The recent quest for miniaturization has inspired researchers to design and develop micro or nanorobots suitable for multifarious applications. The present thesis reports the fabrication of a host of micromotors composed ...
The content of this synopsis report entitled "Design, development and fabrication of thiophene and benzothiadiazole based conjugated polymers for photovoltaics" is divided into five chapters. In chapter 1 the respective ...
Design, fabrication and characterization of a novel device based electrochemical detection method of glutathione is the prime focus of this thesis. The device is a FET device, channel material of which consists of a ...
The thesis “Point-of-Care-Testing Devices for Sensing and Diagnostics”, involve point-of-care testing (POCT) and detection of an array of biomarkers from human body fluids such as alpha amylase, albumin, creatinine as well ...
The current thesis work emphasizes on fabrication of different nanoscale dimensions of copper and manipulating them with different materials for diverse biomedical applications. As a relatively safe material with wide ...
Two-dimensional materials are being widely investigated for the development of futuristic electronic devices and creating new opportunities in electronic industries. Graphene having a hexagonal honeycomb planar structure ...
The thesis presents a Surface Acoustic Wave (SAW) based dual delay line immuno-biosensor for successful in vitro detection of Hepatitis B Surface Antigen (HBsAg) in human serum. HBsAg is the first biomarker to appear in ...
Nature has perfected a fantastic inventory of tiny protein machines that inspired the scientists to design artificial small-scale machines. Artificial self-propellers for therapeutic delivery in the diseased body-parts ...
PANI nanomaterials strongly depend on the distribution of nanofillers for property enhancement. Based upon these nanomaterials, a brief introduction of energy storage and sensing devices have been included in Chapter-1. ...
My PhD thesis focuses on the controlled growth of monolayer MoS2 and MoS2 based heterostructure with other 2D material (WS2), TiO2 nanostructures and plasmonic nanoparticles (Ag, Au). These heterostructures are synthesized ...
Considering the present era of miniaturization, the demand for soft patterning in micro/nanoscale is an important and relevant topic for research. In this direction, the thesis of Mr. Pritam Roy titled “Electric Field ...
Since the evolution of computational technology, memory devices have become one of the most indivisible part of any on-chip computing devices. The recent boom in the big data market and the progress in the Internet of ...
Miniaturization of the macroscopic technologies has been one of the most attractive areas of research and development in the recent years. For example, the miniaturized processes are now extensively employed for synthesis ...
The demand for inexpensive, miniaturized, reliable, and portable sensors is ever increasing in the present time. In this regard, nanomaterial enabled sensors are considered promising candidates for numerous sensing ...
It has become utmost necessary to address the energy crisis and reduce the carbon emission simultaneously. Therefore, exploration of various renewable energy sources is now the need of the hour. Among all the renewable ...
The present thesis focuses on the synthesis of large lateral-size graphene oxide (GO) and its derivative materials, such as reduced graphene oxide (RGO) and graphene quantum dots (GQDs); further, synthesized materials use ...
The current thesis mainly focuses on a bioinspired inorganic source such as hydroxyapatite, whose composition resembles to that of human hard tissues, and its development into drug delivery nanocarriers. Chapter 1 is the ...
Bio-FETs couple a transistor device with a bio-sensitive layer that can specifically detect bio-molecules. There are many challenges involved in a Bio-FET such as the selection of a suitable substrate and channel material, ...
Electronic devices have made people’s life easier, and in today’s modern lifestyle electronic devices have become one of the basic requirements of human beings. Inorganic material are used extensively in electronic devices ...
Moore's Law, which predicts the rise in processing performance of semiconductor chips due to downsizing of device dimensions, has primarily driven advances in semiconductor technology during the last few decades. As the ...