درخت حوزه‌های تخصصی

Gnosticism and Sufism, investigation of activities of these two schools through times andalso reviewing their different parts have been paid attention by western and eastern researchers across Islamic countries. Islamic Sufism is one major issue in Gnosticism which lasts for twelve centuries since its foundation. This subject has been paid essential attention regarding that an important part of social and religious culture of Muslims is founded on Gnosticism issues. Regard that complete understanding of Islamic culture may not be achieved without recognition of Gnosticism and Sufism and no one can ignore this important phenomena. On the other hand, Sufism is an extended school in Iranian Islamic society and it is an integrated part of religious, literary, and national history of Iran subject to issues of Gnosticism.This paper tends to investigate monastery of Sheikh Safi-AldinArdebili and ChalapiOghlu in Zanjan and monastery of Molana in Qunieh. We tend to compare and contrast similarities and differences of the studied monasteries regarding to Sufism religious ways and spatial hierarchy and form variation in designing monastery spaces. This paper used descriptive-analytical-comparative and contrast method and collected information based on library based studies. Evidences show that monastery of Sheikh Safi-AldinArdebili was founder of Sufism and it includes seven stages of spiritual evolution. Sheikh Safi-AldinArdebili affected on Anatoly and Syria and etc.Monastery of ChalapiOghlu in comparison with Sheikh Safi-AldinArdebili monastery has unique integration in elements and plans and its linear analysis of its plan show an imitation from central idea of Sheikh Safi-AldinArdebili monastery.

The vast expanse of the urban distressed areas in the country and multiple damages that their inhabitants face on economic, social and cultural aspects remind the need for higher attention to these constructions. Meanwhile, Tehran's distressed areas with more than 3268 hectares (5.3% of the area of ​​Tehran) has a population of one million and three hundred thousand people in it, is one of the priorities of the improvement and renovations in the country. According to what most experts and researchers say one of the main obstacles to the process of improvement and renovation of the urban distressed areas, is the selection and use of appropriate methods of financing. Several methods of financing that have been raised to be used in the process of improvement and renovation, on one hand due to the variety they provide are an opportunity, and on the other hand face the managers and city decision-makers with some problems in the process of selection and utilization, because using any of the methods depends on several regional and local factors. In this regard and in order to facilitate the process of decision-making in the process of improvement and renovation of urban distressed areas, this research used a cross-sectional study and also investigated the evaluation criteria and different methods of financing the distressed areas and using the obtained field data from questionnaires distributed in two stages using ANOVA test, tested the research hypothesis in order to determine the best financing method according to the improvement and renovation process from the perspective of the tested criteria and in this way tried to compare the various methods of financing in order to take advantage of the process of improving and renovation of urban distressed areas in Tehran. In this regard and based on the obtained results three methods of repayment from the operation of the project, civic engagement (contract) -guaranteed and selling shares were identified as ways with the highest priority to utilize in the process of improvement and renovation of the urban distressed areas of Tehran.

A sensitivity analysis of the flood safety of Solaimantangeh dam using a regional climate change simulation is presented. Based on the output of the CCSM (Community Climate Change System Model) general circulation model, the NIRCM (North of Iran Regional Climate Model) computes regional scale output with 50 km spatial resolution and 21 vertical layers. Using the SRES (Special Report Emission Scenario) “B1” Climate Change Scenario when applied to the Tajan river basin, where Solaimantangeh dam is located, NIRCM reduces significantly the bias in Annual Maximum Event total Precipitation (AMEP) & Annual Maximum Daily Precipitation (AMDP) that CCSM shows. The stream flow change scenario is then simulated using SSARR (Stream flow Synthesis and Reservoir Regulation) model. A rainfall-runoff model was implemented using precipitation and temperature projected by CCSM and NIRCM. The model demonstrated that average Stream flow would increases 38.7% and the variability would increases 14.3%. This remarkable increase in projected annual maximum flow for the next 20 years (2004-2023) should be a significant negative signal to water resources managers. The results indicate that the number of floods remains almost the same, but that the magnitude of a single flood event and the recovery from it become worse.