1 0 0 0 OA 硝酸法パルプ

著者
F. E. Brauns
出版者
紙パルプ技術協会
雑誌
紙パ技協誌 (ISSN:0022815X)
巻号頁・発行日
vol.12, no.4, pp.214-216, 1958-04-10 (Released:2010-02-10)
参考文献数
20
著者
和智 妙子 渡邉 和美 横田 賀英子 大塚 祐輔 Lamb Michael E.
出版者
公益社団法人 日本心理学会
雑誌
心理学研究 (ISSN:00215236)
巻号頁・発行日
vol.87, no.6, pp.611-621, 2016 (Released:2017-02-25)
参考文献数
19
被引用文献数
1

This study examined the relationships between the reasons for confessions and interviewing styles by administering a self-reported questionnaire to new male adult prison inmates across Japan. The three factors proposed by Gudjonsson and his colleagues (1991, 1992, 1994, 1999), namely, perception of proof, internal pressure, and external pressure, were investigated. When participants had decided to confess prior to interviews, they were more likely to confess due to perception of proof and internal pressure compared to their counterparts. Furthermore, participants who experienced a relationship-focused interviewing style, which stressed active listening and rapport-building while talking about the criminal incidents directly, were more likely to confess due to internal pressure and less likely to confess due to external pressure.
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
KOVALEVSKII Alexander L. NEFEDEV Michail A. LANDA Will E.
出版者
The Society of Resource Geology
雑誌
資源地質 (ISSN:09182454)
巻号頁・発行日
vol.44, no.248, pp.429-438, 1994

潜頭貴金属鉱床ゾーン,南部タイガの丘陵地域の鉱床の探査や地質構造マッピングには,生地球化学,生地球物理学,地質考古学を組み合わせると大変効率的である.もっとも効率的な方法は,生地球化学的探鉱(NBE)と生地球化学的探査(NBP)である.ブルドーザーによって100-200mの長さをもつ16の溝を掘って調べた通常の土壌と地質の調査により詳しい探鉱の行われていたところで,これらの方法を用いたところ160の銀の生地球化学的異常(SOBA)と10の金と6つの白金属の強い生地球化学的異常が見いだされた.銀含有量が100-3,000ppmの15のSOBAを調べたところ3,300-6,000ppmのAgをもつ9つの鉱体, 1-50ppmの銀と,金,白金属を含む33の銀を含むゾーンが見いだされた. NBPを用いて100-3,000ppmのSOBAのところで, 4-10mの溝を掘って再調査をしたところ15の銀の鉱床が見つかった.植物サンプルを1-3m間隔で採集し, NBPを用いて51, 35と15の銀の異常(SOBA)をもつ3つの有望な銀鉱床が見つかり,植物の灰の中に70-3,000ppmの銀を含むことがわかった.最初の探査段階で生地球化学プロファイルとともに生地球物理学と地質考古学を共に用いることが推奨される. NBPは,鉱体の全体を知ることと,地表での地質構造調査に基づいて鉱床の様子を知るのによい方法である.
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

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
Nicolaos E. Synodinos Shigeru Yamada
出版者
The Behaviormetric Society of Japan
雑誌
Behaviormetrika (ISSN:03857417)
巻号頁・発行日
vol.40, no.2, pp.101-127, 2013 (Released:2014-09-11)
参考文献数
65

This article examines characteristics of Japanese public opinion surveys during 1990-2009 and makes pertinent comparisons with the past. Public opinion surveys continued to increase with cities being the major contributor to that growth. Surveys conducted face-to-face and those that used drop self-administered questionnaires decreased, whereas mail surveys increased. Telephone surveys remained a relatively minor method, but increased substantially compared to before 1990. The use of Voter Registration Lists decreased; whereas there were increases in surveys that sampled either from the Basic Resident Registers or did not employ lists. For the 1990-09 period as a whole, the median response rate was 58.9% which suggests a steeper decline than the decreases observed in the past. Surveys sponsored by central government agencies had the highest rates and those by universities the lowest. Among studies that used probability sampling, the highest median response rates were for drop self-administered questionnaires followed by face-to-face and mail surveys.
著者
Kevin E LIANG Ilia BERNSTEIN Yoko KATO Takeshi KAWASE Mojgan HODAIE
出版者
社団法人 日本脳神経外科学会
雑誌
Neurologia medico-chirurgica (ISSN:04708105)
巻号頁・発行日
vol.56, no.11, pp.709-715, 2016 (Released:2016-11-15)
参考文献数
27
被引用文献数
26

Low- and middle-income countries (LMICs) face a critical shortage of basic surgical services. Adequate neurosurgical services can have a far-reaching positive impact on society’s health care and, consequently, the economic development in LMICs. Yet surgery, and specifically neurosurgery has been a long neglected sector of global health. This article reviews the current efforts to enhance neurosurgery education in LMICs and outlines ongoing approaches for improvement. In addition, we introduce the concept of a sustainable and cost-effective model to enhance neurosurgical resources in LMICs and describe the process and methods of online curriculum development.
著者
Willoughby Jr. Rodney E.
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.37, no.7, pp.46-55, 2007-07

2004年,ミルウォーキーにあるウィスコンシン小児病院の私たち医師団は,コウモリに噛まれて狂犬病になった15歳の女子高生の命を救った。患者を昏睡状態に誘導したうえ,狂犬病ウイルスを抑える薬や脳を保護する薬を投与した。
著者
Devine T.E. 鈴木 信治
出版者
日本草地学会
雑誌
日本草地学会誌 (ISSN:04475933)
巻号頁・発行日
vol.22, no.1, pp.7-12, 1976-04-25
被引用文献数
1

本研究は,炭そ(疽)病抵抗性がアルファルファの生産力改良に寄与している機作を明らかにしようとしたものである。炭そ病の影響をみるための植物指標として,炭そ病抗抵性を目標に育成した4系統と,それらの母材4品種を供試した。メリーランドの2地点における炭そ病害と秋の霜害の調査結果によると,炭そ病抗抵性と耐霜性は全く一致した関係を示した。これは,炭そ病害のストレスの影響で罹病個体の霜害感受性が増大したためであろう。メリーランドの1地点では,炭そ罹病性が葉を著しく変色させる結果を示した。3地点の成績によると,抵抗性系統は単位区面積当りの株数や茎数が多かった。株当り茎数に対する炭そ病の負の影響は,春,秋いずれの場合も見られなかった。草丈は,抵抗性系統が高い傾向にあった。結論として,抵抗性系統は,炭そ病が発生した後において,単位区面積当りの生存個体数と茎数が多く,草丈が高く,耐霜性が増大する点で優れていた。
著者
福島E. 文彦 北村 則行 広瀬 茂男
出版者
一般社団法人日本機械学会
雑誌
ロボティクス・メカトロニクス講演会講演概要集
巻号頁・発行日
vol.2000, 2000

本研究では「ハイパー・テザー」という新しい汎用的な連結手段を用いた「テザー遠隔駆動作業機」を提案している。本稿では, 芝刈り, ガーデニング, 農業作業, 地雷や各種埋設物の探索などへ応用できる作業機の機械設計や実験を紹介し, テザー遠隔駆動作業機の有効性を示す。