Analisis Pengaruh Nilai Pelangan Terhadap Kepuasan Pelanggan Dan Dampaknya Pada Loyalitas Pelanggan (Survei Pada Pengguna Sepeda Motor Honda Vario All Variant Di Service Center Honda Ahass Sukma Motor Jalan Sigura-gura Barat Kota Malang)

The purpose of this study is to analyze and explain: The influence of Customer Value on Customer Satisfaction; The influence of Customer Value on Customer Loyalty; The influence of Customer Satisfaction on Customer Loyalty. This research use explanatory research with quantitative approach. total sample in this research is 116 respondent which are Honda Vario all variant user that was servicing their motor in Honda AHASS service center at west sigura-gura road in Malang City. Sample-taking technique used Accidental sampling meanwile the data collection method used questionnaire. Descriptive statistic analysis and path analysis are used to analyze the data. The result of the study shows that there is significant effect from Customers value variable (X) to customer satisfaction (Y1). Customer satisfaction variable has significant effect to customer loyalty variable (Y2). there is significant effect from Customer value variable to Customer loyaty variable (Y2)

Geomatic Approach and Geophysical Interpretation of the Hydrogeological Basin of the Hassi Naga Region (Algerian Southwest)

In this work, we propose a model of Geomatics in the Hassi Naga region, which is located in the Hamada of Tindouf, southwestern Algeria, about 70 km to the northwest of the region. This approach is based on prospecting and thematic analysis of the distribution of Geoelectrical measurements in order to better estimate and manage the Hydrogeology of this region of the Tindouf basin. The results of the geophysical survey allow us to design a complete model that meets the needs of Hydrogeology, whose methodology we have applied consists of decomposing our subject into three classes of entities: Geomatic, geophysical and hydrogeological, discovering the relational links, doing the thematic analysis and ending with results that help to solve the problem of water (Hydrogeology) of the area studied

Modélisation numérique d'écoulements pulses de fluides plastiques en conduites déformables à parois élastiques poreuses et isotropes

L'objet du présent travail consiste à mettre en évidence, dans un écoulement pulsé, certains effets caractéristiques dus au comportement plastique du fluide, au comportement élastique isotrope de la paroi et à sa porosité. À l'aide d'une méthode numérique itérative aux différences finies, la pression et la vitesse de débit dans la conduite ont été déterminées. Cette contribution à la compréhension de certains aspects de l'écoulements sanguin dans les artères peut aussi s'appliquer à des écoulements de type industriel.Numerical modelisation of pulsatile flows of plastic fluids through isotropie porous elastic pipesA numerical study concerning pulsatile flows of plastic fluids through isotropie porous elastic ducts is presented. The objective is to investigate the effects ofporosity, and elasticity ofpipe wall material for a generalized Bingham fluid. An implicit difference method is used to resolve the equations, we determine the pressure and the flow rate distributions. This study can be considered as a step in modelling offlow in blood vessels, may also contribute to other important fields such as water desalination or gel filtration

Modélisation et étude numérique de la pollution de la nappe phréatique

Une méthode numérique pour la simulation dynamique du transfert de masse dans le sol, causant la dégradation de la qualité des eaux souterraines est développée. Pour se faire, la méthode des différences finies est utilisée pour résoudre le problème et prévoir le profil des pressions, des vitesses de filtration, des saturations en eau et de la concentration du soluté.Modelisation and numerical study of groundwater pollutionA numerical method for the dynamic simulation of mass transfert in the ground wich participate in groudwater pollution is developed. To that purpose, the finite difference method is used to solve the solution of a system and in order to know profiles of pressure, filtrate velocity, water saturation and solute concentration

Serum Immunoglobulins and complement subfactors levels in sodium valproate treated epileptic patients

Objectives: To assess, the serum levels of immunoglobulins (IgG, IgA, IgM) and complement subfactors (C٣, C٤) in newly diagnosed epileptic patients in the pretherapy stage and ٣ months after valproate therapy, in comparison with controls. Methods: This study was conducted at Iben-Seena Hospital and the College of Medicine- University of Mosul from January to December ٢٠٠٩. Forty-two newly diagnosed epileptic patients were selected and included in this study. Fifty apparently healthy subjects , age and sex matched to the patients group also included and taken as a control. Initially from both the patients and controls, blood samples were taken and assessment of sera levels of immunoglobulins and complement subfactors were done by single radial immuno diffusion method, using commercial kits. Then patients were put on valporate therapy for ٣ months and a blood sample were taken from the patients and assay of the same parameters mentioned above were done using the same technique and the same kits. Results: There were insignificant differences between patients in pre-therapy stage and controls with regard serum immunoglobulin levels (and complement subfactors). Also there were insignificant differences between epileptic patients before and ٣ months after therapy with valproate . Conclusion: valproate as an anticonvulsant have no influence on serum immunoglobulin (IgG, IgA, IgM) and complement subfactors (C٣, C٤) after ٣ months of therapy

Ecological study on fisheries important rivers and bays in the south part of the Caspian Sea 2nd phase: Gorgan Bay

In this study ichthyoplankton, phytoplankton, zooplankton, benthic and hydrochemistry parameters were studied. 9 out of 11 sampling stations were in the Gorgan Bay area and 2 of them were in the mouth of the Bay. Ichthyoplankton survey were carried out in 6 stations and the other surveys such as phytoplankton, etc were done in 11 stations in 2009. Gorgan Bay map and position of sampling sites are given at the end of material and methods section. Biomass and frequency of phytoplankton at different stations, months and seasons were calculated that are presented in Tables 1 to 3. Hydro-chemical parameters such as water temperature, air temperature, visibility, DO, BOD5, pH, Alkalinity (bicarbonate, carbonate and total), Hardness (calcium, magnesium), CL,EC, Salinity, N (nitrate, nitrite, NH_3), Phosphate were measured and results are shown Table 11. Biomass (mgr/m^3) and numbers (ind./m^3) of 47 genus of different phylum of phytoplanktons such as Cyanophyta, Chlorophyta, Pyrophyta, Chrysophyta and Euglenaphyta as well as different phylum of zooplanktons consist of Protozoa, Arthropoda, Rotifera and Cyliophora were estimated. Frequency of phytoplanktons (ind/m^3) was 131.2, 1.6, 65.3, 18.9 and 23.8 million respectively. Furthermore, their biomass was 308.4, 1.9, 1358.9, 295.1 and 124.7 mg/m^3, respectively. The maximum and minimum numbers were observed in Leptolingbaya belonged to Cyanophyta and Diatoms of Chrysophyta 84.3 and 0.025 million (ind/ m^3) respectively. The maximum and minimum biomass was observed in Gyrosigma (Chrysophyta) and Tetradron (Chloropyta), 12317.3 and 0.014 mg/m3 respectively. The average biomass of zooplankton was measured 531.74, 30.77, 225.07, and 96.26 mg/m^3 respectively and the total was attained 883.83 mg/m3 Table 5. The maximum and minimum biomass of all zooplanktons was estimated in November and July, 3446.23 and 6 mg/m^3 respectively. Furthermore, the maximum and minimum numbers of zooplanktons were found in September and July which were 48.4 and 0.002 millions respectively and the average number was 8.4 ind/m^3 Table 4. Also numbers and biomass (gr/m^2) of 11 families of benthos which inhabit Gorgan Bay such as Annelida, Mollusca and Arthropoda were investigated in separated stations and distinctive months. The maximum and minimum biomass of benthos was observed in January (42.91 gr/m^2) and March (0.6428 gr/m^2). The biomass was considerable in April, February, August and December (Tables: 4, 5 and 6)

Performance limits of the three MEMS inertial energy generator transduction types

Accepted versio

Investigation on the possibility of artificial propagation, cultivation and brood stock management of Vannamei shrimp

Project was carried out at the Gomishan Centre for training and education which is located 15 km far from Gomishan City in the Golestan Province. Prebroodstocks were chosen from ponds (stocking density: 3/m^2). 860 male and 890 female broodstocks were separated and transferred into greenhouse (400 m^2). The average growth rate per day was 0.3 g and survival rate was 90%. After reaching 42 g in males and 52 g in females they were ready for Eyes stalk Brood stocks were transferred into propagation hall in June and after a week females gone under Eyes stalk. 10,890,000 eggs were yielded from 50 females and consequently 7, 187, 0.50 nauplius were produced. Each broodstock spawned 1.34 Times. The maximum hatching was 75% that in was average 64.2%. Mass of Cetocerous Algae was mass produced to be fed for post larvae. Finally 35,000 PL15 were yielded. PL15 were transferred into two half hectare and one 1 ha ponds in July. The stocking density was 18 PL/m^2. Biometric parameters together with air and water temperatures, and pH were recorded daily. Results indicate that the maximum survival rate was 58% (pond No. 5) and minimum was 52% (pond No. 17). The average weight after 101 days cultivating was 23 g which is appropriate. Also the average daily growth rate was 0.2g and the FCR was 1

The Science Performance of JWST as Characterized in Commissioning

This paper characterizes the actual science performance of the James Webb Space Telescope (JWST), as determined from the six month commissioning period. We summarize the performance of the spacecraft, telescope, science instruments, and ground system, with an emphasis on differences from pre-launch expectations. Commissioning has made clear that JWST is fully capable of achieving the discoveries for which it was built. Moreover, almost across the board, the science performance of JWST is better than expected; in most cases, JWST will go deeper faster than expected. The telescope and instrument suite have demonstrated the sensitivity, stability, image quality, and spectral range that are necessary to transform our understanding of the cosmos through observations spanning from near-earth asteroids to the most distant galaxies