In course of history have been many types of episte- mology, philosophy, and method of thought and methodology. These thoughts, researches, philosophies, opinions cannot after offer ultimate relief to man. Only revealed knowledge can offer ultimate relief to man. This paper highlights that Islamiz- ation of Knowledge is a comprehensive phenomenon what re-establishes the knowledge on its original basis according to the light of revealed knowledge. It appears to be synonymous with the term Islamic Revivalism (Renaissance) which is defi- ned as a reform-oriented movement driven by a conscious change in Muslim thought, attitude and behavior and characterized by a commitment to revive Islamic Civilization. It also shows that the IOK project has played a prominent role in contemporary scholarship and literature, in both theory and practices although the subject of IOK, intellectually and epistemologically, is being extensively debated. Numerous writers have elaborated, at different levels of scholarship, on the IOK. Proponents, some critical of certain aspects of the IOK project have developed further the seminal ideas of the major writers, and many have also added their own contributions to the ideas of the major writers. It also argues that the IOK is a continuous process of “moving towards a moving target,” and most probably would change it dimensions through proper Ijtihad and deep research. There is a need for serious evaluation (implying criteria, standards) before accepting, rejecting, assimilating or synthesizing can be done in developing contemporary Islamic knowledge.

One of the most frequently used biotechnical methods today is the method of double haploids. By application of induced androgenesis in the in vitro Laboratory of Tobacco Institute - Prilep 10 dihaploid lines of oriental tobacco were obtained in 2004. For assessment of agronomic characteristics of the dihaploid lines and their analogues (P 146-7/1, Yk 301/23 and Hyb. 301/H), in the course of 2005 and 2006 three haploid lines were set up in field conditions (P 146- 7/1 DH, Yk 301/23 DH and Hyb. 301/H DH) and investigations were made of the number of leaves and plant yield per hectare. With reference to the characteristic number of leaves, dihaploid lines showed a signifi cantly low variational coefficient (CV = 1.75, 2.96: 4.70 %) compared to their analogues, which indicated that they were morphologically stable. According to their agronomic characteristic (g/plant and kg/ha), they were somewhat better or equal to those of their analogues.

Software reliability engineering techniques focus on development and maintenance of software systems. This paper presents a improved component model. The model is used to estimate the reliability of software systems and the usage ration of each component. A component impact analysis which helps in focusing of testing is presented .The proposed method exhibits considerable improvement when compared against conventional methods.

The main aim of the present paper is to develop a summation formula coupled with recurrence relation and contiguous relation.

In this paper, Dielectric-Loaded Microstrip Patch Antenna (DL-MPA), has been synthesized and analyzed, which is also referred as “MIMO Smart Antenna” In the designing procedure, three different antennas are designed and simulated. Firstly, “Antenna 1” is a RDRA (Rectangular Dielectric Resonator Antenna) which has been simulated using only one probe coaxial feed technique. Secondly, “Antenna 2” RDRA has been simulated using multiple ports, in addition to the previous excitation it has been excited using other two, strip feed coaxial probe ports. At last, bandwidth improvement method has been implemented to a MPA, and multi frequency operability has been obtained, referred as “Antenna 3”. Experimental approach has been implemented to support antenna analysis and obtained simulated results. Antenna parameters such as return loss, VSWR plot and EH field has been plotted and studied to obtain characteristics performance of the radiating structure. Antenna offers operability at frequency range of 1.5GHz, 3.32GHz and 4.14GHz and having return loss of -21.82dB, -17.48 dB and -36.32dB respectively, and radiation efficiency of the system ranges from 99-135%. These results verify the use of proposed antenna in different frequency of operation; The obtained performance of proposed design, confirms the practicability of antenna in different indoor/outdoor wireless applications. Suitability and applicability of antenna has been found in GSM and other wireless systems frequency range.

Eccobond 104, a high temperature epoxide adhesive is used for bonding porous/nonporous materials. e.g. 1. Metals preferably Aluminium, Carbon Steel, Stainless steel, brass carbon steel, 2. Ceramics, 3. Plastics, 4. Metalized carbon to steel, 5. PTFE, 6. Glass, 7. Thermo set. Various standards have dealt with the properties, preparation, application, curing and inspection of Eccobond 104/104B. The present paper takes in to count various requirements of preparation, application, curing and testing of the adhesive. In the present study, which is based upon various standards followed by different organizations in the world and author’s own experience of working with this high temperature adhesive. After curing the adhesive retains good strength up to 220deg C. The shear strength is found to be : • 17.4 MP a at 24 deg C. • 12.5 MP a at 150 deg C. • 7 MP a at 230 deg C. • (1 MP a =145psi).v

In this paper we examine the relationship between the Ideal and Boolean Algebra of Lattice. Here the main result is that principal ideal (atom), principal dual ideal (filter) and also their product are Boolean algebra.

Traditionally at common law a termination of parental rights to a child resulted in the corresponding and simultaneous termination of parental responsibilities for that child. However, a jurisdictional survey of the responsibilities remaining after the termination of parental rights revealed that while not a majority, some jurisdictions sever this dyadic coupling: Parental financial responsibility remained after the termination of parental rights. While perhaps serving the immediate financial needs of the child, this study suggests that severing the two results in unacceptable consequences for the child, as well as for the parent.

With a specific end goal to realize versatile multipath steering, we present the notion of free regulated non-cyclic charts (IDAG’s) in this paper. Join autonomous (hub free) DAG’s fulfil the property that any way from a source to the root on one DAG’s is connection disjoint (hub disjoint) with any way from the source to the root on the other DAG. Given a system, we advance polynomial time calculations to process join free and hub autonomous DAG’s. The calculation advanced in this paper furnishes multipath tracking, uses all conceivable edges, ensures recuperation from single connection inadequacy and accomplishes all these with at most one touch for every bundle as overhead when steering is dependent upon terminus address and approaching edge. We indicate the viability of the proposed IDAG’s approach by contrasting key execution lists with that of the autonomous trees and various combines of free trees strategies through broad recreations.

In the present paper, we construct the traveling wave solutions involving parameters for some nonlinear evolution equations in the mathematical physics via the Konopelchenko-Dubrovsky Coupled System equation and the (1+1)-dimensional nonlinear Ostrovsky equation by using the Bernoulli Sub-ODE method. By using this method exact solutions involving parameters have been obtained. When the parameters are taken as special values, solitary wave solutions have been originated from the hyperbolic function solutions. It has been shown that the method is effective and can be used for many other NLEEs in mathematical physics