Essays about: "reason of study electronics"

Showing result 1 - 5 of 13 essays containing the words reason of study electronics.

1. 1. Measuring the Pulse Duration and the Time-Dependent Polarisation State of Ultrashort Laser Pulses with the D-Scan Technique

   University essay from Lunds universitet/Fysiska institutionen; Lunds universitet/Atomfysik

   Author : Daniel Díaz Rivas; [2022]
   Keywords : pulse characterisation; ultrashort; laser; femtosecond; dispersion scan; polarisation; wave plate; temporal reconstruction; electric field reconstruction; time-dependent polarisation; polarisation gate; Physics and Astronomy;

   Abstract : Ultrashort laser pulses with time-dependent polarisation states have many applications, such as the generation of isolated attosecond pulses and the study of the optical chirality of molecules. In this project the polarisation gate, built from two quarter-wave plates of different orders, is thoroughly characterised in experiment and simulation. READ MORE

3. 2. The Smartphone Consumer Decision-MakingProcess of University Students in Sweden: The Case of iPhone

   University essay from Jönköping University/Internationella Handelshögskolan

   Author : Alek Vladimirov Ivanov; Eric Adam George Akiba; Konstantin Krasimirov Konov; [2021]
   Keywords : Five-stage consumer decision-making process; iPhone; Purchase behavior; Smartphone usage; University Students in Sweden;

   Abstract : Background: The emergence of mobile phones today and in history proves to beexceptionally unique in the consumer electronics market as well as the telecommunicationmarket. The reason behind the huge growth of the industry has been the exceptional evolutionof the technology used in the mobile devices in terms of performance and miniaturization. READ MORE

4. 3. Study of the Resistive Switching Mechanism in Novel Ultra-thin Organic-inorganic Dielectric-based RRAM through Electrical Observations

   University essay from KTH/Skolan för elektroteknik och datavetenskap (EECS)

   Author : Alba Maria Martinez Garcia; [2021]
   Keywords : Resistive random-access memory RRAM ; flexible electronics; organic-inorganic hybrid dielectric; dual-mode conducting filament; electrical programming; Resistivt slumpmässigt åtkomstminne RRAM ; flexibel elektronik; organisk-oorganisk hybrid dielektrikum; dubbelt läge ledande glödtråd; elektrisk programmering;

   Abstract : The promising role resistive random-access memory (RRAM) plays in the imminent reality of wearable electronics calls for a new, updated physical model of their operating mechanism. Their high applicability as the next-generation flexible non-volatile memory (NVM) devices has promoted the recent emergence of a novel ultra-thin (< 5nm) organic/inorganic hybrid dielectric RRAM. READ MORE

5. 4. Investigations of p-type quantum dots in GaSb nanowires

   University essay from Lunds universitet/Fasta tillståndets fysik; Lunds universitet/Fysiska institutionen

   Author : In-Pyo Yeo; [2021]
   Keywords : Physics and Astronomy;

   Abstract : The purpose of this project is to investigate hole transport in p-type quantum dots formed in GaSb nanowire and operating as single hole transistors. The individual and controlled hole-spin confinement in such system yields a variety of proposed applications for spintronics or quantum computation. READ MORE

6. 5. Comparative Life Cycle Assessment of Cardiac Monitoring Devices : A Case Study

   University essay from KTH/Industriell produktion

   Author : Samruddha Kokare; [2020]
   Keywords : Life Cycle Assessment LCA ; Cardiac monitoring devices; Stretchable electronics; Livscykelbedömning LCA ; hjärtövervakningsanordningar; stretchbar elektronik;

   Abstract : Current cardiac monitoring devices are rigid, bulky, and integrate poorly with the human skin, obstructing health monitoring for longer periods. With the miniaturization of electronics, soft and stretchable polymer substrate-based cardiac monitoring device is being developed at Mycronic AB to overcome the aforementioned issues and replacing the traditional rigid electronics-based cardiac monitoring devices. READ MORE