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Kampung Baharu Nilai, Malaysia

INTI International University, Laureate International Universities is a private university located in Putra Nilai, Negeri Sembilan, about 50 km from the centre of Kuala Lumpur, Malaysia. It was known as INTI University College until 31 May 2010 when the Higher Education Ministry announced its upgrade to university status. It is owned by INTI Education Group which has formalised its partnership with Laureate International Universities in 2008. Programmes offered in IU include pre-university and foundation studies, diploma, degrees , and postgraduate degrees.The name 'inti' coincidentally means 'innermost' in Latin, though the original name was based on the Malay word instead. Wikipedia.


Lee S.,Australian Institute for Plasma Focus Studies | Lee S.,INTI International University | Lee S.,University of Malaya
Journal of Fusion Energy | Year: 2014

The code couples the electrical circuit with plasma focus (PF) dynamics, thermodynamics and radiation. It is energy-, charge- and mass-consistent and accounts for the effects of transit times of small disturbances and plasma self-absorption. It has been used in design and interpretation of Mather-type PF experiments and as a complementary facility to provide diagnostic reference numbers in all gases. Information computed includes axial and radial dynamics, SXR emission characteristics and yield for various applications including microelectronics lithography and optimization of machines. Plasma focus neutron yield calculations, current and neutron yield limitations, deterioration of neutron scaling (neutron saturation), radiative collapse, speed-enhanced PF, current-stepped PF and extraction of diagnostic and anomalous resistance data from current signals have been studied using the code; which also produces reference numbers for fluence, flux and energy of deuteron beams and ion beams for all gases. There has been no pause in its continuous evolution in three decades so much so that the model code has no formal source reference except www.plasmafocus.net. This review presents, for the first time a comprehensive up-to-date version of the 5-phase model code. The equations of each phase are derived. Those of the first two phases are normalized to reveal important scaling parameters. The focus pinch phase is discussed with radiation-coupled dynamics necessitating the computation of radiation terms moderated by plasma self-absorption. Neutron and ion beam yields are computed. The 5-phase model code appears to be adequate for all Mather-type PF, lacking only in one aspect that for high inductance PF (termed Type 2) the measured current waveform contains an extended dip which cannot be fitted by the 5-phase code; necessitating an extended 6-phase code. This sixth phase (termed phase 4a) is dominated by anomalous resistance, providing a way to extract valuable data on anomalous resistivity from the current trace. © 2014 Springer Science+Business Media New York. Source


Ho S.M.,INTI International University
Asian Journal of Chemistry | Year: 2016

Preparation and characterization of thin films on indium tin oxide were carried out by many researchers using chemical bath deposition and electro deposition technique. Thin films formation was confirmed by X-ray diffractometer. Meanwhile, compositional, morphological and optical properties of films were studied by means of energy dispersive X-ray, scanning electron microcopy, atomic force microscopy and UV-visible spectrophotometer, respectively. Source


Soonmin H.,INTI International University
Der Pharma Chemica | Year: 2016

Nowadays, scanning electron microscopy is a valuable tool that could be applied in a number of applications including forensic sciences, metallurgy and nanotechnologies. In view of researchers, it provides a better overall visual image of the sample and makes the quick resolution of tough analytical problems effectively. In this work, the characterization of thin films prepared under various deposition conditions by using scanning electron microscopy was discussed and reported. Source


Halpin T.,INTI International University
Proceedings - IEEE International Enterprise Distributed Object Computing Workshop, EDOC | Year: 2011

Fact-orientation is a conceptual approach to modeling information systems that captures the facts of interest in natural sentence structures without forcing some aspects to be modeled as attributes of other structures. Its graphical notation for data modeling enables a vast variety of business constraints to be depicted visually, while its formal basis in logic enables models to be transformed into implementation targets for execution. This paper provides a state-of-the-art overview of fact-orientation in general and second-generation Object-Role Modeling (ORM) in particular, highlighting its conceptual and visual support for logic-based modeling, and contrasting it with other data modeling approaches. © 2011 IEEE. Source


Min H.S.,INTI International University
International Journal of ChemTech Research | Year: 2016

Recent research has emphasized on the preparation of metal chalcogenide thin films such as metal sulfide, metal selenide and metal telluride by using various deposition techniques. Because of these thin films possess very useful physical properties and could be found in many technical applications. In this review paper, study of the properties of metal selenide thin films will be reported. © 2016, Sphinx Knowledge House. All rights reserved. Source

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