The device allows imaging of the flow of proximity multi environmental parameters, like temperature, pressure, force, while simultaneously detecting environmental molecules/chemicals. The device may be housed in a portable camera-like or sheet detection system. Such a system will allow the real time visualization of the chemistry and physics of fluids (air, water, plasmas) in a camera format and create a novel environmental monitoring system
It is a serious problem to relate the results of a flow cytometric analysis of a marine sample to di...
A fast, reliable, and low-cost characterization of particulate products as fed to a process, and/or ...
The overall aim of this project is to investigate the benefits of dual modality (optical and electro...
The device allows imaging of the flow of proximity multi environmental parameters, like temperature,...
We have designed and realized an integrated multi-parameter flow measurement system, consisting of a...
A compact, low-cost and low-powered device was developed and arranged for multiplexed biodetection o...
This article describes the use of flow-injection techniques combined with molecular spectroscopic de...
This paper describes the development of a novel automated and efficient vision system to obtain velo...
The sensing of chemical species is required within a diverse set of fields including industry, envir...
The chemical imaging sensor is a device to visualize the spatial distribution of chemical species ba...
Abstract—A microfluidic platform for focal stimulation of cells and tissue allows precise biochemica...
In this thesis, an integrated flow sensor for an optogalvanic spectrometer is studied. Optogalvanic ...
Process tomography is a technique to realize flow imaging in a process vessel or pipeline by using t...
Abstract A cost-effective, highly compact, and versatile optoelectronic device constructed of two or...
‘Lab on a chip’ refers to devices and methods for controlling and manipulating fluid flows at micro ...
It is a serious problem to relate the results of a flow cytometric analysis of a marine sample to di...
A fast, reliable, and low-cost characterization of particulate products as fed to a process, and/or ...
The overall aim of this project is to investigate the benefits of dual modality (optical and electro...
The device allows imaging of the flow of proximity multi environmental parameters, like temperature,...
We have designed and realized an integrated multi-parameter flow measurement system, consisting of a...
A compact, low-cost and low-powered device was developed and arranged for multiplexed biodetection o...
This article describes the use of flow-injection techniques combined with molecular spectroscopic de...
This paper describes the development of a novel automated and efficient vision system to obtain velo...
The sensing of chemical species is required within a diverse set of fields including industry, envir...
The chemical imaging sensor is a device to visualize the spatial distribution of chemical species ba...
Abstract—A microfluidic platform for focal stimulation of cells and tissue allows precise biochemica...
In this thesis, an integrated flow sensor for an optogalvanic spectrometer is studied. Optogalvanic ...
Process tomography is a technique to realize flow imaging in a process vessel or pipeline by using t...
Abstract A cost-effective, highly compact, and versatile optoelectronic device constructed of two or...
‘Lab on a chip’ refers to devices and methods for controlling and manipulating fluid flows at micro ...
It is a serious problem to relate the results of a flow cytometric analysis of a marine sample to di...
A fast, reliable, and low-cost characterization of particulate products as fed to a process, and/or ...
The overall aim of this project is to investigate the benefits of dual modality (optical and electro...