فهرست مطالب s. a. moosavi

Water is now the main limiting factor for crop production in arid and semi-arid regions. Water-cut or irrigation interruption has been suggested as one of the main strategies agro-technique to get the most benefit from limited water resource available. In this regard, plant growth stage, time of stress induction and the genotype are the main key factors to determine the degree of success. Canola is one of the most important oil crop. It can survive some degree of water stress while there is a need for research to find the most appropriate genotypes for plantations in water-limited areas.

In order to determine the effect of water stress at the various growing stages of canola genotypes a split-plot experiment was conducted based on the randomized complete block design with three replications at the research farm of the department of plant production and genetics, Agricultural Sciences and Natural Resources University of Khuzestan, Iran during 2020-2021. Main plots included three irrigation treatments: control (without interruption of irrigation), interruption of irrigation in the beginning of the flowering stage (phenology code 60) to the formation of 50% pods (phenology code 75), and interruption of irrigation in the stage of formation of pods until harvest (Phenology code 99) in the main plots and the cultivars (Long pod, Aram, RGS 003, Jankom, Solar, Hayola 4815, Mahtab, Julius, Agamax and Sala) were arranged in sub-plots with respect to irrigation treatments. At the end of the growing season, plant height, number of branches, silique length, number of pods per plant, number of seeds per pod, 1000 grain weight, and grain oil percentage were measured. Also, after removing the marginal effect, economic performance, biological performance and harvest index were measured.

Our results revealed there was a significant interaction effect between irrigation interruption stress and genotype on all studied traits. The number of sub-branch among cultivars varies as a result of Irrigation interruption stress. The genotypes of the long pod and Hayola 4815 had the highest number of branches compared to other genotypes when irrigation was interrupted at the flowering stage up to 50%, while when applied stress at the stage of flowering up to harvest, genotype, solar exhibited the highest number of sub-branch. The lowest number of sub-branches in all interruption of irrigation and control treatments was obtained by Jankom genotype. The mean comparisons in the conditions without irrigation interruption (control) the highest percentage of seed oil was obtained from Solar (48.3%), Hayola 4815 and 4815 (46.3%), stress application in flowering stage up to 50% sowing of a long pod (45%) and Hayola 4815 (43%) genotypes in the sowing stress to harvest the highest percentage of seed oil from Sala and Long pod genotypes with average (44.3%) the lowest percentage of seed oil in all present treatments belonged to Jankom genotype. In the present study, the highest (2093.8 kg.ha-1) and the lowest (540 kg.ha-1) grain yield and the highest (986.51 kg.ha-1) and the lowest (191.21 kg.ha-1) grain oil yield in both conditions without irrigation interruption (control) and terminal drought stress were obtained from Hayola 4815 and Jankom genotypes, respectively.

The highest and the lowest grain yield, seed oil and biological yield were obtained from Hayola 4815 and Jankom, respectively. According to the results, Hayola 4815, long pod and Solar are highly recommended to cultivate in the regions where there is terminal water stress at the end of the growing season.

Let G be a finite group and cd∗ (G) be the set of nonlinear irreducible character degrees of G. Suppose that ρ(G) denotes the set of primes dividing some element of cd∗ (G). The bipartite divisor graph for the set of character degrees which is denoted by B(G), is a bipartite graph whose vertices are the disjoint union of ρ(G) and cd∗ (G), and a vertex p ∈ ρ(G) is connected to a vertex a ∈ cd∗ (G) if and only if p|a. In this paper, we investigate the structure of a group G whose graph B(G) has five vertices. Especially we show that all these groups are solvable.

The technical and crew flight with passing in many special courses is one of the richest training course as human resource that the most important effective element is in Havanirooz organization. This study is applicable – progressive that aimed effect process human resources on formulating of Havanirooz doctrine emphasizing on asymmetrical warfare by doing descriptive – case and accumulating information as filed study to achive these goals data were collected through note taking and questionnaire. By aiming description of human resources indexes the  cronbach alpha realiability index turned out to be  %817. the participants of this survey were a group of army forces officials (N=75) who their jobs, positions Education and researches were directly linked to Havanirooz doctrine issue , completed the questionnaire the results of study revealed that  indexes of process human resources as employ of crews consist of attraction (4.93) livelihood (4.97) , implementation of crew (4.95) , activeness (4.96), healthy (4.94) in conification of  I.R.A.A Doctrine emphasizing on Asymmetrical warfare.

Physical activity influence differently on health indices including premenstrual syndrome (PMS) which can be related to various exercise characteristics. The aim of Present study was to evaluate the effect of interval training with high and average intensity on PMS, body mass index (BMI) and cardiorespiratory fitness (CRF) in young collegiate female students. Participants were 60 nonathletic healthy (physically and psychologically) female collegiate students. They were selected and randomly divided into two groups of high intensity (n=30) and moderate intensity (n=30) interval training. Rating and intensity of premenstrual symptoms (using Moos questionnaire), CRF (Using Copper test) and BMI of participants were measured before and after training program. Training program included warm up for 20 minutes, following 35 minutes high intensity interval running (maximum heart rate 80-90%) or moderate intensity running (maximum heart rate 50-60%) and cooling down for 5 minutes for 8 weeks, once every week. Exercise volume was assimilated in both groups. Data was analyzed using covariance statistical testing and t-test. Comparison of high and moderate intensity training groups indicated that there was no significant difference in psychological (p=0.708) and physical (p=0.163) symptoms of PMS and CRF (p=0.183) following exercise training. But BMI was significantly lower in average compared to high intensity groups (p=0.003). Within group evaluations indicated that interval training with high and moderate intensity does not affect significantly physical and psychological symptoms of PMS but decreases BMI and increase CRF significantly. High and moderate intensity exercise training in general physical education course does not affect significantly PMS but improve BMI and CRF. Average intensity training is more effective in reducing BMI.

The purpose of this paper is to examine the multidisciplinary design optimization (MDO) of a reentry vehicle. In this paper, optimization of a RV based on, minimization of heat flux integral and minimization of axial force coefficient integral and maximization of static margin integral along reentry trajectory is carried out. The classic optimization methods are not applicable here due to the complexity of the equations, therefore in this research, the genetic algorithm technique is utilized for optimization of the RV. In addition, the results of the genetic algorithm, are validated with those of two other methods, Pareto genetic algorithm and response surface method. In the present paper, in order to decrease the computational time, parallel processing strategy is employed