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Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique = = Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.

Record Type:	Electronic resources : Monograph/item
Title/Author:	Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique =/
Reminder of title:	Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.
remainder title:	Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.
Author:	Waqar, Tayyab.
Description:	1 online resource (93 pages)
Notes:	Source: Masters Abstracts International, Volume: 84-04.
Contained By:	Masters Abstracts International84-04.
Subject:	Software. -
Online resource:	http://pqdd.sinica.edu.tw/twdaoapp/servlet/advanced?query=29443301click for full text (PQDT)
ISBN:	9798352638644

Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique = = Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.
Waqar, Tayyab.

Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique =Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi. - 1 online resource (93 pages)

Source: Masters Abstracts International, Volume: 84-04.

Thesis (Ph.D.)--Marmara Universitesi (Turkey), 2022.

Includes bibliographical references

Sensor teknolojilerindeki hizli gelismeler, son birkac on yilda nanoelektronik yapi uretim tekniklerimde yapilan teknolojik ilerlemeden olumlu yonde etkilenmistir. Mikro fabrikasyon tekniklerinin kullanilmasi performans ve guvenilirligi artirirken diger yandan fiziksel boyut, hacim, agirlik ve maliyetin azaltilmasina da yardimci olmustur. 3D baski teknikleri ve ekipmanlari alanindaki surekli gelismeler, elektronik yapi, devre ve cihaz imalati alaninda ve diger bircok alanda kullanilmasini saglamistir. Bu ilerleme, silikon bazli mikro ve hatta nano elektronikler kullanilarak bir entegrasyon yoluyla sensorlerin potansiyel olarak yazdirilmasini mumkun kilmistir. Halihazirda bu tur cihazlarin ve yapilarin uretimi ve ambalajlanmasi, agir bir sekilde yavas olabilen ve onemli isleme gereksinimleri icerebilen litografiye baglidir.Bu tezin temel amaci, Iki Foton Polimerizasyon tabanli 3B baski teknigi yontemlerinden biri olan Dogrudan Lazer Yazi uretim yontemini kullanarak sicaklik algilayici bir IDT yapisi tasarlamak, analiz etmek ve imal etmektir. Buna ek olarak, gelistirilen algilama yapisinin Sonlu Elemanlar Analizi ve modellenmesi ve sicakliktaki degisimler kullanilarak karakterizasyonu bu calismanin en onemli amaclari arasindadir.Yuzey akustik dalgasi kullanilarak sicaklik algilamanin calisma prensibi detayli olarak arastirilmis ve son imalat surecinden once algilama yapisinin tasarimini optimize etmek icin sonlu eleman tabanli calismalar yapilmistir. Simulasyon yoluyla elde edilen sonuclar isiginda IDT yapilari uretilmistir. Uretilen yapilar daha sonra uretim sirasinda herhangi bir kusur olup olmadigini kontrol etmek icin elektron mikroskobu kullanilarak incelendi. Daha sonra, bir vektor ag analizoru kullanilarak rezonans frekans tepkileri olculdu. Buna ek olarak, fabrikasyon algilama yapilarinin karakterizasyonu gerceklestirilmistir. Son olarak, bu calismanin on sonuclari sunulmus ve simulasyon ve pratik testler ile karsilastirmasi yapilmistir.

Electronic reproduction.
Ann Arbor, Mich. :
ProQuest,
2023

Mode of access: World Wide Web

ISBN: 9798352638644Subjects--Topical Terms:

619355
Software.
Index Terms--Genre/Form:

542853
Electronic books.

Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique = = Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.
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245 1 0 $a Design, Analysis and Production of Temperature Sensor Using Microstereolithography Technique = $b Mikrostreolitografi Teknigi Kullanilarak Sicaklik Sensorunun Tasarimi, Analizi ve Uretimi.
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502 $a Thesis (Ph.D.)--Marmara Universitesi (Turkey), 2022.
504 $a Includes bibliographical references
520 $a Sensor teknolojilerindeki hizli gelismeler, son birkac on yilda nanoelektronik yapi uretim tekniklerimde yapilan teknolojik ilerlemeden olumlu yonde etkilenmistir. Mikro fabrikasyon tekniklerinin kullanilmasi performans ve guvenilirligi artirirken diger yandan fiziksel boyut, hacim, agirlik ve maliyetin azaltilmasina da yardimci olmustur. 3D baski teknikleri ve ekipmanlari alanindaki surekli gelismeler, elektronik yapi, devre ve cihaz imalati alaninda ve diger bircok alanda kullanilmasini saglamistir. Bu ilerleme, silikon bazli mikro ve hatta nano elektronikler kullanilarak bir entegrasyon yoluyla sensorlerin potansiyel olarak yazdirilmasini mumkun kilmistir. Halihazirda bu tur cihazlarin ve yapilarin uretimi ve ambalajlanmasi, agir bir sekilde yavas olabilen ve onemli isleme gereksinimleri icerebilen litografiye baglidir.Bu tezin temel amaci, Iki Foton Polimerizasyon tabanli 3B baski teknigi yontemlerinden biri olan Dogrudan Lazer Yazi uretim yontemini kullanarak sicaklik algilayici bir IDT yapisi tasarlamak, analiz etmek ve imal etmektir. Buna ek olarak, gelistirilen algilama yapisinin Sonlu Elemanlar Analizi ve modellenmesi ve sicakliktaki degisimler kullanilarak karakterizasyonu bu calismanin en onemli amaclari arasindadir.Yuzey akustik dalgasi kullanilarak sicaklik algilamanin calisma prensibi detayli olarak arastirilmis ve son imalat surecinden once algilama yapisinin tasarimini optimize etmek icin sonlu eleman tabanli calismalar yapilmistir. Simulasyon yoluyla elde edilen sonuclar isiginda IDT yapilari uretilmistir. Uretilen yapilar daha sonra uretim sirasinda herhangi bir kusur olup olmadigini kontrol etmek icin elektron mikroskobu kullanilarak incelendi. Daha sonra, bir vektor ag analizoru kullanilarak rezonans frekans tepkileri olculdu. Buna ek olarak, fabrikasyon algilama yapilarinin karakterizasyonu gerceklestirilmistir. Son olarak, bu calismanin on sonuclari sunulmus ve simulasyon ve pratik testler ile karsilastirmasi yapilmistir.
520 $a The rapid advancements in sensor technologies have been affected positively by the technological progress that has been made my nanoelectronics structure fabrication techniques over the last few decades. The use of micro-fabrication techniques has increased the performance and reliability, while on the other hand, it has also helped in reducing the physical size, volume, weight, and cost. Continuous developments in the field of 3D printing techniques and equipments have enabled its usage in the field of electronics structures, circuits, and devices fabrication as well beside many other fields. This advancement has enabled the potential printing of sensors, via integration using silicon-based micro or even nanoelectronics. Currently, the manufacturing and packaging of such devices and structures are heavily reliant on lithography, which can be slow and can involve substantial processing requirements.The main aim of this thesis is to design, analyze and fabricate a temperature sensing IDT structure by employing the Direct Laser Writing fabrication method which is one of the forms of Two-Photon Polymerization based 3D printing technique methods. In addition to that, Finite Element Analysis and modeling of the developed sensing structure and the characterization using changes in temperature are among the most important objectives of this study.The working principle of temperature sensing using surface acoustic wave was researched in detail and finite element-based studies were performed to optimize the design of the sensing structure before the final fabrication process. In the light of the results obtained through simulation, the IDT structures were fabricated. The fabricated structures were then inspected using an electron microscope to check for any defects during the fabrication. Afterward, their resonant frequency response was measured using a vector network analyzer. In addition, the characterization of the fabricated sensing structures was performed. Finally, the preliminary results of this study are presented and the comparison with the simulation and practical testing is performed.
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