ハンドロール
WordNet
- pronounce with a roll, of the phoneme /r/; "She rolls her rs"
- show certain properties when being rolled; "The carpet rolls unevenly"; "dried-out tobacco rolls badly" (同)roll_up
- execute a roll, in tumbling; "The gymnasts rolled and jumped"
- shape by rolling; "roll a cigarette"
- take the shape of a roll or cylinder; "the carpet rolled out"; "Yarn rolls well"
- the act of rolling something (as the ball in bowling) (同)bowl
- a flight maneuver; aircraft rotates about its longitudinal axis without changing direction or losing altitude
- anything rolled up in cylindrical form
- photographic film rolled up inside a container to protect it from light
- walking with a swaying gait
- a list of names; "his name was struck off the rolls" (同)roster
- cause to move by turning over or in a circular manner of as if on an axis; "She rolled the ball"; "They rolled their eyes at his words" (同)revolve
- move by turning over or rotating; "The child rolled down the hill"; "turn over on your left side" (同)turn_over
- occur in soft rounded shapes; "The hills rolled past" (同)undulate
- move in a wavy pattern or with a rising and falling motion; "The curtains undulated"; "the waves rolled towards the beach" (同)undulate, flap, wave
- move about aimlessly or without any destination, often in search of food or employment; "The gypsies roamed the woods"; "roving vagabonds"; "the wandering Jew"; "The cattle roam across the prairie"; "the laborers drift from one town to the next"; "They rolled from town to town" (同)wander, swan, stray, tramp, roam, cast, ramble, rove, range, drift, vagabond
- begin operating or running; "The cameras were rolling"; "The presses are already rolling"
- emit, produce, or utter with a deep prolonged reverberating sound; "The thunder rolled"; "rolling drums"
- move, rock, or sway from side to side; "The ship rolled on the heavy seas"
- guide or conduct or usher somewhere; "hand the elderly lady into the taxi"
- a unit of length equal to 4 inches; used in measuring horses; "the horse stood 20 hands"
- physical assistance; "give me a hand with the chores" (同)helping hand
- a rotating pointer on the face of a timepiece; "the big hand counts the minutes"
- terminal part of the forelimb in certain vertebrates (e.g. apes or kangaroos); "the kangaroos forearms seem undeveloped but the powerful five-fingered hands are skilled at feinting and clouting"- Springfield (Mass.) Union
- the cards held in a card game by a given player at any given time; "I didnt hold a good hand all evening"; "he kept trying to see my hand" (同)deal
- the (prehensile) extremity of the superior limb; "he had the hands of a surgeon"; "he extended his mitt" (同)manus, mitt, paw
- a member of the crew of a ship; "all hands on deck"
- a position given by its location to the side of an object; "objections were voiced on every hand"
- a round of applause to signify approval; "give the little lady a great big hand"
- ability; "he wanted to try his hand at singing"
- one of two sides of an issue; "on the one hand..., but on the other hand..."
- the act of robbing a helpless person; "he was charged with rolling drunks in the park"
- having or involving the use of hands; "a handed, tree-living animal"; "a four-handed card game"
PrepTutorEJDIC
- 〈球などが〉『転がる』,転がって行く;〈車輪などが〉回る / 〈車が〉『動く』,進む / 〈人・動物などが〉『転がり回る』 / 〈波などが〉うねる,〈煙などが〉漂う,立ち上る / 〈時が〉過ぎ去る《+『by』(『away』)》 / 〈目が〉ぐるぐる回る / 〈船などが〉横ゆれする / 〈雷・太鼓などが〉ごろごろ鳴る,とどろく / 《話》始める(start) / 〈球など〉‘を'『転がす』;〈車輪など〉‘を'回転させる / 〈車など〉‘を'転がせる;〈家具など〉‘を'ころで動かす,転がして運ぶ / …‘を'『丸める』,巻く《+『up』+『名,』+『名』+『up』》 / (…に)…‘を'包む,くるむ《+『名』+『up in』+『名』》 / (ローラーなどで)…‘を'伸ばす,平らにする《+『out』+『名,』+『名』+『out』》 / 〈船・航空機など〉‘を'横揺れさせる / 〈r音など〉‘を'巻舌で発音する / 〈目〉‘を'ぐるぐる回す,きょろりとさせる / 〈さいころ〉‘を'投げる / 《米俗》〈酔っぱらいなど〉‘から'盗む(rob) / (球形・円筒形に)『巻いた物』,巻物;(…の)一巻き《+『of』+『名』》 / 名簿,出席簿;目録 / (…の)丸いかたまり《+『of』+『名』》 / (食事用の)ロールパン / 巻き肉;巻き菓子(ロールカステラなど) / (船などの)横揺れ / (雷・太鼓などの)ごろごろいう音,とどろき / =roller・転がり,回転
- 『手』(手首から先の部分) / (時計・計器の)針 / 《単数形で》筆跡 / 側,方(side): / 《a~》(…への)援助,手助け《+with(at, to)+名》 / 職工,職人,人手 / 乗組員 / 《前に形容詞を置いて》(…するのが)(じょうずな・へたな)人(+『at』+『名』(『doing』)》 / 《単数形》技量,腕前;(…の)やり方,扱い方《+『at』(『with』)+名》 / 《単数形で》拍手かっさい / 《文》《one's~,the,》結婚の承諾;確約 / (カードの)持ち札;一勝負 / 《しばしば複数形で》所有,管理 / ハンド(馬の高さを測る単位;4インチ) / 《『hand』+『名』〈間〉+『名』〈直〉=『hand』+『名』+『to』+『名』》…‘に'…‘を'『手渡す』,取ってやる / 《副詞[句]を伴って》〈人〉‘に'手を貸す / 手の(に関する),手のための / 手で操作する / 手持ちの
- 転がり,回転;転がすこと / (波の)大きなうねり;(土地の)起伏 / (船の)横揺れ / (雷の)とどろき / (ローラーによる)地ならし / 転がる;ぐるっと回る / よろめく / 《名詞の前にのみ用いて》(波など)うねっている;(土地が)起伏している / 横揺れする / とどろく
- 「…の手をした;…の手でする」の意を表す / 「…人(にん)でする」の意を表す
- おや,はああ,ああ(驚き・喜び・疑い・ためらいなどを表す声)
- hectare; hectares
UpToDate Contents
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English Journal
- Face-to-face transfer of wafer-scale graphene films.
- Gao L1, Ni GX2, Liu Y3, Liu B1, Castro Neto AH2, Loh KP1.Author information 11] Graphene Research Centre, National University of Singapore, 6 Science Drive 2, 117546 Singapore [2] Department of Chemistry, National University of Singapore, 3 Science Drive 3, 117543 Singapore.21] Graphene Research Centre, National University of Singapore, 6 Science Drive 2, 117546 Singapore [2] Department of Physics, National University of Singapore, 2 Science Drive 3, 117542 Singapore.3Department of Chemistry, National University of Singapore, 3 Science Drive 3, 117543 Singapore.AbstractGraphene has attracted worldwide interest since its experimental discovery, but the preparation of large-area, continuous graphene film on SiO2/Si wafers, free from growth-related morphological defects or transfer-induced cracks and folds, remains a formidable challenge. Growth of graphene by chemical vapour deposition on Cu foils has emerged as a powerful technique owing to its compatibility with industrial-scale roll-to-roll technology. However, the polycrystalline nature and microscopic roughness of Cu foils means that such roll-to-roll transferred films are not devoid of cracks and folds. High-fidelity transfer or direct growth of high-quality graphene films on arbitrary substrates is needed to enable wide-ranging applications in photonics or electronics, which include devices such as optoelectronic modulators, transistors, on-chip biosensors and tunnelling barriers. The direct growth of graphene film on an insulating substrate, such as a SiO2/Si wafer, would be useful for this purpose, but current research efforts remain grounded at the proof-of-concept stage, where only discontinuous, nanometre-sized islands can be obtained. Here we develop a face-to-face transfer method for wafer-scale graphene films that is so far the only known way to accomplish both the growth and transfer steps on one wafer. This spontaneous transfer method relies on nascent gas bubbles and capillary bridges between the graphene film and the underlying substrate during etching of the metal catalyst, which is analogous to the method used by tree frogs to remain attached to submerged leaves. In contrast to the previous wet or dry transfer results, the face-to-face transfer does not have to be done by hand and is compatible with any size and shape of substrate; this approach also enjoys the benefit of a much reduced density of transfer defects compared with the conventional transfer method. Most importantly, the direct growth and spontaneous attachment of graphene on the underlying substrate is amenable to batch processing in a semiconductor production line, and thus will speed up the technological application of graphene.
- Nature.Nature.2014 Jan 9;505(7482):190-4. doi: 10.1038/nature12763. Epub 2013 Dec 11.
- Graphene has attracted worldwide interest since its experimental discovery, but the preparation of large-area, continuous graphene film on SiO2/Si wafers, free from growth-related morphological defects or transfer-induced cracks and folds, remains a formidable challenge. Growth of graphene by chemic
- PMID 24336218
- Comparison of intestinal bacteria composition identified by various analytical methods.
- Fujisawa T.Author information Laboratory of Food Hygiene, Faculty of Applied Life Science, Nippon Veterinary and Life Science University.AbstractMany different kinds of bacteria are normally found in the intestines of healthy humans and animals. To study the ecology and function of these intestinal bacteria, the culture method was fundamental until recent years, and suitable agar plates such as non-selective agar plates and several selective agar plates have been developed. Furthermore, the roll-tube, glove box, and plate-in-bottle methods have also been developed for the cultivation of fastidious anaerobes that predominantly colonize the intestine. Until recently, the evaluation of functional foods such as pre- and probiotics was mainly done using culture methods, and many valuable data were produced. On the other hand, genomic analysis such as the fluorescence in situ hybridization (FISH), quantitative PCR (qPCR), clone-library, denaturing gradient gel electrophoresis (DGGE), temperature gradient gel electrophoresis (TGGE), terminal-restriction fragment length polymorphism (T-RFLP) methods, and metagenome analysis have been used for the investigation of intestinal microbiota in recent years. The identification of bacteria is done by investigation of the phenotypic characteristics in culture methods, while rRNA genes are used as targets in genomic analysis. Here, I compare the fecal bacteria identified by various analytical methods.
- Nihon saikingaku zasshi. Japanese journal of bacteriology.Nihon Saikingaku Zasshi.2014;69(2):331-48.
- Many different kinds of bacteria are normally found in the intestines of healthy humans and animals. To study the ecology and function of these intestinal bacteria, the culture method was fundamental until recent years, and suitable agar plates such as non-selective agar plates and several selective
- PMID 24681991
- Selective transportation of microdroplets assisted by a superhydrophobic surface with pH-responsive adhesion.
- Cheng Z1, Du M, Lai H, Du Y, Zhang N, Sun K.Author information 1Natural Science Research Center, Academy of Fundamental and Interdisciplinary Sciences, Harbin Institute of Technology, Harbin, Heilongjiang 150090 (P.R. China).AbstractWe report a new strategy to realize the selective transportation of microdroplets assisted by a superhydrophobic surface with pH-responsive adhesion. On the surface, only basic microdroplets can be pinned and acidic or neutral microdroplets can easily roll off. Therefore, by using the surface as a "mechanical hand", microdroplets can be transported selectively according to one's requirements by simply controlling the pH of the solution. The special ability of the surface to achieve selective transportation is ascribed to the following two reasons: 1) superhydrophobicity, which can avoid the wetting problem, and 2) pH-responsive adhesion, which results from the combined effect of chemical variation of the carboxylic acid group and microstructures on the surface. Furthermore, we also demonstrated a process of selective transportation of microdroplets for applications in droplet-based microreactors through our surface. The results reported herein advance a new method to realize the selective transportation of microdroplets and we believe that this method could potentially be used in a wide range of applications, such as biomolecular detection and transportation in biochips.
- Chemistry, an Asian journal.Chem Asian J.2013 Dec;8(12):3200-6. doi: 10.1002/asia.201300941. Epub 2013 Sep 20.
- We report a new strategy to realize the selective transportation of microdroplets assisted by a superhydrophobic surface with pH-responsive adhesion. On the surface, only basic microdroplets can be pinned and acidic or neutral microdroplets can easily roll off. Therefore, by using the surface as a "
- PMID 24273121
Japanese Journal
- アクションゲーム動画における視聴者コメントを用いた広告映像挿入手法の評価
- アクションゲーム動画における視聴者コメントを用いた広告映像挿入手法の評価
- 情報処理学会研究報告. GN, [グループウェアとネットワークサービス] 2015-GN-94(14), 1-8, 2015-03-05
- NAID 110009882337
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