Process control becomes one of the important elements in industry and chemical laboratory. The purpose of this project is to control fluid flow by using microcontroller (M68HC11) and other component such as solenoid valve, keypad and level detector. When entering value of liquid by using keypad, user can get the amount needed correctly. The opening and closing of the solenoid valve depending on the programming design. By using automatic control, it will prevent overflow occur to the system and suitable for industry and chemical laboratory where accuracy of liquid needed is critical. In daily life, microcontroller has made an invaluable contribution to electronics and logic design everywhere. On the other hand, their flexible and programmabl...
Microfluidics and "lab-on-chips" are currently major areas of research. Integrated chips provide man...
Fluid handling procedures like serial dilution are common to a number of laboratory protocols. Such ...
As paper-based diagnostics has become predominantly driven by more advanced microfluidic technology,...
Based on retrieval and data processing need of an increasingly complex and varied, required for a ...
This project utilizes a microcontroller in order to control a Liquid Level Control System present in...
This project utilizes a microcontroller in order to control a Liquid Level Control System present in...
This document presents the project entitled Microcontroller-Based Liquid Volume-Flow- Rate Metering...
In general, oil traders use manual measuring cups or scales to sell oil, the process also takes a lo...
We present a fully-integrated solution for controlling pneumatically-driven microfluidic chips, feat...
This thesis is about developing a small scale control system to control the flow rate of water by us...
In this paper, the use of Programmable Logic Controllers for level sensing and control of fluid base...
For highly-integrated microfluidic systems, an actuation system is necessary to control the flow; ho...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
The work presented in this thesis is generated in the frame of the project “Micro and Miniaturized...
Microfluidics and "lab-on-chips" are currently major areas of research. Integrated chips provide man...
Fluid handling procedures like serial dilution are common to a number of laboratory protocols. Such ...
As paper-based diagnostics has become predominantly driven by more advanced microfluidic technology,...
Based on retrieval and data processing need of an increasingly complex and varied, required for a ...
This project utilizes a microcontroller in order to control a Liquid Level Control System present in...
This project utilizes a microcontroller in order to control a Liquid Level Control System present in...
This document presents the project entitled Microcontroller-Based Liquid Volume-Flow- Rate Metering...
In general, oil traders use manual measuring cups or scales to sell oil, the process also takes a lo...
We present a fully-integrated solution for controlling pneumatically-driven microfluidic chips, feat...
This thesis is about developing a small scale control system to control the flow rate of water by us...
In this paper, the use of Programmable Logic Controllers for level sensing and control of fluid base...
For highly-integrated microfluidic systems, an actuation system is necessary to control the flow; ho...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
Microfluidic is the science technology in studying behaviour of fluids through micro-channels [1]. I...
The work presented in this thesis is generated in the frame of the project “Micro and Miniaturized...
Microfluidics and "lab-on-chips" are currently major areas of research. Integrated chips provide man...
Fluid handling procedures like serial dilution are common to a number of laboratory protocols. Such ...
As paper-based diagnostics has become predominantly driven by more advanced microfluidic technology,...