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• W3114334346 abstract "NEW GENERATION GROUNDBREAKING TECHNOLOGY: ORGANIC SUPERCONDUCTORS Abstract As technology develops it becomes the main objective for science to find locomotive, competitive and environment-friendly methods. Superconductors are one of such technologies. These materials have many unusual electromagnetic properties, magnetic field vs. temperature relations. At the beginning, inorganic metals and alloys are utilized with the discovery of superconductors. The critical temperature of these materials has become the main obstacle that should be exceeded. As researchers are doing their best to find a suitable material to reach critical temperatures at room-temperatures they have noticed that organic superconductor materials will help them to find room temperature critical temperature material thanks to the flexible and customizable system of them. The attitude to find a proper material spins off as environment-friendly materials. As technology develops many technological products are produced. It is rather possible to see a disastrous day that nature will be polluted irreversibly and the life of each creature will be in danger. At this point, organic materials come to help nature to recycle. Environment-friendly structure of organic materials will hank- shake with nature and join them smoothly. Organic superconductors will care about nature while superconductors are seen in applications of medical instrumentation, transportation, energy storage, power generation systems. In this study, information about the history, development, and types of superconductors is given. Besides, organic materials with high technological importance and potential superconductivity are discussed. Keywords : Superconductor, Organic Superconductor, Organic Material, Electromagnetism, Magnetism YENI NESIL CIĞIR ACAN TEKNOLOJI: ORGANIK SUPERILETKENLER Ozet Bilimin ana hedefi teknolojinin gelismesiyle oncu, rekabetci, insanligin refah seviyesini arttirmakta yardimci ve cevre dostu yontemleri bulmaktir. Superiletkenler bu tur faydali teknolojilerden bir tanesidir. Superiletken olarak kullanilabilen materyaller sira disi elektromanyetik ozellikleri ve kendisine ozgun manyetik alan - sicaklik iliskisine sahiptir. Superiletkenlerin kesfiyle ilk olarak inorganik metal ve alasimlari bazli malzemeler kullanilmaya baslanmistir. Ancak bu malzemelerin uygulamalardaki kritik sicakliklari, asilmasi gereken en buyuk engel olmustur. Superiletken malzemelerin metallere alternatif olarak yapilan calismalarin sonucunda bazi organik malzemelerin istenen ozelliklere sahip olduklari tespit edilmistir. Bu tur malzemelerin kritik sicakliklarinin dusuk olmasi, oda sicakliginda calisilabilme imkâninin sunulmasi, uygulama alanlarinda cevreye zarar vermemesi gibi ozelliklerinden dolayi arastirmacilarin dikkatlerini uzerine cekmistir. Bu alanda yapilan yeni organik malzemelerin sentezi ve uygulama alanlarinin arastirmalarinin sayisi gun gectikce artmaktadir. Sentezlenen yeni nesil organik superiletkenler, basta tibbi cihazlarda, ulasimda, enerji depolamada, guc uretim sistemleri gibi bircok farkli alanda kullanilmaktadir. Bu durum organik superiletken malzemelerin cevre dostu olmasindan dolayi farkli kullanim alanlarinda olusabilecek direk veya dolayli olarak cevreyi etkileyen bircok zararli etkenin de ortadan kalkmasini mumkun kilmaktadir. Yapilan bu calismada manyetizmanin ve superiletkenlerin tarihini, superiletkenlerin gelisimini, superiletken olarak kullanilabilen malzemeler ve ozellikleri ile birlikte superiletken tipleri hakkinda bilgi verilmistir. Ayrica, yuksek teknolojik oneme ve potansiyele sahip superiletkenler de tartisilmistir. Anahtar Kelimeler: Superiletken, Organik Superiletken, Organik Malzemeler, Elektromanyetizma, Manyetizma" @default.
• W3114334346 created "2021-01-05" @default.
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• W3114334346 date "2020-12-22" @default.
• W3114334346 modified "2023-09-23" @default.
• W3114334346 title "NEW GENERATION GROUNDBREAKING TECHNOLOGY: ORGANIC SUPERCONDUCTORS" @default.
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