著者

MOLLOY D

雑誌

J Am Assc Gynecol Laparosc

巻号頁・発行日

vol.2, pp.203-206, 1995

被引用文献数

1 27

著者

Walter Greiner Berndt Müller with a foreword by D.A. Bromley

出版者

Springer-Verlag

巻号頁・発行日

1994

著者

Scott John D. Pawson Tony

出版者

日経サイエンス

雑誌

日経サイエンス (ISSN:0917009X)

巻号頁・発行日

vol.30, no.10, pp.42-51, 2000-10

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一列に並んだ人たちがメッセージを隣の人に伝えていく伝言ゲームでは,思いもかけない間違った言葉を相手に伝えてしまうことがよくある。だが,私たちの体の細胞の中にある分子は,絶えず正確な情報を中継できる。

著者

シバラム V. ストランクス S. D. スネイス H.J.

出版者

日経サイエンス ; 1990-

雑誌

日経サイエンス (ISSN:0917009X)

巻号頁・発行日

vol.45, no.10, pp.82-88, 2015-10

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シリコン製が支配する太陽電池の市場で,「ペロブスカイト」と呼ばれる結晶材料でできた新型の太陽電池が注目されている。日本の大学で生まれた成果で,世界中の研究者が実用化を目指し開発競争に参入している。

著者

Kushari D.P. Watanabe Iwao

出版者

一般社団法人日本土壌肥料学会

雑誌

Soil science and plant nutrition (ISSN:00380768)

巻号頁・発行日

vol.38, no.1, pp.65-73, 1992-03

被引用文献数

1

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The growth of Azolla in the field is often limited by the phosphorous supply. To develop a screening technique for the ability of Azolla to grow and fix N_2 more efficiently under P-deficient conditions, water culture experiments were conducted under concentration-controlled conditions. Azolla was grown in a 60-liter bucket with a P concentration ranging from 0.02 to 0.06 ppm. At 0.03 ppm, Azolla became P-deficient. Under P-deficient condition, Azolla pinnata strains #5 and #7001 produced a larger amount of biomass and showed a lower tissue P concentration than A. microphylla #4018 and A. mexicana #2026. The P concentration in the culture medium decreased from 0.03 to 0.02 ppm during the growth of Azolla. A device for the supply of acid or alkaline and P solutions was designed to maintain a constant pH and P concentration in the water culture medium. Even when the P concentration was kept at 0.03-0.035 ppm, Azolla suffered from P deficiency. Under this condition, the A. microphylla, A. mexicana, A. filiculoides, and A. nilotica strains produced a smaller amount of biomass and showed a higher tissue P content than the A. pinnata strains. Growth responses of Azolla species under P concentration-limited conditions were, thus, similar to those under quantity-limited conditions. Quantity-limited water culture is more convenient for screening a large number of Azolla strains for their ability to grow under P-deficient conditions.

著者

脇田 浩二 宮崎 一博 ソパヘルワカン J. ズルカルナイン I. パーキンソン C.D. ムナスリ Koji Wakita Kazuhiro Miyazaki Jan Sopaheluwakan Iskandar Zulkarnain Christopher D. Parkinson Munasri Geological Survey of Japan Geological Survey of Japan Research and Development Centre for Geotechnology Research and Development Centre for Geotechnology Tokyo Institute of Technology Tsukuba University

出版者

日本地質学会

雑誌

地質学論集 = The memoirs of the Geological Society of Japan (ISSN:03858545)

巻号頁・発行日

vol.48, pp.152-162, 1997-06-30

参考文献数

14

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東南アジアの古大陸スンダランドの周りには, 様々な年代の付加体やゴンドワナ大陸起源の微小大陸片が集まってきて, 中生代・新生代を通じて次第に大陸成長を続けてきた。インドネシアの中部ジャワ, 南スラウェシ及び南カリマンタン地域において付加体の詳細な調査研究の結果, 白亜紀における海洋プレートの沈み込み, 深海堆積物の付加, 微小大陸片の衝突などが次第に明らかになってきた。これらの三池域の地質は, 構成岩相や地質時代などがお互いに良く類似している。しかし, それぞれの地域が受けた構造運動の違いが, 構成岩石の性質に微妙な違いを与えている。中部ジャワのルクロコンプレックスは, 典型的な付加体で, 白亜紀全体を通じて定常的な海洋プレートの沈み込みと海洋堆積物の付加で特徴づけられている。南カリマンタンのメラトスコンプレックスは, その被覆層とともに収束境界に沿った島弧で形成されたと推定される。一方, 南スラウェシのバンティマラコンプレックスは, 海洋プレートの沈み込みに引き続いて起こった微小大陸片の衝突の歴史を記録している。The Sundaland craton in Southeast Asia is surrounded by a number of accretionary complexes of various ages, and accreted microcontinents which were originally rifted from the Gondwanaland. Continental growth along the southern and eastern margins of the Sundaland resulted from accretion of sediments and collision of continental fragments throughout Mesozoic and Cenozoic times. Cretaceous tectonic processes in the Indonesian region such as subduction, accretion and collision have been revealed by detailed geologic investigation of accretionary complexes in Central Java, South Sulawesi and South Kalimantan. The components of these complexes are similar to each other, but the precise nature of the components differs somewhat. Differences of structure and lithology suggest differing tectonic histories. The Luk-Ulo Complex of Central Java is a typical subduction complex generated by continuous subduction of oceanic plate through out Cretaceous time. The Meratus Complex and its overlying formations in South Kalimantan are also products of oceanic plate subduction in an island arc setting. On the other hand, the Bantimala Complex of South Sulawesi records the effects of oceanic plate subduction followed by collision of a continental fragment.

著者

SCHWABE D.

雑誌

Adv. Space Res.

巻号頁・発行日

vol.29, no.4, pp.629-638,

被引用文献数

1 49

著者

compiled in A.H. 730 (A.D. 1330) and now abridged in English from a manuscript dated A.H. 857 (A.D. 1453) by Edward G. Browne with indices of the fac-simile text by R.A. Nicholson

出版者

Luzac

巻号頁・発行日

1910

著者

Acharya BS Actis M Aghajani T Agnetta G Aguilar J Aharonian F Ajello M Akhperjanian A Alcubierre M Aleksic J Alfaro R Aliu E Allafort AJ Allan D Allekotte I Amato E Anderson J Anguner EO Antonelli LA Antoranz P Aravantinos A Arlen T Armstrong T Arnaldi H Arrabito L Asano K Ashton T Asorey HG Awane Y Baba H Babic A Baby N Bahr J Bais A Baixeras C Bajtlik S Balbo M Balis D Balkowski C Bamba A Bandiera R Barber A Barbier C Barcelo M Barnacka A Barnstedt J de Almeida UB Barrio JA Basili A Basso S Bastieri D Bauer C Baushev A Becerra J Becherini Y Bechtol KC Tjus JB Beckmann V Bednarek W Behera B Belluso M Benbow W Berdugo J Berger K Bernard F Bernardino T Bernlohr K Bhat N Bhattacharyya S Bigongiari C Biland A Billotta S Bird T Birsin E Bissaldi E Biteau J Bitossi M Blake S Bigas OB Blasi P Bobkov A Boccone V Boettcher M Bogacz L Bogart J Bogdan M Boisson C Gargallo JB Bolmont J Bonanno G Bonardi A Bonev T Bonifacio P Bonnoli G Bordas P Borgland A Borkowski J Bose R Botner O Bottani A Bouchet L Bourgeat M Boutonnet C Bouvier A Brau-Nogue S Braun I Bretz T Briggs M Bringmann T Brook P Brun P Brunetti L Buanes T Buckley J Buehler R Bugaev V Bulgarelli A Bulik T Busetto G Buson S Byrum K Cailles M Cameron R Camprecios J Canestrari R Cantu S Capalbi M Caraveo P Carmona E Carosi A Carr J Carton PH Casanova S Casiraghi M Catalano O Cavazzani S Cazaux S Cerruti M Chabanne E Chadwick P Champion C Chen A Chiang J Chiappetti L Chikawa M Chitnis VR Chollet F Chudoba J Cieslar M Cillis A Cohen-Tanugi J Colafrancesco S Colin P Calome J Colonges S Compin M Conconi P Conforti V Connaughton V Conrad J Contreras JL Coppi P Corona P Corti D Cortina J Cossio L Costantini H Cotter G Courty B Couturier S Covino S Crimi G Criswell SJ Croston J Cusumano G Dafonseca M Dale O Daniel M Darling J Davids I Dazzi F De Angelis A De Caprio V De Frondat F Dal Pino EMD de la Calle I De La Vega GA Lopez RD De Lotto B De Luca A Neto JRTD de Naurois M de Oliveira Y Wilhelmi ED de Souza V Decerprit G Decock G Deil C Delagnes E Deleglise G Delgado C Della Volpe D Demange P Depaola G Dettlaff A Di Paola A Di Pierro F Diaz C Dick J Dickherber R Dickinson H Diez-Blanco V Digel S Dimitrov D Disset G Djannati-Atai A Doert M Dohmke M Domainko W Prester DD Donat A Dorner D Doro M Dournaux JL Drake G Dravins D Drury L Dubois F Dubois R Dubus G Dufour C Dumas D Dumm J Durand D Dyks J Dyrda M Ebr J Edy E Egberts K Eger P Einecke S Eleftheriadis C Elles S Emmanoulopoulos D Engelhaupt D Enomoto R Ernenwein JP Errando M Etchegoyen A Evans P Falcone A Fantinel D Farakos K Farnier C Fasola G Favill B Fede E Federici S Fegan S Feinstein F Ferenc D Ferrando P Fesquet M Fiasson A Fillin-Martino E Fink D Finley C Finley JP Fiorini M Curcoll RF Flores H Florin D Focke W Fohr C Fokitis E Font L Fontaine G Fornasa M Forster A Fortson L Fouque N Franckowiak A Fransson C Fraser G Frei R Albuquerque IFM Fresnillo L Fruck C Fujita Y Fukazawa Y Fukui Y Funk S Gabele W Gabici S Gabriele R Gadola A Galante N Gall D Gallant Y Gamez-Garcia J Garcia B Lopez RG Gardiol D Garrido D Garrido L Gascon D Gaug M Gaweda J Gebremedhin L Geffroy N Gerard L Ghedina A Ghigo M Giannakaki E Gianotti F Giarrusso S Giavitto G Giebels B Gika V Giommi P Girard N Giro E Giuliani A Glanzman T Glicenstein JF Godinovic N Golev V Berisso MG Gomez-Ortega J Gonzalez MM Gonzalez A Gonzalez F Munoz AG Gothe KS Gougerot M Graciani R Grandi P Granena F Granot J Grasseau G Gredig R Green A Greenshaw T Gregoire T Grimm O Grube J Grudzinska M Gruev V Grunewald S Grygorczuk J Guarino V Gunji S Gyuk G Hadasch D Hagiwara R Hahn J Hakansson N Hallgren A Heras NH Hara S Hardcastle MJ Harris J Hassan T Hatanaka K Haubold T Haupt A Hayakawa T Hayashida M Heller R Henault F Henri G Hermann G Hermel R Herrero A Hidaka N Hinton J Hoffmann D Hofmann W Hofverberg P Holder J Horns D Horville D Houles J Hrabovsky M Hrupec D Huan H Huber B Huet JM Hughes G Humensky TB Huovelin J Ibarra A Illa JM Impiombato D Incorvaia S Inoue S Inoue Y Ioka K Ismailova E Jablonski C Jacholkowska A Jamrozy M Janiak M Jean P Jeanney C Jimenez JJ Jogler T Johnson T Journet L Juffroy C Jung I Kaaret P Kabuki S Kagaya M Kakuwa J Kalkuhl C Kankanyan R Karastergiou A Karcher K Karczewski M Karkar S Kasperek A Kastana D Katagiri H Kataoka J Katarzynski K Katz U Kawanaka N Kellner-Leidel B Kelly H Kendziorra E Khelifi B Kieda DB Kifune T Kihm T Kishimoto T Kitamoto K Kluzniak W Knapic C Knapp J Knodlseder J Kock F Kocot J Kodani K Kohne JH Kohri K Kokkotas K Kolitzus D Komin N Kominis I Konno Y Koppel H Korohoda P Kosack K Koss G Kossakowski R Kostka P Koul R Kowal G Koyama S Koziol J Krahenbuhl T Krause J Krawzcynski H Krennrich F Krepps A Kretzschmann A Krobot R Krueger P Kubo H Kudryavtsev VA Kushida J Kuznetsov A La Barbera A La Palombara N La Parola V La Rosa G Lacombe K Lamanna G Lande J Languignon D Lapington J Laporte P Lavalley C Le Flour T Le Padellec A Lee SH Lee WH de Oliveira MAL Lelas D Lenain JP Leopold DJ Lerch T Lessio L Lieunard B Lindfors E Liolios A Lipniacka A Lockart H Lohse T Lombardi S Lopatin A Lopez M Lopez-Coto R Lopez-Oramas A Lorca A Lorenz E Lubinski P Lucarelli F Ludecke H Ludwin J Luque-Escamilla PL Lustermann W Luz O Lyard E Maccarone MC Maccarone TJ Madejski GM Madhavan A Mahabir M Maier G Majumdar P Malaguti G Maltezos S Manalaysay A Mancilla A Mandat D Maneva G Mangano A Manigot P Mannheim K Manthos I Maragos N Marcowith A Mariotti M Marisaldi M Markoff S Marszalek A Martens C Marti J Martin JM Martin P Martinez G Martinez F Martinez M Masserot A Mastichiadis A Mathieu A Matsumoto H Mattana F Mattiazzo S Maurin G Maxfield S Maya J Mazin D Mc Comb L McCubbin N McHardy I McKay R Medina C Melioli C Melkumyan D Mereghetti S Mertsch P Meucci M Michalowski J Micolon P Mihailidis A Mineo T Minuti M Mirabal N Mirabel F Miranda JM Mirzoyan R Mizuno T Moal B Moderski R Mognet I Molinari E Molinaro M Montaruli T Monteiro I Moore P Olaizola AM Mordalska M Morello C Mori K Mottez F Moudden Y Moulin E Mrusek I Mukherjee R Munar-Adrover P Muraishi H Murase K Murphy A Nagataki S Naito T Nakajima D Nakamori T Nakayama K Naumann C Naumann D Naumann-Godo M Nayman P Nedbal D Neise D Nellen L Neustroev V Neyroud N Nicastro L Nicolau-Kuklinski J Niedzwiecki A Niemiec J Nieto D Nikolaidis A Nishijima K Nolan S Northrop R Nosek D Nowak N Nozato A O'Brien P Ohira Y Ohishi M Ohm S Ohoka H Okuda T Okumura A Olive JF Ong RA Orito R Orr M Osborne J Ostrowski M Otero LA Otte N Ovcharov E Oya I Ozieblo A Padilla L Paiano S Paillot D Paizis A Palanque S Palatka M Pallota J Panagiotidis K Panazol JL Paneque D Panter M Paoletti R Papayannis A Papyan G Paredes JM Pareschi G Parks G Parraud JM Parsons D Arribas MP Pech M Pedaletti G Pelassa V Pelat D Perez MDC Persic M Petrucci PO Peyaud B Pichel A Pita S Pizzolato F Platos L Platzer R Pogosyan L Pohl M Pojmanski G Ponz JD Potter W Poutanen J Prandini E Prast J Preece R Profeti F Prokoph H Prouza M Proyetti M Puerto-Gimenez I Puhlhofer G Puljak I Punch M Pyziol R Quel EJ Quinn J Quirrenbach A Racero E Rajda PJ Ramon P Rando R Rannot RC Rataj M Raue M Reardon P Reimann O Reimer A Reimer O Reitberger K Renaud M Renner S Reville B Rhode W Ribo M Ribordy M Richer MG Rico J Ridky J Rieger F Ringegni P Ripken J Ristori PR Riviere A Rivoire S Rob L Roeser U Rohlfs R Rojas G Romano P Romaszkan W Romero GE Rosen S Lees SR Ross D Rouaix G Rousselle J Rousselle S Rovero AC Roy F Royer S Rudak B Rulten C Rupinski M Russo F Ryde F Sacco B Saemann EO Saggion A Safiakian V Saito K Saito T Saito Y Sakaki N Sakonaka R Salini A Sanchez F Sanchez-Conde M Sandoval A Sandaker H Sant'Ambrogio E Santangelo A Santos EM Sanuy A Sapozhnikov L Sarkar S Sartore N Sasaki H Satalecka K Sawada M Scalzotto V Scapin V Scarcioffolo M Schafer J Schanz T Schlenstedt S Schlickeiser R Schmidt T Schmoll J Schovanek P Schroedter M Schultz C Schultze J Schulz A Schure K Schwab T Schwanke U Schwarz J Schwarzburg S Schweizer T Schwemmer S Segreto A Seiradakis JH Sembroski GH Seweryn K Sharma M Shayduk M Shellard RC Shi J Shibata T Shibuya A Shum E Sidoli L Sidz M Sieiro J Sikora M Silk J Sillanpaa A Singh BB Sitarek J Skole C Smareglia R Smith A Smith D Smith J Smith N Sobczynska D Sol H Sottile G Sowinski M Spanier F Spiga D Spyrou S Stamatescu V Stamerra A Starling R Stawarz L Steenkamp R Stegmann C Steiner S Stergioulas N Sternberger R Sterzel M Stinzing F Stodulski M Straumann U Strazzeri E Stringhetti L Suarez A Suchenek M Sugawara R Sulanke KH Sun S Supanitsky AD Suric T Sutcliffe P Sykes J Szanecki M Szepieniec T Szostek A Tagliaferri G Tajima H Takahashi H Takahashi K Takalo L Takami H Talbot C Tammi J Tanaka M Tanaka S Tasan J Tavani M Tavernet JP Tejedor LA Telezhinsky I Temnikov P Tenzer C Terada Y Terrier R Teshima M Testa V Tezier D Thuermann D Tibaldo L Tibolla O Tiengo A Tluczykont M Peixoto CJT Tokanai F Tokarz M Toma K Torii K Tornikoski M Torres DF Torres M Tosti G Totani T Toussenel C Tovmassian G Travnicek P Trifoglio M Troyano I Tsinganos K Ueno H Umehara K Upadhya SS Usher T Uslenghi M Valdes-Galicia JF Vallania P Vallejo G van Driel W van Eldik C Vandenbrouke J Vanderwalt J Vankov H Vasileiadis G Vassiliev V Veberic D Vegas I Vercellone S Vergani S Veyssiere C Vialle JP Viana A Videla M Vincent P Vincent S Vink J Vlahakis N Vlahos L Vogler P Vollhardt A von Gunten HP Vorobiov S Vuerli C Waegebaert V Wagner R Wagner RG Wagner S Wakely SP Walter R Walther T Warda K Warwick R Wawer P Wawrzaszek R Webb N Wegner P Weinstein A Weitzel Q Welsing R Werner M Wetteskind H White R Wierzcholska A Wiesand S Wilkinson M Williams DA Willingale R Winiarski K Wischnewski R Wisniewski L Wood M Wornlein A Xiong Q Yadav KK Yamamoto H Yamamoto T Yamazaki R Yanagita S Yebras JM Yelos D Yoshida A Yoshida T Yoshikoshi T Zabalza V Zacharias M Zajczyk A Zanin R Zdziarski A Zech A Zhao A Zhou X Zietara K Ziolkowski J Ziolkowski P Zitelli V Zurbach C Zychowski P

雑誌

ASTROPARTICLE PHYSICS (ISSN:09276505)

巻号頁・発行日

vol.43, pp.3-18, 2013

著者

Davis Harold A. Keinigs Rhon K. Anderson Wallace E. Atchison Walter L. Bartsch R. Richard Benage John F. Ballard Evan O. Bowman David W. Cochrane James C. Ekdahl Carl A. Elizondo Juan M. Faehl Rickey J. Fulton Robert D. Gribble Robert F. Guzik Joyce A. Kyrala George A. Miller R. Bruce Nielsen Kurt E. Parker Jerald V. Parsons W. Mark Munson Carter P. Oro David M. Rodriguez George E. Rogers Harold H. Scudder David W. Shlachter Jack S. Stokes John L. Taylor Antoinette J. Trainor R. James Turchi Peter J. Wood Blake P.

出版者

公益社団法人 応用物理学会

雑誌

Japanese journal of applied physics. Pt. 1, Regular papers & short notes (ISSN:00214922)

巻号頁・発行日

vol.40, no.2, pp.930-934, 2001-02-28

被引用文献数

8

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Atlas is a pulsed-power facility under development at Los Alamos National Laboratory to drive high-energy density experiments. Atlas will be operational in the summer of 2000 and is optimized for the study of dynamic material properties, hydrodynamics, and dense plasmas under extreme conditions. Atlas is designed to implode heavy-liner loads in a z-pinch configuration. The peak current of 30 MA is delivered in 4 $\mu$s. A typical Atlas liner is a 47-gram-aluminum cylinder with ${\sim}4$-cm radius and 4-cm length. Three to five MJ of kinetic energy will be delivered to the load. Using composite layers and a variety of interior target designs, a wide variety of experiments in ${\sim}\text{cm}^{3}$ volumes will be performed. Atlas applications, machine design, and the status of the project are reviewed.

著者

熊沢 隆平 アダチ ケイゾー 青木 高之 大久保 吉美 岡村 昇一 河本 俊和 佐藤 照幸 佐藤 徳芳 砂子 克彦 高山 一男 畠山 力三 服部 和俊 秀熊 茂 藤田 秀樹 Garner H.R. Price H.D.

出版者

一般社団法人日本物理学会

雑誌

年会講演予稿集

巻号頁・発行日

vol.40, no.4, 1985-03-31

著者

熊沢 隆平 アダチ ケイゾー 青木 高之 大久保 吉美 岡村 昇一 河本 俊和 佐藤 照幸 服部 和俊 秀熊 茂 藤田 秀樹 砂子 克彦 高山 一男 Garner H.R. Price H.D.

出版者

一般社団法人日本物理学会

雑誌

秋の分科会講演予稿集

巻号頁・発行日

vol.1984, no.4, 1984-09-10

著者

You D. Fukuzawa H. Sakakibara Y. Takanashi T. Ito Y. Maliyar G. G. Motomura K. Nagaya K. Nishiyama T. Asa K. Sato Y. Saito N. Oura M. Schöffler M. Kastirke G. Hergenhahn U. Stumpf V. Gokhberg K. Kuleff A. I. Cederbaum L. S. Ueda K

出版者

Springer Nature

雑誌

Nature Communications (ISSN:20411723)

巻号頁・発行日

vol.8, 2017-01-30

被引用文献数

24

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安定なイオンが周囲の原子の電子をキャッチ&リリース! --X線照射による生体分子損傷の機構解明に貢献--. 京都大学プレスリリース. 2017-02-01.

著者

I. Tuominen D. Moss G. Rüdiger (eds.)

出版者

Springer-Verlag

巻号頁・発行日

1991

著者

Justin J. Greenlee Robert A. Kunkle Jodi D. Smith M. Heather West Greenlee

出版者

内閣府食品安全委員会

雑誌

Food Safety (ISSN:21878404)

巻号頁・発行日

vol.4, no.4, pp.110-114, 2016 (Released:2016-12-22)

参考文献数

33

被引用文献数

8

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A naturally occurring prion disease has not been recognized in swine, but the agent of bovine spongiform encephalopathy does transmit to swine by experimental routes. Swine are thought to have a robust species barrier when exposed to the naturally occurring prion diseases of other species, but the susceptibility of swine to the agent of sheep scrapie has not been thoroughly tested. We conducted this experiment to test the susceptibility of swine to U.S. scrapie isolates by intracranial and oral inoculation. Scrapie inoculum was a pooled 10% (w/v) homogenate derived from the brains of clinically ill sheep from the 4th passage of a serial passage study of the U.S scrapie agent (No. 13–7) through susceptible sheep (homozygous ARQ at prion protein residues 136, 154, and 171, respectively). Pigs were inoculated intracranially (n=19) with a single 0.75 mL dose or orally (n=24) with 15 mL repeated on 4 consecutive days. Necropsies were done on a subset of animals at approximately six months post inoculation (PI): the time the pigs were expected to reach market weight. Remaining pigs were maintained and monitored for clinical signs of transmissible spongiform encephalopathies (TSE) until study termination at 80 months PI or when removed due to intercurrent disease (primarily lameness). Brain samples were examined by immunohistochemistry (IHC), western blot (WB), enzyme immunoassay (EIA), and for a subset of pigs in each inoculation group, bioassay in mice expressing porcine prion protein. At six-months PI, no evidence of scrapie infection was noted by any diagnostic method. However, at 51 months of incubation or greater, 5 animals were positive by one or more methods: IHC (n=4), WB (n=3), or EIA (n=4). Furthermore, positive bioassay results were obtained from all inoculated groups (oral and intracranial; market weight and end of study) suggesting that swine are potential hosts for the agent of scrapie.

著者

Glenn D. Considine editor Peter H. Kulik associate editor

出版者

Wiley-Interscience

巻号頁・発行日

2002

著者

Nagaya K Iablonskyi D Golubev N. V Matsunami K Fukuzawa H Motomura K Nishiyama T Sakai T Tachibana T Mondal S Wada S Prince K. C Callegari C Miron C Saito N Yabashi M Demekhin Ph. V Cederbaum L. S Kuleff A. I Yao M Ueda K

出版者

Springer Nature

雑誌

Nature communications (ISSN:20411723)

巻号頁・発行日

vol.7, pp.13477, 2016-12-05

被引用文献数

30

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原子の集団が数珠つなぎに電子を放出する! : 極紫外自由電子レーザーで誘起される新現象解明. 京都大学プレスリリース. 2016-12-12.

著者

W.N. コッティンガム D.A. グリーンウッド著 樺沢宇紀訳

出版者

シュプリンガー・フェアラーク東京

巻号頁・発行日

2005

著者

Johann D. Bell Aldo S. Steffe R. Bill Talbot

出版者

日本魚類学会

雑誌

魚類学雑誌 (ISSN:00215090)

巻号頁・発行日

vol.34, no.2, pp.227-230, 1987-09-10 (Released:2010-06-28)

参考文献数

12

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オーストラリア, ニューサウスウェールズ州のHawkesbury河川水系が同国におけるマハゼの第3番目の産地であることが確認された.採集標本は1984年12月の72個体 (全長38-73mm) と1985年5月の16個体 (全長118-200mm) である.これらの大きさ, 出現時期およびこの水系が港湾でないことから, 既に他所からの侵入定着があり, 水系内に補給源がある可能性が示唆された.

著者

by Z.D. Sung

出版者

China Modern Education

巻号頁・発行日

1935