munch

　 　

WordNet

1. a large bite; "he tried to talk between munches on the sandwich"
2. a chewer who makes a munching noise
3. Norwegian painter (1863-1944) (同)Edvard Munch

PrepTutorEJDIC

1. …‘を'むしゃむしゃ種べる(かむ) / (…を)むしゃむしゃ種べる(かむ)《+『at』(『on』)+『名』》

Wikipedia preview

出典(authority):フリー百科事典『ウィキペディア（Wikipedia）』「2018/04/27 09:42:15」(JST)

wiki en

[Wiki en表示]

Munch is an English verb meaning "to chew with a grinding, crunching sound" or "to eat vigorously or with excitement", possibly deriving from the Old French verb mengier ("to eat"). "Munch" may also refer to:

Media

• Cookie Monster Munch, a 1983 Sesame Street video game for the Atari 2600
• John Munch, a fictional character played by actor Richard Belzer
• Monster Munch (video game), an indirect clone of Pac-Man that was targeted towards the Commodore 64 gaming demographics
• Munch Bunch, a series of children's books written by British author Denis Bond
• Oddworld: Munch's Oddysee, a 2001 platform video game made by Oddworld Inhabitants

Other

• Munch (surname)
• Edvard Munch (1863–1944), Norwegian artist
• Munch (BDSM), a low-pressure social gathering for people involved in or interested in BDSM
• Munch (candy bar), a candy bar manufactured by Mars, Incorporated and sold in the United States
• Munch Township, Pine County, Minnesota
• Mighty Munch, a corn snack available in Ireland made by Tayto
• Monster Munch, a baked corn snack available in the United Kingdom, produced by Walkers

See also

• Münch
• Munich
• Robert Munsch

English Journal

• A Structural Average of Labeled Merge Trees for Uncertainty Visualization.

• Yan L, Wang Y, Munch E, Gasparovic E, Wang B.
• IEEE transactions on visualization and computer graphics. 2020 Jan;26(1)832-842.
• Physical phenomena in science and engineering are frequently modeled using scalar fields. In scalar field topology, graph-based topological descriptors such as merge trees, contour trees, and Reeb graphs are commonly used to characterize topological changes in the (sub)level sets of scalar fields. O
• PMID 31403426

• The Danish Rural Eye Study: prevalence of strabismus among 3785 Danish adults - a population-based cross-sectional study.

• Hultman O, Beth Høeg T, Munch IC, Ellervik C, la Cour M, Andersson Grönlund M, Buch Hesgaard H.
• Acta ophthalmologica. 2019 Dec;97(8)784-792.
• To determine the prevalence of strabismus among Danish adults and to find the frequency of history of strabismus and strabismus surgery. Furthermore, to evaluate the prevalence of strabismus-associated amblyopia among participants with strabismus and to relate the results to the current national vis
• PMID 31025814

• Rapid suppression of bone formation marker in response to sleep restriction and circadian disruption in men.

• Swanson CM, Kohrt WM, Wolfe P, Wright KP, Shea SA, Cain SW, Munch M, Vujović N, Czeisler CA, Orwoll ES, Buxton OM.
• Osteoporosis international : a journal established as result of cooperation between the European Foundation for Osteoporosis and the National Osteoporosis Foundation of the USA. 2019 Dec;30(12)2485-2493.
• We describe the time course of bone formation marker (P1NP) decline in men exposed to ~ 3 weeks of sleep restriction with concurrent circadian disruption. P1NP declined within 10 days and remained lower with ongoing exposure. These data suggest even brief exposure to sleep and circadian disrupti
• PMID 31446439

Japanese Journal

• 日本循環器學誌

• Tahir Enver,Starekova Jitka,Muellerleile Kai,Freiwald Eric,von Stritzky Alexandra,Munch Julia,Avanesov Maxim,Weinrich Julius Matthias,Stehning Christian,Cavus Ersin,Bohnen Sebastian,Radunski Ulf K.,Blankenberg Stefan,Adam Gerhard,Simon Perikles,Pressler Axel,Patten Monica,Lund Gunnar K.
• Circulation Journal 83(7), 1553-1562, 2019
• <p><b><i>Background:</i></b>To analyze the effect of myocardial fibrosis on left ventricular (LV) function evaluated by feature-tracking strain analysis by cine cardiac m …
• NAID 130007666944

• エドヴァルド・ムンク作『春』の鑑賞 : 「死に向かう姿勢の捉え方」をめぐって(中学3年生の場合)

• 立原 慶一
• 芸術文化 (23), 81-92, 2018-12
• NAID 40021873654

• Prospects for observing and localizing gravitational-wave transients with Advanced LIGO, Advanced Virgo and KAGRA

• Abbott B. P., ,Abbott R.,Abbott T. D.,Abernathy M. R.,Acernese F.,Ackley K.,Adams C.,Adams T.,Addesso P.,Adhikari R. X.,Adya V. B.,Affeldt C.,Agathos M.,Agatsuma K.,Aggarwal N.,Aguiar O. D.,Aiello L.,Ain A.,Ajith P.,Akutsu T.,Allen B.,Allocca A.,Altin P. A.,Ananyeva A.,Anderson S. B.,Anderson W. G.,Ando M.,Appert S.,Arai K.,Araya A.,Araya M. C.,Areeda J. S.,Arnaud N.,Arun K. G.,Asada H.,Ascenzi S.,Ashton G.,Aso Y.,Ast M.,Aston S. M.,Astone P.,Atsuta S.,Aufmuth P.,Aulbert C.,Avila-Alvarez A.,Awai K.,Babak S.,Bacon P.,Bader M. K. M.,Baiotti L.,Baker P. T.,Baldaccini F.,Ballardin G.,Ballmer S. W.,Barayoga J. C.,Barclay S. E.,Barish B. C.,Barker D.,Barone F.,Barr B.,Barsotti L.,Barsuglia M.,Barta D.,Bartlett J.,Barton M. A.,Bartos I.,Bassiri R.,Basti A.,Batch J. C.,Baune C.,Bavigadda V.,Bazzan M.,Bécsy B.,Beer C.,Bejger M.,Belahcene I.,Belgin M.,Bell A. S.,Berger B. K.,Bergmann G.,Berry C. P. L.,Bersanetti D.,Bertolini A.,Betzwieser J.,Bhagwat S.,Bhandare R.,Bilenko I. A.,Billingsley G.,Billman C. R.,Birch J.,Birney R.,Birnholtz O.,Biscans S.,Bisht A.,Bitossi M.,Biwer C.,Bizouard M. A.,Blackburn J. K.,Blackman J.,Blair C. D.,Blair D. G.,Blair R. M.,Bloemen S.,Bock O.,Boer M.,Bogaert G.,Bohe A.,Bondu F.,Bonnand R.,Boom B. A.,Bork R.,Boschi V.,Bose S.,Bouffanais Y.,Bozzi A.,Bradaschia C.,Brady P. R.,Braginsky V. B.,Branchesi M.,Brau J. E.,Briant T.,Brillet A.,Brinkmann M.,Brisson V.,Brockill P.,Broida J. E.,Brooks A. F.,Brown D. A.,Brown D. D.,Brown N. M.,Brunett S.,Buchanan C. C.,Buikema A.,Bulik T.,Bulten H. J.,Buonanno A.,Buskulic D.,Buy C.,Byer R. L.,Cabero M.,Cadonati L.,Cagnoli G.,Cahillane C.,CalderónBustillo J.,Callister T. A.,Calloni E.,Camp J. B.,Cannon K. C.,Cao H.,Cao J.,Capano C. D.,Capocasa E.,Carbognani F.,Caride S.,CasanuevaDiaz J.,Casentini C.,Caudill S.,Cavaglià M.,Cavalier F.,Cavalieri R.,Cella G.,Cepeda C. B.,CerboniBaiardi L.,Cerretani G.,Cesarini E.,Chamberlin S. J.,Chan M.,Chao S.,Charlton P.,Chassande-Mottin E.,Cheeseboro B. D.,Chen H. Y.,Chen Y.,Cheng H.-P.,Chincarini A.,Chiummo A.,Chmiel T.,Cho H. S.,Cho M.,Chow J. H.,Christensen N.,Chu Q.,Chua A. J. K.,Chua S.,Chung S.,Ciani G.,Clara F.,Clark J. A.,Cleva F.,Cocchieri C.,Coccia E.,Cohadon P.-F.,Colla A.,Collette C. G.,Cominsky L.,Constancio M.,Conti L.,Cooper S. J.,Corbitt T. R.,Cornish N.,Corsi A.,Cortese S.,Costa C. A.,Coughlin M. W.,Coughlin S. B.,Coulon J.-P.,Countryman S. T.,Couvares P.,Covas P. B.,Cowan E. E.,Coward D. M.,Cowart M. J.,Coyne D. C.,Coyne R.,Creighton J. D. E.,Creighton T. D.,Cripe J.,Crowder S. G.,Cullen T. J.,Cumming A.,Cunningham L.,Cuoco E.,Canton T. Dal,Danilishin S. L.,D'Antonio S.,Danzmann K.,Dasgupta A.,Da SilvaCosta C. F.,Dattilo V.,Dave I.,Davier M.,Davies G. S.,Davis D.,Daw E. J.,Day B.,Day R.,De S.,DeBra D.,Debreczeni G.,Degallaix J.,De Laurentis M.,Deléglise S.,Del Pozzo W.,Denker T.,Dent T.,Dergachev V.,De Rosa R.,DeRosa R. T.,DeSalvo R.,Devine R. C.,Dhurandhar S.,Díaz M. C.,Fiore L. Di,Giovanni M. Di,Girolamo T. Di,Lieto A. Di,Pace S. Di,Palma I. Di,Virgilio A. Di,Doctor Z.,Doi K.,Dolique V.,Donovan F.,Dooley K. L.,Doravari S.,Dorrington I.,Douglas R.,DovaleÁlvarez M.,Downes T. P.,Drago M.,Drever R. W. P.,Driggers J. C.,Du Z.,Ducrot M.,Dwyer S. E.,Eda K.,Edo T. B.,Edwards M. C.,Effler A.,Eggenstein H.-B.,Ehrens P.,Eichholz J.,Eikenberry S. S.,Eisenstein R. A.,Essick R. C.,Etienne Z.,Etzel T.,Evans M.,Evans T. M.,Everett R.,Factourovich M.,Fafone V.,Fair H.,Fairhurst S.,Fan X.,Farinon S.,Farr B.,Farr W. M.,Fauchon-Jones E. J.,Favata M.,Fays M.,Fehrmann H.,Fejer M. M.,FernándezGaliana A.,Ferrante I.,Ferreira E. C.,Ferrini F.,Fidecaro F.,Fiori I.,Fiorucci D.,Fisher R. P.,Flaminio R.,Fletcher M.,Fong H.,Forsyth S. S.,Fournier J.-D.,Frasca S.,Frasconi F.,Frei Z.,Freise A.,Frey R.,Frey V.,Fries E. M.,Fritschel P.,Frolov V. V.,Fujii Y.,Fujimoto M.-K.,Fulda P.,Fyffe M.,Gabbard H.,Gadre B. U.,Gaebel S. M.,Gair J. R.,Gammaitoni L.,Gaonkar S. G.,Garufi F.,Gaur G.,Gayathri V.,Gehrels N.,Gemme G.,Genin E.,Gennai A.,George J.,Gergely L.,Germain V.,Ghonge S.,Ghosh Abhirup,Ghosh Archisman,Ghosh S.,Giaime J. A.,Giardina K. D.,Giazotto A.,Gill K.,Glaefke A.,Goetz E.,Goetz R.,Gondan L.,González G.,GonzalezCastro J. M.,Gopakumar A.,Gorodetsky M. L.,Gossan S. E.,Gosselin M.,Gouaty R.,Grado A.,Graef C.,Granata M.,Grant A.,Gras S.,Gray C.,Greco G.,Green A. C.,Groot P.,Grote H.,Grunewald S.,Guidi G. M.,Guo X.,Gupta A.,Gupta M. K.,Gushwa K. E.,Gustafson E. K.,Gustafson R.,Hacker J. J.,Hagiwara A.,Hall B. R.,Hall E. D.,Hammond G.,Haney M.,Hanke M. M.,Hanks J.,Hanna C.,Hannam M. D.,Hanson J.,Hardwick T.,Harms J.,Harry G. M.,Harry I. W.,Hart M. J.,Hartman M. T.,Haster C.-J.,Haughian K.,Hayama K.,Healy J.,Heidmann A.,Heintze M. C.,Heitmann H.,Hello P.,Hemming G.,Hendry M.,Heng I. S.,Hennig J.,Henry J.,Heptonstall A. W.,Heurs M.,Hild S.,Hirose E.,Hoak D.,Hofman D.,Holt K.,Holz D. E.,Hopkins P.,Hough J.,Houston E. A.,Howell E. J.,Hu Y. M.,Huerta E. A.,Huet D.,Hughey B.,Husa S.,Huttner S. H.,Huynh-Dinh T.,Indik N.,Ingram D. R.,Inta R.,Ioka K.,Isa H. N.,Isac J.-M.,Isi M.,Isogai T.,Itoh Y.,Iyer B. R.,Izumi K.,Jacqmin T.,Jani K.,Jaranowski P.,Jawahar S.,Jiménez-Forteza F.,Johnson W. W.,Jones D. I.,Jones R.,Jonker R. J. G.,Ju L.,Junker J.,Kagawa T.,Kajita T.,Kakizaki M.,Kalaghatgi C. V.,Kalogera V.,Kamiizumi M.,Kanda N.,Kandhasamy S.,Kanemura S.,Kaneyama M.,Kang G.,Kanner J. B.,Karki S.,Karvinen K. S.,Kasprzack M.,Kataoka Y.,Katsavounidis E.,Katzman W.,Kaufer S.,Kaur T.,Kawabe K.,Kawai N.,Kawamura S.,Kéfélian F.,Keitel D.,Kelley D. B.,Kennedy R.,Key J. S.,Khalili F. Y.,Khan I.,Khan S.,Khan Z.,Khazanov E. A.,Kijbunchoo N.,Kim C.,Kim H.,Kim J. C.,Kim J.,Kim W.,Kim Y.-M.,Kimbrell S. J.,Kimura N.,King E. J.,King P. J.,Kirchhoff R.,Kissel J. S.,Klein B.,Kleybolte L.,Klimenko S.,Koch P.,Koehlenbeck S. M.,Kojima Y.,Kokeyama K.,Koley S.,Komori K.,Kondrashov V.,Kontos A.,Korobko M.,Korth W. Z.,Kotake K.,Kowalska I.,Kozak D. B.,Krämer C.,Kringel V.,Krishnan B.,Królak A.,Kuehn G.,Kumar P.,Kumar Rahul,Kumar Rakesh,Kuo L.,Kuroda K.,Kutynia A.,Kuwahara Y.,Lackey B. D.,Landry M.,Lang R. N.,Lange J.,Lantz B.,Lanza R. K.,Lartaux-Vollard A.,Lasky P. D.,Laxen M.,Lazzarini A.,Lazzaro C.,Leaci P.,Leavey S.,Lebigot E. O.,Lee C. H.,Lee H. K.,Lee H. M.,Lee H. W.,Lee K.,Lehmann J.,Lenon A.,Leonardi M.,Leong J. R.,Leroy N.,Letendre N.,Levin Y.,Li T. G. F.,Libson A.,Littenberg T. B.,Liu J.,Lockerbie N. A.,Lombardi A. L.,London L. T.,Lord J. E.,Lorenzini M.,Loriette V.,Lormand M.,Losurdo G.,Lough J. D.,Lousto C. O.,Lovelace G.,Lück H.,Lundgren A. P.,Lynch R.,Ma Y.,Macfoy S.,Machenschalk B.,MacInnis M.,Macleod D. M.,Magaña-Sandoval F.,Majorana E.,Maksimovic I.,Malvezzi V.,Man N.,Mandic V.,Mangano V.,Mano S.,Mansell G. L.,Manske M.,Mantovani M.,Marchesoni F.,Marchio M.,Marion F.,Márka S.,Márka Z.,Markosyan A. S.,Maros E.,Martelli F.,Martellini L.,Martin I. W.,Martynov D. V.,Mason K.,Masserot A.,Massinger T. J.,Masso-Reid M.,Mastrogiovanni S.,Matichard F.,Matone L.,Matsumoto N.,Matsushima F.,Mavalvala N.,Mazumder N.,McCarthy R.,McClelland D. E.,McCormick S.,McGrath C.,McGuire S. C.,McIntyre G.,McIver J.,McManus D. J.,McRae T.,McWilliams S. T.,Meacher D.,Meadors G. D.,Meidam J.,Melatos A.,Mendell G.,Mendoza-Gandara D.,Mercer R. A.,Merilh E. L.,Merzougui M.,Meshkov S.,Messenger C.,Messick C.,Metzdorff R.,Meyers P. M.,Mezzani F.,Miao H.,Michel C.,Michimura Y.,Middleton H.,Mikhailov E. E.,Milano L.,Miller A. L.,Miller A.,Miller B. B.,Miller J.,Millhouse M.,Minenkov Y.,Ming J.,Mirshekari S.,Mishra C.,Mitrofanov V. P.,Mitselmakher G.,Mittleman R.,Miyakawa O.,Miyamoto A.,Miyamoto T.,Miyoki S.,Moggi A.,Mohan M.,Mohapatra S. R. P.,Montani M.,Moore B. C.,Moore C. J.,Moraru D.,Moreno G.,Morii W.,Morisaki S.,Moriwaki Y.,Morriss S. R.,Mours B.,Mow-Lowry C. M.,Mueller G.,Muir A. W.,Mukherjee Arunava,Mukherjee D.,Mukherjee S.,Mukund N.,Mullavey A.,Munch J.,Muniz E. A. M.,Murray P. G.,Mytidis A.,Nagano S.,Nakamura K.,Nakamura T.,Nakano H.,Nakano Masaya,Nakano Masayuki,Nakao K.,Napier K.,Nardecchia I.,Narikawa T.,Naticchioni L.,Nelemans G.,Nelson T. J. N.,Neri M.,Nery M.,Neunzert A.,Newport J. M.,Newton G.,Nguyen T. T.,Ni W.-T.,Nielsen A. B.,Nissanke S.,Nitz A.,Noack A.,Nocera F.,Nolting D.,Normandin M. E. N.,Nuttall L. K.,Oberling J.,Ochsner E.,Oelker E.,Ogin G. H.,Oh J. J.,Oh S. H.,Ohashi M.,Ohishi N.,Ohkawa M.,Ohme F.,Okutomi K.,Oliver M.,Ono K.,Ono Y.,Oohara K.,Oppermann P.,Oram Richard J.,O'Reilly B.,O'Shaughnessy R.,Ottaway D. J.,Overmier H.,Owen B. J.,Pace A. E.,Page J.,Pai A.,Pai S. A.,Palamos J. R.,Palashov O.,Palomba C.,Pal-Singh A.,Pan H.,Pankow C.,Pannarale F.,Pant B. C.,Paoletti F.,Paoli A.,Papa M. A.,Paris H. R.,Parker W.,Pascucci D.,Pasqualetti A.,Passaquieti R.,Passuello D.,Patricelli B.,Pearlstone B. L.,Pedraza M.,Pedurand R.,Pekowsky L.,Pele A.,PeñaArellano F. E.,Penn S.,Perez C. J.,Perreca A.,Perri L. M.,Pfeiffer H. P.,Phelps M.,Piccinni O. J.,Pichot M.,Piergiovanni F.,Pierro V.,Pillant G.,Pinard L.,Pinto I. M.,Pitkin M.,Poe M.,Poggiani R.,Popolizio P.,Post A.,Powell J.,Prasad J.,Pratt J. W. W.,Predoi V.,Prestegard T.,Prijatelj M.,Principe M.,Privitera S.,Prodi G. A.,Prokhorov L. G.,Puncken O.,Punturo M.,Puppo P.,Pürrer M.,Qi H.,Qin J.,Qiu S.,Quetschke V.,Quintero E. A.,Quitzow-James R.,Raab F. J.,Rabeling D. S.,Radkins H.,Raffai P.,Raja S.,Rajan C.,Rakhmanov M.,Rapagnani P.,Raymond V.,Razzano M.,Re V.,Read J.,Regimbau T.,Rei L.,Reid S.,Reitze D. H.,Rew H.,Reyes S. D.,Rhoades E.,Ricci F.,Riles K.,Rizzo M.,Robertson N. A.,Robie R.,Robinet F.,Rocchi A.,Rolland L.,Rollins J. G.,Roma V. J.,Romano R.,Romie J. H.,Rosińska D.,Rowan S.,Rüdiger A.,Ruggi P.,Ryan K.,Sachdev S.,Sadecki T.,Sadeghian L.,Sago N.,Saijo M.,Saito Y.,Sakai K.,Sakellariadou M.,Salconi L.,Saleem M.,Salemi F.,Samajdar A.,Sammut L.,Sampson L. M.,Sanchez E. J.,Sandberg V.,Sanders J. R.,Sasaki Y.,Sassolas B.,Sathyaprakash B. S.,Sato S.,Sato T.,Saulson P. R.,Sauter O.,Savage R. L.,Sawadsky A.,Schale P.,Scheuer J.,Schmidt E.,Schmidt J.,Schmidt P.,Schnabel R.,Schofield R. M. S.,Schönbeck A.,Schreiber E.,Schuette D.,Schutz B. F.,Schwalbe S. G.,Scott J.,Scott S. M.,Sekiguchi T.,Sekiguchi Y.,Sellers D.,Sengupta A. S.,Sentenac D.,Sequino V.,Sergeev A.,Setyawati Y.,Shaddock D. A.,Shaffer T. J.,Shahriar M. S.,Shapiro B.,Shawhan P.,Sheperd A.,Shibata M.,Shikano Y.,Shimoda T.,Shoda A.,Shoemaker D. H.,Shoemaker D. M.,Siellez K.,Siemens X.,Sieniawska M.,Sigg D.,Silva A. D.,Singer A.,Singer L. P.,Singh A.,Singh R.,Singhal A.,Sintes A. M.,Slagmolen B. J. J.,Smith B.,Smith J. R.,Smith R. J. E.,Somiya K.,Son E. J.,Sorazu B.,Sorrentino F.,Souradeep T.,Spencer A. P.,Srivastava A. K.,Staley A.,Steinke M.,Steinlechner J.,Steinlechner S.,Steinmeyer D.,Stephens B. C.,Stevenson S. P.,Stone R.,Strain K. A.,Straniero N.,Stratta G.,Strigin S. E.,Sturani R.,Stuver A. L.,Sugimoto Y.,Summerscales T. Z.,Sun L.,Sunil S.,Sutton P. J.,Suzuki T.,Swinkels B. L.,Szczepańczyk M. J.,Tacca M.,Tagoshi H.,Takada S.,Takahashi H.,Takahashi R.,Takamori A.,Talukder D.,Tanaka H.,Tanaka K.,Tanaka T.,Tanner D. B.,Tápai M.,Taracchini A.,Tatsumi D.,Taylor R.,Telada S.,Theeg T.,Thomas E. G.,Thomas M.,Thomas P.,Thorne K. A.,Thrane E.,Tippens T.,Tiwari S.,Tiwari V.,Tokmakov K. V.,Toland K.,Tomaru T.,Tomlinson C.,Tonelli M.,Tornasi Z.,Torrie C. I.,Töyrä D.,Travasso F.,Traylor G.,Trifirò D.,Trinastic J.,Tringali M. C.,Trozzo L.,Tse M.,Tso R.,Tsubono K.,Tsuzuki T.,Turconi M.,Tuyenbayev D.,Uchiyama T.,Uehara T.,Ueki S.,Ueno K.,Ugolini D.,Unnikrishnan C. S.,Urban A. L.,Ushiba T.,Usman S. A.,Vahlbruch H.,Vajente G.,Valdes G.,van Bakel N.,van Beuzekom M.,van den Brand J. F. J.,Van Den Broeck C.,Vander-Hyde D. C.,van der Schaaf L.,van Heijningen J. V.,van Putten M. H. P. M.,van Veggel A. A.,Vardaro M.,Varma V.,Vass S.,Vasúth M.,Vecchio A.,Vedovato G.,Veitch J.,Veitch P. J.,Venkateswara K.,Venugopalan G.,Verkindt D.,Vetrano F.,Viceré A.,Viets A. D.,Vinciguerra S.,Vine D. J.,Vinet J.-Y.,Vitale S.,Vo T.,Vocca H.,Vorvick C.,Voss D. V.,Vousden W. D.,Vyatchanin S. P.,Wade A. R.,Wade L. E.,Wade M.,Wakamatsu T.,Walker M.,Wallace L.,Walsh S.,Wang G.,Wang H.,Wang M.,Wang Y.,Ward R. L.,Warner J.,Was M.,Watchi J.,Weaver B.,Wei L.-W.,Weinert M.,Weinstein A. J.,Weiss R.,Wen L.,Weßels P.,Westphal T.,Wette K.,Whelan J. T.,Whiting B. F.,Whittle C.,Williams D.,Williams R. D.,Williamson A. R.,Willis J. L.,Willke B.,Wimmer M. H.,Winkler W.,Wipf C. C.,Wittel H.,Woan G.,Woehler J.,Worden J.,Wright J. L.,Wu D. S.,Wu G.,Yam W.,Yamamoto H.,Yamamoto K.,Yamamoto T.,Yancey C. C.,Yano K.,Yap M. J.,Yokoyama J.,Yokozawa T.,Yoon T. H.,Yu Hang,Yu Haocun,Yuzurihara H.,Yvert M.,Zadrożny A.,Zangrando L.,Zanolin M.,Zeidler S.,Zendri J.-P.,Zevin M.,Zhang L.,Zhang M.,Zhang T.,Zhang Y.,Zhao C.,Zhou M.,Zhou Z.,Zhu S. J.,Zhu X. J.,Zucker M. E.,Zweizig J.
• Living Reviews in Relativity (21), 2018-12
• We present possible observing scenarios for the Advanced LIGO, Advanced Virgo and KAGRA gravitational-wave detectors over the next decade, with the intention of providing information to the astronomy …
• NAID 120006551761

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