Materials and processing of polymer-based electrochromic devices

Wang, Hongfeng; Barrett, Matthew O.; Duane, Brett; Gu, Jian; Zenhausern, Frédéric

doi:10.1016/j.mseb.2017.11.016

Cited by 94 publications

(54 citation statements)

References 94 publications

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“…Соңғы жылдары осы мақсатта өткізгіш органикалық полимерлі қаптамаларды қолдану үлкен қызығушылық тудырып келеді. Өткізгіш полимерлі қаптамалар масса мен ионды зарядтардың алмасуына және коррозия өнімдеріне тосқауыл ретінде әсер етіп, беттік реакцияларды бұғаттау арқылы металды қорғайды [1][2][3]. Өткізгіш полимерлерді сулы не органикалық еріткіштерден химиялық немесе электрхимиялық полимерлеу арқылы синтездеуге болады.…”

Section: кіріспеunclassified

Electrochemical polymerization of poly(aniline-o-anisidine) and its anticorrosion properties

Turlygaziyeva¹,

Rakhymbay²,

Bakhytzhan³

et al. 2020

KazNU Chem Bull

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A synthesis of bismuth selenide with a thickness of 3-4 nm on the surface of mica taken as a matrix was investigated using the gas-solid mechanism. Since discovery of two-dimensional atomic crystals of graphene in 2004, scientists have grown interested in exploring methods for synthesis of two-dimensional atomic crystal nanofilms. Among them, of particular interest are sulfides and transition metal selenides, such as molybdenum sulfide, tungsten selenide, bismuth selenide. Bismuth selenide possesses special thermoelectric, photoelectric properties, therefore there are wide possibilities for its use in such areas as thermoelectric devices, photosensitive elements, optical information keepers, etc. In this connection, there are many studies on the search for optimal methods for the synthesis of bismuth selenide. Each of the proposed methods has its own advantages and disadvantages. In the article, a variety of the recently used gas-liquid-solid mechanism (V-L-S) is used as a method for the synthesis of bismuth selenide. When using amorphous silicon dioxide as a matrix, the synthesized bismuth selenide is not uniform, and the synthesis process is uncontrollable. Therefore, in the work fluorinated gold mica was used as a matrix. The effect of temperature, gas feed rate on the size, shape and thickness of the film was investigated.

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Section: кіріспеunclassified

Electrochemical polymerization of poly(aniline-o-anisidine) and its anticorrosion properties

Turlygaziyeva¹,

Rakhymbay²,

Bakhytzhan³

et al. 2020

KazNU Chem Bull

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“…Bu açıdan Serio ve ark., kalay florür içeriğinin fosfat camı-poliamid 11 hibridlerinin yapı ve özellikleri üzerindeki etkilerini incelemişlerdir [190]. Wang ve ark., polimer esaslı elektro-kromik cihazların yapımında kullanılan malzemeler ve süreçler hakkında bir derleme yazısı yayınlamışlar [191], John, işlevselleştirilmiş küresel silikatların üzerine kurulu organik-inorganik hibrid biyo-malzemelerin gelişimleri ve tıbbı uygulamaları üzerine derleme yazısı hazırlamış [192] ve Liu ve ark., polimer güneş paneli hücreleri için küçük molekül alıcılarının enerji seviyesi modülasyonunu yapmışlardır [193].…”

Section: Son Dönem Gelişmeleriunclassified

Organik Camlar

AKKAŞOĞLU

Karasu

2018

El-Cezeri Fen Ve Mühendislik Dergisi

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Poli akrilat, polis stren ve polikarbonat gibi organik polimerlerden ve metil metakrilatlı vinil klorür kopolimerlerinden elde edilen şeffaf, katı malzemelere teknik bağlamda organik cam adı verilmektedir. Endüstride, "organik cam" terimi ile genellikle metil metakrilatın blok polimerizasyonuyla üretilen bir malzeme tabakası anlaşılmaktadır. Organik cam, vakum ya da pnömatik şekillendirme veya baskılanma yöntemleriyle işlenebilmektedir, ayrıca, mekanik sürece tabi tutulabilmekte ve yapıştırılıp kaynaklanabilmektedir. Hava araçlarında, otomobillerde ve gemilerde yapı malzemesi, kış bahçelerinde, pencere ve verandalarda örtücü olarak kullanılmaktadır. Binalar sıklıkla organik camlarla dekore edilmekte ve cihaz parçalarında, protezlerde, lenslerde, optik uygulama pirizmalarında, ayrıca yiyecek endüstrisi borularında değerlendirilmektedir. Bu çalışmada organik camlar tanımlanmakta, türleri, üretimleri ve son dönem çalışmaları sunulmaktadır.

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“…Since most color switching emphasizes the visible spectrum that mammals can see, color switching mechanisms can be applied not only in biomimetic chameleon skin [ 1 ] but also in information display and in light transmission control, such as smart windows. While several types of electrochromic materials, such as inorganic metal oxide materials [ 2 ] and molecular dyes, [ 3 ] are under development, conjugated polymers (CPs) stand out as a promising material for these purposes.…”

Section: Introductionmentioning

confidence: 99%

Electrochromic Conjugated Polymers for Multifunctional Smart Windows with Integrative Functionalities

Kim

Rémond

Kim

et al. 2020

Adv Materials Technologies

134

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In the advent of next‐generation smart windows, materials play a multifunctional role, providing not only a pleasant environment for humans but also energy‐efficient buildings and transportation. To this ends, smart windows tend to integrate multiple functions with the purpose of controlling external or sunlight input, self‐power functionality, and display functionality. Among the several chromogenic mechanisms, electrochromic methods are fast and simple to control. Here, the recent electrochromic research on the integration of different functionalities is reviewed. Efforts toward the combination of functionalities have led to synergetic and technical breakthroughs over the years. These include development of new electrochromic polymers by main chain, as well as, side chain engineering, morphology and assembly control, and nanostructurization. In this context, electrochemical principles for smart windows offer easier integration of functionalities due to the integrative principles in common working mechanisms for color, energy, and information carrier controls. Some examples of multifunction devices are electrochromic capacitive windows, self‐powered smart windows, and electrochromic‐luminescent windows. Herein, discussed are the electrochromism from polymers and the electrochemically driven smart windows with two or more functionalities, which give rise to an innovative material with cooperative functions, featuring energy storage, energy generation, or light emission.

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Materials and processing of polymer-based electrochromic devices

Cited by 94 publications

References 94 publications

Electrochemical polymerization of poly(aniline-o-anisidine) and its anticorrosion properties

Electrochemical polymerization of poly(aniline-o-anisidine) and its anticorrosion properties

Organik Camlar

Electrochromic Conjugated Polymers for Multifunctional Smart Windows with Integrative Functionalities

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