WordNet

surround with a wall in order to fortify (同)palisade, fence, fence in, surround
a difficult or awkward situation; "his back was to the wall"; "competition was pushing them to the wall"
a layer of material that encloses space; "the walls of the cylinder were perforated"; "the containers walls were blue"
a masonry fence (as around an estate or garden); "the wall followed the road"; "he ducked behind the garden wall and waited"
an architectural partition with a height and length greater than its thickness; used to divide or enclose an area or to support another structure; "the south wall had a small window"; "the walls were covered with pictures"
(anatomy) a layer (a lining or membrane) that encloses a structure; "stomach walls" (同)paries
a vertical (or almost vertical) smooth rock face (as of a cave or mountain)
anything that suggests a wall in structure or function or effect; "a wall of water"; "a wall of smoke"; "a wall of prejudice"; "negotiations ran into a brick wall"
holding office; "the in party"
to or toward the inside of; "come in"; "smash in the door" (同)inwards, inward
currently fashionable; "the in thing to do"; "large shoulder pads are in"
directed or bound inward; "took the in bus"; "the in basket"
of or relating to hair
a tube of small internal diameter; holds liquid by capillary action (同)capillary tube, capillary tubing
any of the minute blood vessels connecting arterioles with venules (同)capillary_vessel
long and slender with a very small internal diameter; "a capillary tube" (同)hairlike
any tiny hole admitting passage of a liquid (fluid or gas)
any small opening in the skin or outer surface of an animal
an alliance of nations joining together to fight a common enemy

PrepTutorEJDIC

{C}(石・れんがなどの)『壁』,へい / {U}(胃などの)内壁,内側 / {C}(…の)壁[のようなもの]《+of+名》 / …‘を'壁(へい)で囲む / …‘を'壁で仕切る / 〈窓・入り口など〉‘を'壁ぃふさぐ《+up+名,+名+up》
《具体的な場所,位置》 / …『の中に』(『で』) / …『において』,…で / 《intoの代りに移動を表す動詞と共に》…『の中へ』 / (乗り物)『に乗って』 / …『の状熊に』(『で』) / …『に従事して』,に属して / …『を身につけて』,に覆われて / 《『in』do『ing』の形で》…『するときに』,する際に(when) / 《時間》 / …『して』,…『が経過したあと』 / …『の間に』 / …『については』,…の点では / 《方法・手段・材料》…『で』 / 《人を目的語にして,性質・能力があることを示して》…の中に / …の目的で,のつもりで,として / 《比率割合》…のうちで,につき / 《過去分詞に伴って》…に[…されて] / 『中へ』(に) / 『在宅して』,帰って / (乗り物などが)『到着して』,(時期・季節が)来て / 出回って,流行して / 《俗》流行の,当世風の / 《話》特定の人々にのみ理解される
毛状の,毛のように細い / 毛細管の / 毛細管
《pore over+名》(…を)熟読する,注意深く考える・没頭する, 熟考［熟視，熟読］する
気孔,毛穴

UpToDate Contents

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1. 糸球体足細胞のバイオロジー biology of glomerular podocytes
2. 毛細血管奇形（ポートワイン母斑）：臨床的特徴、診断、および関連する症候群 capillary malformations port wine stains clinical features diagnosis and associated syndromes
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4. 成人における浮腫の病態生理および病因 pathophysiology and etiology of edema in adults
5. 慢性腹壁痛 chronic abdominal wall pain

English Journal

Electrolyte pore/solution partitioning by expanded grand canonical ensemble Monte Carlo simulation.

Moucka F1, Bratko D1, Luzar A1.
The Journal of chemical physics.J Chem Phys.2015 Mar 28;142(12):124705. doi: 10.1063/1.4914461.
Using a newly developed grand canonical Monte Carlo approach based on fractional exchanges of dissolved ions and water molecules, we studied equilibrium partitioning of both components between laterally extended apolar confinements and surrounding electrolyte solution. Accurate calculations of the H
PMID 25833601

Three-dimensional analysis of alveolar wall destruction in the early stage of pulmonary emphysema.

Kobayashi Y1, Uehara T, Kawasaki K, Sugano M, Matsumoto T, Matsumoto G, Honda T.
Clinical anatomy (New York, N.Y.).Clin Anat.2015 Mar;28(2):227-34. doi: 10.1002/ca.22463. Epub 2014 Sep 15.
The morphological mechanism of alveolar wall destruction during pulmonary emphysema has not been clarified. The aim of this study was to elucidate this process three-dimensionally. Lung specimens from five patients with pulmonary emphysema were used, and five controls with normal alveolar structure
PMID 25220884

The effects of inserting a tiny sphere in the center of a nanospherical pore on the structure, adsorption, and capillary condensation of a confined fluid (a DFT study).

Keshavarzi E1, Helmi A.
The journal of physical chemistry. B.J Phys Chem B.2015 Feb 26;119(8):3517-26. doi: 10.1021/jp5098052. Epub 2015 Feb 11.
The modified fundamental measure theory (MFMT) has been employed to investigate the effects of inserting a tiny sphere in the center of a nanospherical pore on the structure, adsorption, and capillary condensation of fluids confined in it. In the first part of this Article, we have solved the weight
PMID 25640742

Japanese Journal

Adsorption of Water on Nano-ball Allophane(Soil and Non-Crystalline Clays,Proceedings of the 13^<th> International Clay Conference)

KHAN HAMAYOON,MATSUE NAOTO,HENMI TERUO
Clay science 12(Supplement_2), 261-266, 2006-04
… The wall has some pores which accommodate water molecules. … The adsorption isotherm up to RH of 0.51 fitted to Langmuir equation, but at higher RHs the curve diverged due to capillary condensation. … By using data up to RH of 0.51 and allophane unit particle model of 4.3nm in diameter and molecular weight of 46510, the Langmuir maximum adsorption was calculated as 1240-1290 water molecules per unit particle for the two samples. …
NAID 110004867692

Adsorption of Water on Nano-ball Allophane

KHAN HAMAYOON,MATSUE NAOTO,HENMI TERUO
Clay Science 12(Supplement2), 261-266, 2006
… The wall has some pores which accommodate water molecules. … The adsorption isotherm up to RH of 0.51 fitted to Langmuir equation, but at higher RHs the curve diverged due to capillary condensation. … By using data up to RH of 0.51 and allophane unit particle model of 4.3nm in diameter and molecular weight of 46510, the Langmuir maximum adsorption was calculated as 1240-1290 water molecules per unit particle for the two samples. …
NAID 130004105171

Capillary condensation model within nano-scale pores studied with molecular dynamics simulation.

Yoshioka Tomohisa,Miyahara Minoru,Okazaki Morio
JOURNAL OF CHEMICAL ENGINEERING OF JAPAN 30(2), 274-284, 1997
… A new capillary condensation model for nano-scale pores is proposed. … The effect of the pore wall potential on the condensation phenomenon was considered in the model. … We carried out adsorption simulations within slit-like pores in the range of 2–4 nm in width by using a Molecular Dynamics (MD) method. …
NAID 130000020869