WordNet

score a hole in one
used up; "time is up"
raise; "up the ante"
extending or moving toward a higher place; "the up staircase"; "a general upward movement of fish" (同)upward
to a later time; "they moved the meeting date up"; "from childhood upward" (同)upwards, upward
spatially or metaphorically from a lower to a higher position; "look up!"; "the music surged up"; "the fragments flew upwards"; "prices soared upwards"; "upwardly mobile" (同)upwards, upward, upwardly
(used of computers) operating properly; "how soon will the computers be up?"
(usually followed by `on or `for'
being or moving higher in position or greater in some value; being above a former position or level; "the anchor is up"; "the sun is up"; "he lay face up"; "he is up by a pawn"; "the market is up"; "the corn is up"
nearer to the speaker; "he walked up and grabbed my lapels"
open; "the windows are up"
to a higher intensity; "he turned up the volume"
to a more central or a more northerly place; "was transferred up to headquarters"; "up to Canada for a vacation"
make holes in
a fault; "he shot holes in my argument"
an unoccupied space
one playing period (from tee to green) on a golf course; "he played 18 holes" (同)golf hole
an opening deliberately made in or through something
a depression hollowed out of solid matter (同)hollow
an opening into or through something
hit the ball into the hole (同)hole out
(chiefly British) of or appropriate to the upper classes especially in language use

PrepTutorEJDIC

《上への動作》『上へ』,上のほうへ / 《上の位置》『上に』,上のほうで / 『起こして』,立てて,直立して / (地図・紙面などの)『上へ(に)』,北のほうへ(に) / (遠くから)『近くへ,中心へ』;(周辺から)中心へ;(川下から)川上へ;(地方から)都会へ / (大きさ・量・価値・地位などが)『上のほうへ』,高く / (話者,話題の場所へ)『近づいて』,追いついて / 『活動して』,活動状態に / (物事・人が)現れて・起こって / 『すっかり』,完全に,終わって,…し尽くして / 保管(貯蔵)して;くるんだ(閉ざした)状態に / 《動詞を省略した命令文で》 / (野球・クリケットで)打席へ / (競技で)勝ち越して / (対抗の競技で)おのおの / 《移動・位置》『…の高いほうへ』,をのぼって;…の上のほうに / (川の)『上流へ』;(流れ・風)に逆らって;…の内陸(奥地)のほうへ / (自分が今いる所,またはある地点から前方へ)『…に沿って』 / 『上へ向かう』,(列車などが)上りの;上り坂の,(情勢などが)上向きの / 上り,上昇,上り坂 / 上昇気運,向上,幸運 / 上りの列車(バス・エレボーターなど) / 値上がり / …‘を'持ち上げる / …‘を'増大する,〈賃金・物価など〉‘を'引き上げる / 〈人〉‘を'昇進させる / 立ち上がる,起き上がる / 《and を伴って》急に(突然)…する
(壁などにあいた)『穴』,割れ目;(衣類などの)破れ穴,裂け目;(道路などにできた)くぼみ,へこみ / (動物の住む)巣穴 / 《話》あばら家 / (議論・計画などの)欠点(fault) / 《話》窮地,苦境 / ホール(ゴルフで球を打ち込む穴);(球をホールに入れた)得点 / 〈物〉‘に'穴をあける(掘る) / (ゴルフで)〈球〉‘を'打ってホールに入れる(ゴルフで)球を打ってホールに入れる《+『out』》
ほう(驚き・賞賛・冷笑などの発声);お‐い(呼びかけ・注意などの発声)
娼婦・売春婦：（whoreの発音をくずしたもの）

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English Journal

Enhanced Photovoltage Response of Hematite-X-Ferrite Interfaces (X = Cr, Mn, Co, or Ni).

Bian L1,2,3, Li HL4,5, Li YJ6, Nie JN6, Dong FQ7, Dong HL8, Song MX7, Wang LS9, Zhou TL9, Zhang XY7,6, Li XX10, Xie L10.
Nanoscale research letters.Nanoscale Res Lett.2017 Dec;12(1):136. doi: 10.1186/s11671-017-1885-3. Epub 2017 Feb 21.
High-fluorescent p-X-ferrites (XFe2O4; XFO; X = Fe, Cr, Mn, Co, or Ni) embedded in n-hematite (Fe2O3) surfaces were successfully fabricated via a facile bio-approach using Shewanella oneidensis MR-1. The results revealed that the X ions with high/low work functions modify the unpaired spin Fe2+-O2-
PMID 28235371

Fabrication and Optical Properties of Strain-free Self-assembled Mesoscopic GaAs Structures.

da Silva SF1,2, Mardegan T1,3, de Araújo SR1, Ramirez CA1, Kiravittaya S4, Couto OD Jr5, Iikawa F5, Deneke C6.
Nanoscale research letters.Nanoscale Res Lett.2017 Dec;12(1):61. doi: 10.1186/s11671-016-1782-1. Epub 2017 Jan 21.
We use a combined process of Ga-assisted deoxidation and local droplet etching to fabricate unstrained mesoscopic GaAs/AlGaAs structures exhibiting a high shape anisotropy with a length up to 1.2 μm and a width of 150 nm. We demonstrate good controllability over size and morphology of the mesosco
PMID 28110446

Pressure-dependent semiconductor to semimetal and Lifshitz transitions in 2H-MoTe2: Raman and first-principles studies.

Bera A1, Singh A, Muthu DV, Waghmare UV, Sood AK.
Journal of physics. Condensed matter : an Institute of Physics journal.J Phys Condens Matter.2017 Mar 15;29(10):105403. doi: 10.1088/1361-648X/aa55a1. Epub 2016 Dec 23.
High pressure Raman spectroscopy of bulk 2H-MoTe2 up to ∼29 GPa is shown to reveal two phase transitions (at ∼6 and 16.5 GPa), which are analyzed using first-principles density functional theoretical calculations. The transition at 6 GPa is marked by changes in the pressure coeff
PMID 28008869