WordNet
- an academy for training naval officers
- a learned establishment for the advancement of knowledge
- an institution for the advancement of art or science or literature (同)honorary society
- a school for special training
- a secondary school (usually private)
- connected with or belonging to or used in a navy; "naval history"; "naval commander"; "naval vessels"
PrepTutorEJDIC
- 『学士院』,芸術院 / 《米》私立中等(高等)学校 / (特殊教育の)専門学校
- 『海軍の』;軍艦の
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出典(authority):フリー百科事典『ウィキペディア(Wikipedia)』「2015/07/22 17:06:24」(JST)
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A Naval Academy is a national institution that provides undergraduate level education for prospective naval officers.
Naval training commonly took place only at sea until the 20th century, even if those ships were permanently moored. For example, both the French École Navale and the British BRNC only comparatively recently constructed their training establishments on shore, despite the history of those two navies - almost contemporary with the establishment of those two nations air force colleges. This is in contrast to their military counterparts such as the École Spéciale Militaire de Saint-Cyr and the Royal Military Academy Sandhurst which, with their predecessors, have a history of a much more formal presence, in spite (as in the British case) of the Royal Navy being the service that was both 'senior' and historically had commanded most of the state funds for defence purposes. Some states may combine all officer training for their armed forces into one college. This is particularly true where economies of scale mean that it is impractical to have separate naval, military and air force academies - this is the case in, for example, Singapore. It may also be the case in those few of the worlds states that have unified armed forces - the most notable one being the Canadian Forces.
Naval academies
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The Americas |
- Brazil
- Canada
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- Peru
- United States
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Asia |
- Bangladesh
- China
- India
- Israel
- Japan
- Lebanon
- Pakistan
- Singapore
- South Korea
- Sri Lanka
- Thailand
- Turkey
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Europe |
- Bulgaria
- Denmark
- France
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UpToDate Contents
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English Journal
- Impact of Broader Sharing on Transport Time for Deceased Donor Livers.
- Gentry SE1, Chow EK, Wickliffe CE, Massie AB, Leighton T, Segev DL.
- Liver transplantation : official publication of the American Association for the Study of Liver Diseases and the International Liver Transplantation Society.Liver Transpl.2014 Jun 27. doi: 10.1002/lt.23942. [Epub ahead of print]
- Recent allocation policy changes have increased sharing of deceased donor livers across local boundaries, and sharing even broader than this has been proposed as a remedy for persistent geographic disparities in liver transplantation. It is possible that broader sharing might increase cold ischemia
- PMID 24975028
- Phentermine Interference and High l-Methamphetamine Concentration Problems in GC-EI-MS SIM Analyses of R-(-)-α-Methoxy-α-(Trifluoromethyl)Phenylacetyl Chloride-Derivatized Amphetamines and Methamphetamines†
- Hamilton TJ1, Qui HZ2, Dozier KV2, Fuller ZJ3.
- Journal of analytical toxicology.J Anal Toxicol.2014 Jun 20. pii: bku069. [Epub ahead of print]
- In order to achieve chromatographic separation, urine samples shown to be initially positive for amphetamines and methamphetamines in US Department of Defense immunoassays are derivatized with R-(-)-α-methoxy-α-(trifluoromethyl)phenylacetyl chloride (R-(-)-MTPA) prior to gas chromatography-electro
- PMID 24951536
- Beam-energy dependence of the directed flow of protons, antiprotons, and pions in Au+Au collisions.
- Adamczyk L1, Adkins JK2, Agakishiev G3, Aggarwal MM4, Ahammed Z5, Alekseev I6, Alford J7, Anson CD8, Aparin A3, Arkhipkin D9, Aschenauer EC9, Averichev GS3, Banerjee A5, Beavis DR9, Bellwied R10, Bhasin A11, Bhati AK4, Bhattarai P12, Bichsel H13, Bielcik J14, Bielcikova J15, Bland LC9, Bordyuzhin IG6, Borowski W16, Bouchet J7, Brandin AV17, Brovko SG18, Bültmann S19, Bunzarov I3, Burton TP9, Butterworth J20, Caines H21, Calderón de la Barca Sánchez M18, Cebra D18, Cendejas R22, Cervantes MC23, Chaloupka P14, Chang Z23, Chattopadhyay S5, Chen HF24, Chen JH25, Chen L26, Cheng J27, Cherney M28, Chikanian A21, Christie W9, Chwastowski J29, Codrington MJ12, Contin G30, Cramer JG13, Crawford HJ31, Cui X24, Das S32, Davila Leyva A12, De Silva LC28, Debbe RR9, Dedovich TG3, Deng J33, Derevschikov AA34, Derradi de Souza R35, Dhamija S36, di Ruzza B9, Didenko L9, Dilks C22, Ding F18, Djawotho P23, Dong X30, Drachenberg JL37, Draper JE18, Du CM38, Dunkelberger LE39, Dunlop JC9, Efimov LG3, Engelage J31, Engle KS40, Eppley G20, Eun L30, Evdokimov O41, Eyser O9, Fatemi R2, Fazio S9, Fedorisin J3, Filip P3, Finch E21, Fisyak Y9, Flores CE18, Gagliardi CA23, Gangadharan DR8, Garand D42, Geurts F20, Gibson A37, Girard M43, Gliske S44, Greiner L30, Grosnick D37, Gunarathne DS45, Guo Y24, Gupta A11, Gupta S11, Guryn W9, Haag B18, Hamed A23, Han LX25, Haque R46, Harris JW21, Heppelmann S22, Hirsch A42, Hoffmann GW12, Hofman DJ41, Horvat S21, Huang B9, Huang HZ39, Huang X27, Huck P26, Humanic TJ8, Igo G39, Jacobs WW36, Jang H47, Judd EG31, Kabana S16, Kalinkin D6, Kang K27, Kauder K41, Ke HW9, Keane D7, Kechechyan A3, Kesich A18, Khan ZH41, Kikola DP43, Kisel I48, Kisiel A43, Koetke DD37, Kollegger T48, Konzer J42, Koralt I19, Kotchenda L17, Kraishan AF45, Kravtsov P17, Krueger K44, Kulakov I48, Kumar L46, Kycia RA29, Lamont MA9, Landgraf JM9, Landry KD39, Lauret J9, Lebedev A9, Lednicky R3, Lee JH9, Levine MJ9, Li C24, Li W25, Li X42, Li X45, Li Y27, Li ZM26, Lisa MA8, Liu F26, Ljubicic T9, Llope WJ20, Lomnitz M7, Longacre RS9, Luo X26, Ma GL25, Ma YG25, Madagodagettige Don DM28, Mahapatra DP32, Majka R21, Margetis S7, Markert C12, Masui H30, Matis HS30, McDonald D10, McShane TS28, Minaev NG34, Mioduszewski S23, Mohanty B46, Mondal MM23, Morozov DA34, Mustafa MK30, Nandi BK49, Nasim M46, Nayak TK5, Nelson JM50, Nigmatkulov G17, Nogach LV34, Noh SY47, Novak J51, Nurushev SB34, Odyniec G30, Ogawa A9, Oh K52, Ohlson A21, Okorokov V17, Oldag EW12, Olvitt DL Jr45, Pachr M14, Page BS36, Pal SK5, Pan YX39, Pandit Y41, Panebratsev Y3, Pawlak T43, Pawlik B53, Pei H26, Perkins C31, Peryt W43, Pile P9, Planinic M54, Pluta J43, Poljak N54, Porter J30, Poskanzer AM30, Pruthi NK4, Przybycien M1, Pujahari PR49, Putschke J55, Qiu H30, Quintero A7, Ramachandran S2, Raniwala R56, Raniwala S56, Ray RL12, Riley CK21, Ritter HG30, Roberts JB20, Rogachevskiy OV3, Romero JL18, Ross JF28, Roy A5, Ruan L9, Rusnak J15, Rusnakova O14, Sahoo NR23, Sahu PK32, Sakrejda I30, Salur S30, Sandweiss J21, Sangaline E18, Sarkar A49, Schambach J12, Scharenberg RP42, Schmah AM30, Schmidke WB9, Schmitz N57, Seger J28, Seyboth P57, Shah N39, Shahaliev E3, Shanmuganathan PV7, Shao M24, Sharma B4, Shen WQ25, Shi SS30, Shou QY25, Sichtermann EP30, Singaraju RN5, Skoby MJ36, Smirnov D9, Smirnov N21, Solanki D56, Sorensen P9, Spinka HM44, Srivastava B42, Stanislaus TD37, Stevens JR58, Stock R48, Strikhanov M17, Stringfellow B42, Sumbera M15, Sun X30, Sun XM30, Sun Y24, Sun Z38, Surrow B45, Svirida DN6, Symons TJ30, Szelezniak MA30, Takahashi J35, Tang AH9, Tang Z24, Tarnowsky T51, Thomas JH30, Timmins AR10, Tlusty D15, Tokarev M3, Trentalange S39, Tribble RE23, Tribedy P5, Trzeciak BA14, Tsai OD39, Turnau J53, Ullrich T9, Underwood DG44, Van Buren G9, van Nieuwenhuizen G58, Vandenbroucke M45, Vanfossen JA Jr7, Varma R49, Vasconcelos GM35, Vasiliev AN34, Vertesi R15, Videbæk F9, Viyogi YP5, Vokal S3, Vossen A36, Wada M12, Wang F42, Wang G39, Wang H9, Wang JS38, Wang XL24, Wang Y27, Wang Y41, Webb G2, Webb JC9, Westfall GD51, Wieman H30, Wissink SW36, Witt R40, Wu YF26, Xiao Z27, Xie W42, Xin K20, Xu H38, Xu J26, Xu N30, Xu QH33, Xu Y24, Xu Z9, Yan W27, Yang C24, Yang Y38, Yang Y26, Ye Z41, Yepes P20, Yi L42, Yip K9, Yoo IK52, Yu N26, Zawisza Y24, Zbroszczyk H43, Zha W24, Zhang JB26, Zhang JL33, Zhang S25, Zhang XP27, Zhang Y24, Zhang ZP24, Zhao F39, Zhao J26, Zhong C25, Zhu X27, Zhu YH25, Zoulkarneeva Y3, Zyzak M48; (STAR Collaboration).
- Physical review letters.Phys Rev Lett.2014 Apr 25;112(16):162301. Epub 2014 Apr 23.
- Rapidity-odd directed flow (v1) measurements for charged pions, protons, and antiprotons near midrapidity (y=0) are reported in sNN=7.7, 11.5, 19.6, 27, 39, 62.4, and 200 GeV Au+Au collisions as recorded by the STAR detector at the Relativistic Heavy Ion Collider. At intermediate impact parameters,
- PMID 24815640
Japanese Journal
- Source water of two-pronged northward flow in the southern Taiwan Strait in summer
- Hong Huasheng,Chen Chen-Tung Arthur,Jiang Yuwu [他],LOU Jiann-Yuh,CHEN Zhaozhang,ZHU Jia
- Journal of oceanography 67(4), 385-393, 2011-08-01
- NAID 10029524211
- Forest gene diversity is correlated with the composition and function of soil microbial communities
- Schweitzer Jennifer A.,Fischer Dylan G.,Rehill Brian J. [他],WOOLEY Stuart C.,WOOLBRIGHT Scott A.,LINDROTH Richard L.,WHITHAM Thomas G.,ZAK Donald R.,HART Stephen C.
- Population ecology 53(1), 35-46, 2011-01-01
- NAID 10027622058
- Effect of the Geoacoustic Parameters on the Range-Frequency Interference in Shallow-Water Waveguide
- Hahn Jooyoung,Kim Byoung-Nam,Choi Bok Kyoung [他],Kim Bong-Chae,Park Kyoungju
- Jpn J Appl Phys 49(10), 100211-100211-3, 2010-10-25
- In this study, range-frequency interference is analyzed in the propagation of acoustic waves in shallow-water waveguides. The interference pattern is examined using image processing techniques to prod …
- NAID 150000053199
Related Links
- The United States Naval Academy, established in 1845, is the undergraduate college for theNavy that prepares young men and women to become professional officers in the US Navy and Marine Corps.
- 腕時計 の優れたセレクションでオンラインショッピング。 ... 18件の結果 腕時計: "Naval Academy" "Naval Academy" キャンセル 価格 10000-50000円 (17) 50000-100000円 (1)
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- 関
- acad、academic meeting、academic society、association、institute、research institute、scientific meeting、scientific society、society