Design and Implementation of Operation and Maintenance of Information Systems for Yalong River Hydropower Development Company
Hualong Cai,
Yuanshou Liu,
Yunfeng Liu
Issue:
Volume 3, Issue 1, January 2015
Pages:
1-5
Received:
25 December 2014
Accepted:
6 January 2015
Published:
14 January 2015
Abstract: Based on the information system of Yalong Company, some analysis are carried out that operation and maintenance of information systems are described covering hardware systems, software systems and the content of individual client behavior management, and analyzes the business logic structure and software architecture system of operation and maintenance, and achieve performance monitoring, security monitoring, supervision and operation and services Desktop system as a whole functions for the overall operation and maintenance information system.
Abstract: Based on the information system of Yalong Company, some analysis are carried out that operation and maintenance of information systems are described covering hardware systems, software systems and the content of individual client behavior management, and analyzes the business logic structure and software architecture system of operation and mainten...
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Management of Thermal Quantity of Hydrogen and Sulphur During Combustion of Kosova’s Lignite
Ahmet Haxhiaj,
Nyrtene Deva,
Mursel Rama
Issue:
Volume 3, Issue 1, January 2015
Pages:
6-10
Received:
31 December 2014
Accepted:
18 January 2015
Published:
1 February 2015
Abstract: The aim of paper is analyzing the issue related to the management of effective thermal quantity during lignite combustion and emissions of gases that are product of complete and non-complete combustion of lignite in the boilers. The real thermal amount of total burning lignite is 7524 kJ kg-1. Thus, the losses of thermal quantity at ignition and during combustion of lignite directly depend on the diameter of lignite pieces intended for combustion. Paper contains the analyses of the thermal value, the composition of combustible and non-combustible matters of Kosova’s lignite. The research on theoretical and practical field of management of thermal quantity of lignite is based and verified by DIN 1942, 1952, 1956 standards which describe effective thermal quantity. The paper reflects positively on management of the effective thermal quantity.
Abstract: The aim of paper is analyzing the issue related to the management of effective thermal quantity during lignite combustion and emissions of gases that are product of complete and non-complete combustion of lignite in the boilers. The real thermal amount of total burning lignite is 7524 kJ kg-1. Thus, the losses of thermal quantity at ignition and du...
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