FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2120654880> ?p ?o ?g. }

• W2120654880 endingPage "2714" @default.
• W2120654880 startingPage "2686" @default.
• W2120654880 abstract "Water on solid surfaces is ubiquitously found in nature, in most cases due to mere adsorption from ambient moisture. Because porous structures have large surfaces, water may significantly affect their characteristics. This is particularly obvious in systems formed by separate particles, whose interactions are strongly influenced by small amounts of liquid. Water/solid phenomena, like adsorption, condensation, capillary forces, or interparticle cohesion, have typically been studied at relatively large scales down to the microscale, like in wet granular media. However, much less is known about how water is confined and acts at the nanoscale, for example, in the interstices of divided systems, something of utmost importance in many areas of materials science nowadays. With novel approaches, in‐depth investigations as to where and how water is placed in the nanometer‐sized pores of self‐assembled colloidal crystals have been made, which are employed as a well‐defined, versatile model system with useful optical properties. In this Progress Report, knowledge gained in the last few years about water distribution in such nanoconfinements is gathered, along with how it can be controlled and the consequences it brings about to extract new or enhance existing material functionalities. New methods developed and new capabilities of standard techniques are described, and the water interplay with the optical, chemical, and mechanical properties of the ensemble are discussed. Some lines for applicability are also highlighted and aspects to be addressed in the near future are critically summarized." @default.
• W2120654880 created "2016-06-24" @default.
• W2120654880 creator A5019530512 @default.
• W2120654880 creator A5030147823 @default.
• W2120654880 creator A5045839076 @default.
• W2120654880 date "2015-03-05" @default.
• W2120654880 modified "2023-10-09" @default.
• W2120654880 title "Exploration and Exploitation of Water in Colloidal Crystals" @default.
• W2120654880 cites W1516922092 @default.
• W2120654880 cites W1535284822 @default.
• W2120654880 cites W1592925865 @default.
• W2120654880 cites W1628859423 @default.
• W2120654880 cites W1881484388 @default.
• W2120654880 cites W1966711894 @default.
• W2120654880 cites W1967085412 @default.
• W2120654880 cites W1967957366 @default.
• W2120654880 cites W1968025160 @default.
• W2120654880 cites W1968638053 @default.
• W2120654880 cites W1968914064 @default.
• W2120654880 cites W1970463576 @default.
• W2120654880 cites W1972597668 @default.
• W2120654880 cites W1973058505 @default.
• W2120654880 cites W1975730961 @default.
• W2120654880 cites W1976710860 @default.
• W2120654880 cites W1977263302 @default.
• W2120654880 cites W1977573783 @default.
• W2120654880 cites W1978303481 @default.
• W2120654880 cites W1978505382 @default.
• W2120654880 cites W1978828378 @default.
• W2120654880 cites W1980144709 @default.
• W2120654880 cites W1980999521 @default.
• W2120654880 cites W1981096541 @default.
• W2120654880 cites W1981288716 @default.
• W2120654880 cites W1981631989 @default.
• W2120654880 cites W1982450187 @default.
• W2120654880 cites W1983279622 @default.
• W2120654880 cites W1984217124 @default.
• W2120654880 cites W1986136121 @default.
• W2120654880 cites W1987898599 @default.
• W2120654880 cites W1989844418 @default.
• W2120654880 cites W1990909551 @default.
• W2120654880 cites W1991724647 @default.
• W2120654880 cites W1993092212 @default.
• W2120654880 cites W1993284583 @default.
• W2120654880 cites W1994516383 @default.
• W2120654880 cites W1994663815 @default.
• W2120654880 cites W2003277559 @default.
• W2120654880 cites W2004769869 @default.
• W2120654880 cites W2005048271 @default.
• W2120654880 cites W2005338365 @default.
• W2120654880 cites W2006198529 @default.
• W2120654880 cites W2006545606 @default.
• W2120654880 cites W2009266042 @default.
• W2120654880 cites W2009508654 @default.
• W2120654880 cites W2010180604 @default.
• W2120654880 cites W2011450733 @default.
• W2120654880 cites W2011964761 @default.
• W2120654880 cites W2012428463 @default.
• W2120654880 cites W2012745626 @default.
• W2120654880 cites W2013793515 @default.
• W2120654880 cites W2014659315 @default.
• W2120654880 cites W2015042066 @default.
• W2120654880 cites W2015498249 @default.
• W2120654880 cites W2015557224 @default.
• W2120654880 cites W2016002702 @default.
• W2120654880 cites W2017036266 @default.
• W2120654880 cites W2017445739 @default.
• W2120654880 cites W2018190554 @default.
• W2120654880 cites W2018714458 @default.
• W2120654880 cites W2019613732 @default.
• W2120654880 cites W2020521215 @default.
• W2120654880 cites W2021528014 @default.
• W2120654880 cites W2024020458 @default.
• W2120654880 cites W2025071482 @default.
• W2120654880 cites W2027332852 @default.
• W2120654880 cites W2027391447 @default.
• W2120654880 cites W2027525749 @default.
• W2120654880 cites W2028433954 @default.
• W2120654880 cites W2029948733 @default.
• W2120654880 cites W2031083871 @default.
• W2120654880 cites W2033730246 @default.
• W2120654880 cites W2034308788 @default.
• W2120654880 cites W2034851656 @default.
• W2120654880 cites W2036581304 @default.
• W2120654880 cites W2037293422 @default.
• W2120654880 cites W2038037824 @default.
• W2120654880 cites W2038488310 @default.
• W2120654880 cites W2040556397 @default.
• W2120654880 cites W2041817616 @default.
• W2120654880 cites W2042120203 @default.
• W2120654880 cites W2044903838 @default.
• W2120654880 cites W2045036618 @default.
• W2120654880 cites W2045064685 @default.
• W2120654880 cites W2045973538 @default.
• W2120654880 cites W2048060548 @default.
• W2120654880 cites W2049369068 @default.
• W2120654880 cites W2049894893 @default.
• W2120654880 cites W2050026643 @default.

• next