Structural Equation Modeling can be known as SEM is the Second Generation Statistical Method to determine the inter-relationship among variabes in a model. This technique can be obtain using AMOS, MPLUS, EQS and others. However, the author is interest to apply AMOS since this package is one of the newest software developed. The strength of this book is to ease the readers in various field to apply this method on their study besides the formula is also given. In this instance, the author intend to modeling the multigroup moderated mediation using structural equation modeling in order to achieve the objective research using real examples. In other words, a step by step approach to Confirmatory Factor Analysis (CFA) and explanation for all related procedures is provided. Hopefully, this book would be of great help to the readers in their scholarly endeavor.
The Consolidation Consolidation concept describes the BW model based on the procedure model for the implementation of the SAP SEM BCS software for a globally operating industrial group.The focus of the analysis is the technical implementation of the requirements for mapping the IFRS consolidated financial statements using SAP standard software. SEM-BCS 6.00.This IT design contains the technical specifications of the technical requirements. The application design was divided into the main topics data model, master data, measures, methods, reporting and interfaces. In addition to this main document, there are some technical details in the appendix, as well as the corresponding references.This paper is to be used as a handbook for the SEM-BCS Introduction. The aim of this manual is to introduce the SEM-BCS with its individual steps, starting with the BCS activation from the business content, building up, defining the data model in BW, as well as selecting, defining and customizing the consolidation measures and Display methods by example settings.Likewise, the "initial technical consolidation, balance sheet consolidation, download with data stream and also the technique" purchase price distribution "(PPA) are discussed in detail.
With the development of technology and industries, newer materials such as Tungsten, Molybdenum etc. and various other Super Alloys and Ceramics have been developed which are being widely used in nuclear engineering, aerospace and various other industries because of their hardness, heat resistance qualities and high strength to weight ratio. Machining of these hard materials is very difficult by conventional machining processes. Therefore non-conventional machining processes have been developed for the machining of such type of materials. The Objective of this work is mainly to study the effect of various input parameters like Electrode material, Discharge Current, Gap Voltage, Pulse-On Time, Pulse-Off Time on the various output parameters like MRR, TWR and Surface roughness. In this study, these output parameters are studied by using the Taguchi's Design of Experiments through Minitab software. Using this software, Means and S/N ratios for all the output parameters were calculated. Micro structure was also observed using SEM machine.
Urea prills are produced in the prilling tower, where a cooling-solidification-cooling process of the prills takes place. The ambient air is used as the cooling stream for this process. A case study of the urea prilling process is chosen due to in hot/humid days, the temperature of the product at the bottom of the prilling tower is hot and cannot be packed directly. In addition, the urea prills form lumps and cakes with each other on the scrubber at the bottom of the prilling tower that affects the quality of the product. A mathematical model based on the particle kinematics,and, heat and mass transfer between the urea prills and the cooling air is developed. This is followed by using a numerical technique with an explicit scheme to solve the model. The model numerical results are validated with Scanning Electronic Microscope (SEM) observation of urea particles. Moreover,to investigate the effect of the urea prilling tower configuration parameters on the above urea product problems, the hydrodynamic of air flow inside the tower is analyzed using Computational Fluid Dynamics (CFD) simulation software.
Magnetic nanostructures have attracted increasing attention because of their potential applications in high-density data storage and in sensor technology. An understanding of the fundamental physical properties of these nanostructures is of interest in the study of atomic structures and micromagnetism. This book presents a study on the growth of nickel nanowires in commercially available templates. Electrodeposition was used through the pores of a template to produce nanowire matrices. Dependence of the nanowire growth rate, quality of deposit, growth uniformity, crystal orientations and other physical properties of the nanowire network were studied using various process parameters. Structural properties of the nanowire were characterised using AFM, SEM, EDX and TEM. Magnetic properties of the nanowires were studied using a VSM and MFM. Using OOMMF software magnetic behaviour of the nanowires was simulated and compared with the experimental coercivity values and magnetisation behaviour. The target audience of this book is the postgraduate students and the researchers who would like to study the fabrication and characterisation of magnetic nanowires.
This project is an approach towards the synthesis and characterization of liquid Gallium filled Indium Oxide nanothermometer by using resistive chemical vapor deposition technique. All the measurements and microscopical studies has been presented by using the concepts of different microscopies like XRD/SEM/EDX/HRTEM and related sample characterization software like Pcpdfwin (XRD-Analysis), Origin (Plotting graphs), Image Tool (SEM Images Analysis) and Digital Micrograph (TEM/HRTEM Images Analysis). The growth methods such as resistive heating chemical vapor deposition (RH-CVD) and growth mechanisms such as vapor-liquid-solid (VLS) and vapor solid (VS) of growing nanotubular structures have been discussed in this report. The HRTEM-EDX measurement along the radial direction of an Indium Oxide nanotubular structure explore the in depth knowledge of the flow of liquid Gallium. These similar observations have not been reported by other authors. The synthesis of metal filled Oxide nanotubular structures may have potential applications in future nanofluid devices. It could be ideal for the semiconductor industry and bio medical fields.
The main purpose of this research work is to develop the single domain magnetic particles of M-type Barium hexa-ferrite having composition of BaFe12O19 using oxide precursors using conventional powder metallurgy technique. The phase formation and magnetic performance of the powders and magnets will be optimized by adjusting calcination and sintering temperatures. The synthesis of M-Type Barium hexa-ferrite carried out in two sections. A series of four samples have been prepared by initial wet mixed powders calcined at different temperatures i.e. 750, 850, 950 and 1050oC. On the basis of structural analysis the sample calcined at 950oC has been selected and further divided into four parts to sintered them at 1100, 1150, 1200 and 1250oC. These are characterized through Differential Scanning calorimetric (DSC), X-ray Diffractometer (XRD), Diamond Structure visualization software, Fourier transform infrared (FTIR), Scanning electron microscope (SEM) and DC-Magnetometer. The structural measurements depict the confirmation of M-Type Barium Hexa-ferrite structure. SEM micrographs show the hexagonal shaped like grains. The coercivity of the sample sintered at 1250oC has a minimum value.
The output of this research is framework that informs the adoption of Software as a Service (SaaS) for Small and middle-sized businesses (SMEs). Recent research has shown that there are significant advantages of SaaS when adopted by SMEs. The author investigated SMEs in different sectors on a weighting proposal. This target was 87% in excess of the required minimum of 200 respondents as required by Structural Equation Modeling (SEM) which was done using SPSS AMOS focused on modeling, trimming and best fit. However 293 respondents were obtained, which was significantly above the minimum requirement. The findings indicated that the factors that significantly influence the adoption of SaaS by SMEs include: awareness, trust, prior IT experience, relative advantage, triability, ICT knowledge and skills, top level management support and complexity. The researcher was able to recommend firstly, that evaluation of the market is critical for SaaS deployment and finally, that application developers, technological consultants, software vendors, and policy makers that intend to adopt SaaS should consider the extended TOE model developed from this research.
KNOWLEDGE MANAGEMENT MODEL FOR CONSTRUCTION ORGANIZATION IN NIGERIA. This book is about knowledge management (KM) and knowledge management model from perspective of construction organization of a developing country using Structural Equation Model (SEM). Its principle aims are to provide academia, professionals, researchers and others interested in the construction organization with an improved awareness and understanding of knowledge management model principles and practices using SEM. The book intends to provide guideline on the use of Second Generation Method of Multivariate Analysis on the use of technologies, techniques and strategies for exploiting knowledge in a developing country for the benefit of the projects, individual and organizational workers. AMOS or the Analysis of Moments Structure as one of software developed for analyzing SEM. Researchers could convert their theoretical framework in to AMOS. Graphics for analysis using SEM. Also, with AMOS researcher could validate the measurement model of the latent structures using Confirmatory Factor Analysis (CFA). It allows researcher to analyze the structural model for casual, correlational, mediator and moderator effects.