FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113846628> ?p ?o ?g. }

• W2113846628 endingPage "411" @default.
• W2113846628 startingPage "370" @default.
• W2113846628 abstract "From the first applications of AT-cut quartz crystals as sensors in solutionsmore than 20 years ago, the so-called quartz crystal microbalance (QCM) sensor isbecoming into a good alternative analytical method in a great deal of applications such asbiosensors, analysis of biomolecular interactions, study of bacterial adhesion at specificinterfaces, pathogen and microorganism detection, study of polymer film-biomolecule orcell-substrate interactions, immunosensors and an extensive use in fluids and polymercharacterization and electrochemical applications among others. The appropriateevaluation of this analytical method requires recognizing the different steps involved andto be conscious of their importance and limitations. The first step involved in a QCMsystem is the accurate and appropriate characterization of the sensor in relation to thespecific application. The use of the piezoelectric sensor in contact with solutions stronglyaffects its behavior and appropriate electronic interfaces must be used for an adequatesensor characterization. Systems based on different principles and techniques have beenimplemented during the last 25 years. The interface selection for the specific application isimportant and its limitations must be known to be conscious of its suitability, and foravoiding the possible error propagation in the interpretation of results. This article presentsa comprehensive overview of the different techniques used for AT-cut quartz crystalmicrobalance in in-solution applications, which are based on the following principles:network or impedance analyzers, decay methods, oscillators and lock-in techniques. Theelectronic interfaces based on oscillators and phase-locked techniques are treated in detail,with the description of different configurations, since these techniques are the most used inapplications for detection of analytes in solutions, and in those where a fast sensorresponse is necessary." @default.
• W2113846628 created "2016-06-24" @default.
• W2113846628 creator A5091676960 @default.
• W2113846628 date "2008-01-21" @default.
• W2113846628 modified "2023-10-18" @default.
• W2113846628 title "A Review of Interface Electronic Systems for AT-cut Quartz Crystal Microbalance Applications in Liquids" @default.
• W2113846628 cites W1964754187 @default.
• W2113846628 cites W1967715732 @default.
• W2113846628 cites W1971532277 @default.
• W2113846628 cites W1975318345 @default.
• W2113846628 cites W1978280489 @default.
• W2113846628 cites W1979822041 @default.
• W2113846628 cites W1981403361 @default.
• W2113846628 cites W1984976839 @default.
• W2113846628 cites W1985228804 @default.
• W2113846628 cites W1988469837 @default.
• W2113846628 cites W1990916266 @default.
• W2113846628 cites W1994386993 @default.
• W2113846628 cites W1995764503 @default.
• W2113846628 cites W1995823975 @default.
• W2113846628 cites W1996493317 @default.
• W2113846628 cites W1996589649 @default.
• W2113846628 cites W1999145874 @default.
• W2113846628 cites W2000163267 @default.
• W2113846628 cites W2000297885 @default.
• W2113846628 cites W2000725842 @default.
• W2113846628 cites W2005135898 @default.
• W2113846628 cites W2006838113 @default.
• W2113846628 cites W2008111039 @default.
• W2113846628 cites W2008734023 @default.
• W2113846628 cites W2010433121 @default.
• W2113846628 cites W2010560794 @default.
• W2113846628 cites W2012217230 @default.
• W2113846628 cites W2016361476 @default.
• W2113846628 cites W2018425118 @default.
• W2113846628 cites W2019009866 @default.
• W2113846628 cites W2020676385 @default.
• W2113846628 cites W2021869084 @default.
• W2113846628 cites W2022261998 @default.
• W2113846628 cites W2026723159 @default.
• W2113846628 cites W2027114339 @default.
• W2113846628 cites W2027129281 @default.
• W2113846628 cites W2035199948 @default.
• W2113846628 cites W2039126805 @default.
• W2113846628 cites W2041658065 @default.
• W2113846628 cites W2042530100 @default.
• W2113846628 cites W2043952933 @default.
• W2113846628 cites W2046574657 @default.
• W2113846628 cites W2047146989 @default.
• W2113846628 cites W2047581707 @default.
• W2113846628 cites W2048208788 @default.
• W2113846628 cites W2066885973 @default.
• W2113846628 cites W2067450092 @default.
• W2113846628 cites W2067725642 @default.
• W2113846628 cites W2075558783 @default.
• W2113846628 cites W2075830563 @default.
• W2113846628 cites W2079572158 @default.
• W2113846628 cites W2080035567 @default.
• W2113846628 cites W2081875004 @default.
• W2113846628 cites W2082967289 @default.
• W2113846628 cites W2083244356 @default.
• W2113846628 cites W2085346373 @default.
• W2113846628 cites W2085971403 @default.
• W2113846628 cites W2088780452 @default.
• W2113846628 cites W2090907817 @default.
• W2113846628 cites W2092177480 @default.
• W2113846628 cites W2096324973 @default.
• W2113846628 cites W2098382331 @default.
• W2113846628 cites W2102027763 @default.
• W2113846628 cites W2102616257 @default.
• W2113846628 cites W2111881376 @default.
• W2113846628 cites W2120860384 @default.
• W2113846628 cites W2124119639 @default.
• W2113846628 cites W2131892498 @default.
• W2113846628 cites W2133357795 @default.
• W2113846628 cites W2134841793 @default.
• W2113846628 cites W2139298570 @default.
• W2113846628 cites W2140433268 @default.
• W2113846628 cites W2142094541 @default.
• W2113846628 cites W2143727927 @default.
• W2113846628 cites W2149083648 @default.
• W2113846628 cites W2153051103 @default.
• W2113846628 cites W2157874958 @default.
• W2113846628 cites W2160940254 @default.
• W2113846628 cites W2161588732 @default.
• W2113846628 cites W2170381093 @default.
• W2113846628 cites W2178054941 @default.
• W2113846628 cites W2530534264 @default.
• W2113846628 cites W2943406759 @default.
• W2113846628 cites W2988624039 @default.
• W2113846628 doi "https://doi.org/10.3390/s8010370" @default.
• W2113846628 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3681153" @default.
• W2113846628 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27879713" @default.
• W2113846628 hasPublicationYear "2008" @default.
• W2113846628 type Work @default.
• W2113846628 sameAs 2113846628 @default.
• W2113846628 citedByCount "146" @default.
• W2113846628 countsByYear W21138466282012 @default.

• next