. V. Haupt;J. Hawes;N. C. Hawkes;J. Hawkins;P. Hawkins;P. W. Haydon;N. Hayter;S. Hazel;P. J. L. Heesterman;K. Heinola;C. Hellesen;T. Hellsten;W. Helou;O. N. Hemming;T. C. Hender;M. Henderson;S. S. Henderson;R. Henriques;D. Hepple;G. Hermon;P. Hertout;C. Hidalgo;E. G. Highcock;M. Hill;J. Hillairet;J. Hillesheim;D. Hillis;K. Hizanidis;A. Hjalmarsson;J. Hobirk;E. Hodille;C. H. A. Hogben;G. M. D. Hogeweij;A. Hollingsworth;S. Hollis;D. A. Homfray;J. Horàcek;G. Hornung;A. R. Horton;L. D. Horton;L. Horvath;S. P. Hotchin;M. R. Hough;P. J. Howarth;A. Hubbard;A. Huber;V. Huber;T. M. Huddleston;M. Hughes;G. T. A. Huijsmans;C. L. Hunter;P. Huynh;A. M. Hynes;D. Iglesias;N. Imazawa;F. Imbeaux;M. Imrìŝek;M. Incelli;P. Innocente;M. Irishkin;I. Ivanova-Stanik;S. Jachmich;A. S. Jacobsen;P. Jacquet;J. Jansons;A. Jardin;A. Järvinen;F. Jaulmes;S. Jednoróq;I. Jenkins;C. Jeong;I. Jepu;E. Joffrin;R. Johnson;T. Johnson;Jane Johnston;L. Joita;G. Jones;T. T. C. Jones;K. K. Hoshino;A. Kallenbach;K. Kamiya;J. Kaniewski;A. Kantor;A. Kappatou;J. Karhunen;D. Karkinsky;I. Karnowska;M. Kaufman;G. Kaveney;Y. Kazakov;V. Kazantzidis;D. L. Keeling;T. Keenan;J. Keep;M. Kempenaars;C. Kennedy;D. Kenny;J. Kent;O. N. Kent;E. Khilkevich;H. T. Kim;H. S. Kim;A. Kinch;C. King;D. King;R. F. King;D. J. Kinna;V. Kiptily;A. Kirk;K. Kirov;A. Kirschner;G. Kizane;C. Klepper;A. Klix;P. Knight;S. J. Knipe;S. Knott;T. Kobuchi;F. Köchl;G. Kocsis;I. Kodeli;L. Kogan;D. Kogut;S. Koivuranta;Y. Kominis;M. Köppen;B. Kos;T. Koskela;H. R. Koslowski;M. Koubiti;M. Kovari;E. Kowalska-Strzeciwilk;A. Krasilnikov;V. Krasilnikov;N. Krawczyk;M. Kresina;K. Krieger;A. Krivska;U. Kruezi;I. Ksiazek;A. Kukushkin;A. Kundu;T. Kurki-Suonio;S. Kwak;R. Kwiatkowski;O. J. Kwon;L. Laguardia;A. Lahtinen;A. Laing;N. Lam;H. T. Lambertz;C. Lane;P. T. Lang;S. Lanthaler;J. Lapins;A. Lasa;J. R. Last;E. Laszynska;R. Lawless;A. Lawson;K. D. Lawson;A. Lazaros;E. Lazzaro;J. Leddy;S. Lee;X. Lefebvre;H. J. Leggate;J. Lehmann;M. Lehnen;D. Leichtle;P. Leichuer;F. Leipold;I. Lengar;M. Lennholm;E. Lerche;A. Lescinskis;S. Lesnoj;E. Letellier;M. Leyland;W. Leysen;L. Li;Y. Liang;J. Likonen;J. Linke;Ch. Linsmeier;B. Lipschultz;G. Liu;Y. Liu;V. P. Lo Schiavo;T. Loarer;A. Loarte;R. C. Lobel;B. Lomanowski;P. J. Lomas;J. Lönnroth;J. M. López;J. López-Razola;R. Lorenzini;U. Losada;J. J. Lovell;A. B. Loving;C. Lowry;T. Luce;R. M. A. Lucock;A. Lukin;C. Luna;M. Lungaroni;C. P. Lungu;M. Lungu;A. Lunniss;I. Lupelli;A. Lyssoivan;N. Macdonald;P. Macheta;K. Maczewa;B. Magesh;P. Maget;C. Maggi;H. Maier;J. Mailloux;T. Makkonen;R. Makwana;A. Malaquias;A. Malizia;P. Manas;A. Manning;M. E. Manso;P. Mantica;M. Mantsinen;A. Manzanares;Ph. Maquet;Y. Marandet;N. Marcenko;C. Marchetto;O. Marchuk;M. Marinelli;M. Marinucci;T. Markovic;D. Marocco;L. Marot;C. A. Marren;R. Marshal;A. Martin;Y. Martin;A. Martín de Aguilera;F. J. Martínez;J. R. Martín-Solís;Y. Martynova;S. Maruyama;A. Masiello;M. Maslov;S. Matejcik;M. Mattei;G. F. Matthews;F. Maviglia;M. Mayer;M. L. Mayoral;T. May-Smith;D. Mazon;C. Mazzotta;R. McAdams;P. J. McCarthy;K. G. McClements;O. McCormack;P. A. McCullen;D. McDonald;S. McIntosh;R. McKean;J. McKehon;R. C. Meadows;A. Meakins;F. Medina;M. Medland;S. Medley;S. Meigh;A. G. Meigs;G. Meisl;S. Meitner;L. Meneses;S. Menmuir;K. Mergia;I. R. Merrigan;Ph. Mertens;S. Meshchaninov;A. Messiaen;H. Meyer;S. Mianowski;R. Michling;D. Middleton-Gear;J. Miettunen;F. Militello;E. Militello-Asp;G. Miloshevsky;F. Mink;S. Minucci;Y. Miyoshi;J. Mlynàr;D. Molina;I. Monakhov;M. Moneti;R. Mooney;S. Moradi;S. Mordijck;L. Moreira;R. Moreno;F. Moro;A. W. Morris;J. Morris;L. Moser;S. Mosher;D. Moulton;A. Murari;A. Muraro;S. Murphy;N. N. Asakura;Y. S. Na;F. Nabais;R. Naish;T. Nakano;E. Nardon;V. Naulin;M. F. F. Nave;I. Nedzelski;G. Nemtsev;F. Nespoli;A. Neto;R. Neu;V. S. Neverov;M. Newman;K. J. Nicholls;T. Nicolas;A. H. Nielsen;P. Nielsen;E. Nilsson;D. Nishijima;C. Noble;M. Nocente;D. Nodwell;K. Nordlund;H. Nordman;R. Nouailletas;I. Nunes;M. Oberkofler;T. Odupitan;M. T. Ogawa;T. O'Gorman;M. Okabayashi;R. Olney;O. Omolayo;M. O'Mullane;J. Ongena;F. Orsitto;J. Orszagh;B. I. Oswuigwe;R. Otin;A. Owen;R. Paccagnella;N. Pace;D. Pacella;L. W. Packer;A. Page;E. Pajuste;S. Palazzo;S. Pamela;S. Panja;P. Papp;R. Paprok;V. Parail;M. Park;F. Parra Diaz;M. Parsons;R. Pasqualotto;A. Patel;S. Pathak;D. Paton;H. Patten;A. Pau;E. Pawelec;C. Paz Soldan;A. Peackoc;I. J. Pearson;S. -P. Pehkonen;E. Peluso;C. Penot;A. Pereira;R. Pereira;P. P. Pereira Puglia;C. Perez von Thun;S. Peruzzo;S. Peschanyi;M. Peterka;P. Petersson;G. Petravich;A. Petre;N. Petrella;V. Petrzilka;Y. Peysson;D. Pfefferlé;V. Philipps;M. Pillon;G. Pintsuk;P. Piovesan;A. Pires dos Reis;L. Piron;A. Pironti;F. Pisano;R. Pitts;F. Pizzo;V. Plyusnin;N. Pomaro;O. G. Pompilian;P. J. Pool;S. Popovichev;M. T. Porfiri;C. Porosnicu;M. Porton;G. Possnert;S. Potzel;T. Powell;J. Pozzi;V. Prajapati;R. Prakash;G. Prestopino;D. Price;M. Price;R. Price;P. Prior;R. Proudfoot;G. Pucella;P. Puglia;M. E. Puiatti;D. Pulley;K. Purahoo;Th. Pütterich;E. Rachlew;M. Rack;R. Ragona;M. S. J. Rainford;A. Rakha;G. Ramogida;S. Ranjan;C. J. Rapson;J. J. Rasmussen;K. Rathod;G. Rattà;S. Ratynskaia;G. Ravera;C. Rayner;M. Rebai;D. Reece;A. Reed;D. Réfy;B. Regan;J. Regana;M. Reich;N. Reid;F. Reimold;M. Reinhart;M. Reinke;D. Reiser;D. Rendell;C. Reux;S. D. A. Reyes Cortes;S. Reynolds;V. Riccardo;N. Richardson;K. Riddle;D. Rigamonti;F. G. Rimini;J. Risner;M. Riva;C. Roach;R. J. Robins;S. A. Robinson;T. Robinson;D. W. Robson;R. Roccella;R. Rodionov;P. Rodrigues;J. Rodriguez;V. Rohde;F. Romanelli;M. Romanelli;S. Romanelli;J. Romazanov;S. Rowe;M. Rubel;G. Rubinacci;G. Rubino;L. Ruchko;M. Ruiz;C. Ruset;J. Rzadkiewicz;S. Saarelma;R. Sabot;E. Safi;P. Sagar;G. Saibene;F. Saint-Laurent;M. Salewski;A. Salmi;R. Salmon;F. Salzedas;D. Samaddar;U. Samm;D. Sandiford;P. Santa;M. I. K. Santala;B. Santos;A. Santucci;F. Sartori;R. Sartori;O. Sauter;R. Scannell;T. Schlummer;K. Schmid;V. Schmidt;S. Schmuck;M. Schneider;K. Schöpf;D. Schwörer;S. D. Scott;G. Sergienko;M. Sertoli;A. Shabbir;S. E. Sharapov;A. Shaw;R. Shaw;H. Sheikh;A. Shepherd;A. Shevelev;A. Shumack;G. Sias;M. Sibbald;B. Sieglin;S. Silburn;A. Silva;C. Silva;P. A. Simmons;J. Simpson;J. Simpson-Hutchinson;A. Sinha;S. K. Sipilä;A. C. C. Sips;P. Sirén;A. Sirinelli;H. Sjöstrand;M. Skiba;R. Skilton;K. Slabkowska;B. Slade;N. Smith;P. G. Smith;R. Smith;T. J. Smith;M. Smithies;L. Snoj;S. Soare;E. R. Solano;A. Somers;C. Sommariva;P. Sonato;A. Sopplesa;J. Sousa;C. Sozzi;S. Spagnolo;T. Spelzini;F. Spineanu;G. Stables;I. Stamatelatos;M. F. Stamp;P. Staniec;G. Stankunas;C. Stan-Sion;M. J. Stead;E. Stefanikova;I. Stepanov;A. V. Stephen;M. Stephen;A. Stevens;B. D. Stevens;J. Strachan;P. Strand;H. R. Strauss;P. Ström;G. Stubbs;W. Studholme;F. Subba;H. P. Summers;J. Svensson;L. Swiderski;T. Szabolics;M. Szawlowski;G. Szepesi;T. T. Suzuki;B. Tàl;T. Tala;A. R. Talbot;S. Talebzadeh;C. Taliercio;P. Tamain;C. Tame;W. Tang;M. Tardocchi;L. Taroni;D. Taylor;K. A. Taylor;D. Tegnered;G. Telesca;N. Teplova;D. Terranova;D. Testa;E. Tholerus;J. Thomas;J. D. Thomas;P. Thomas;A. Thompson;C. -A. Thompson;V. K. Thompson;L. Thorne;A. Thornton;A. S. Thrysoe;P. A. Tigwell;N. Tipton;I. Tiseanu;H. Tojo;M. Tokitani;P. Tolias;M. Tomes;P. Tonner;M. Towndrow;P. Trimble;M. Tripsky;M. Tsalas;P. Tsavalas;D. Tskhakaya jun;I. Turner;M. M. Turner;M. Turnyanskiy;G. Tvalashvili;S. G. J. Tyrrell;A. Uccello;Z. Ul-Abidin;J. Uljanovs;D. Ulyatt;H. Urano;I. Uytdenhouwen;A. P. Vadgama;D. Valcarcel;M. Valentinuzzi;M. Valisa;P. Vallejos Olivares;M. Valovic;M. Van De Mortel;D. Van Eester;W. Van Renterghem;G. J. van Rooij;J. Varje;S. Varoutis;S. Vartanian;K. Vasava;T. Vasilopoulou;J. Vega;G. Verdoolaege;R. Verhoeven;C. Verona;G. Verona Rinati;E. Veshchev;N. Vianello;J. Vicente;E. Viezzer;S. Villari;F. Villone;P. Vincenzi;I. Vinyar;B. Viola;A. Vitins;Z. Vizvary;M. Vlad;I. Voitsekhovitch;P. Vondràcek;N. Vora;T. Vu;W. W. Pires de Sa;B. Wakeling;C. W. F. Waldon;N. Walkden;M. Walker;R. Walker;M. Walsh;E. Wang;N. Wang;S. Warder;R. J. Warren;J. Waterhouse;N. W. Watkins;C. Watts;T. Wauters;A. Weckmann;J. Weiland;H. Weisen;M. Weiszflog;C. Wellstood;A. T. West;M. R. Wheatley;S. Whetham;A. M. Whitehead;B. D. Whitehead;A. M. Widdowson;S. Wiesen;J. Wilkinson;J. Williams;M. Williams;A. R. Wilson;D. J. Wilson;H. R. Wilson;J. Wilson;M. Wischmeier;G. Withenshaw;A. Withycombe;D. M. Witts;D. Wood;R. Wood;C. Woodley;S. Wray;J. Wright;J. C. Wright;J. Wu;S. Wukitch;A. Wynn;T. Xu;D. Yadikin;W. Yanling;L. Yao;V. Yavorskij;M. G. Yoo;C. Young;D. Young;I. D. Young;R. Young;J. Zacks;R. Zagorski;F. S. Zaitsev;R. Zanino;A. Zarins;K. D. Zastrow;M. Zerbini;W. Zhang;Y. Zhou;E. Zilli;V. Zoita;S. Zoletnik;I. Zychor
2020-01-01
Abstract
A global heat flux model based on a fractional derivative of plasma pressure is proposed for the heat transport in fusion plasmas. The degree of the fractional derivative of the heat flux, a, is defined through the power balance analysis of the steady state. The model was used to obtain the experimental values of a for a large database of the Joint European Torus (JET) carbon-wall as well as ITER like-wall plasmas. The fractional degrees of the electron heat flux are found to be alpha < 2, for all the selected pulses in the database, suggesting a deviation from the diffusive paradigm. Moreover, the results show that as the volume integrated input power is increased, the fractional degree of the electron heat flux converges to alpha similar to 0.8, indicating a global scaling between the net heating and the pressure profile in the high-power JET plasmas. The model is expected to provide insight into the proper kinetic description for the fusion plasmas and improve the accuracy of the heat transport predictions.
Files in This Item:
File | Size | Format | |
---|---|---|---|
Global scaling of the heat transport in fusion plasmas, (2020) Physical Review Research.pdf open access
Description: articolo online
Type: versione editoriale
Size 867.4 kB
Format Adobe PDF
|
867.4 kB | Adobe PDF | View/Open |
Items in DSpace are protected by copyright, with all rights reserved, unless otherwise indicated.