فهرست مطالب marzie naderi

Guardianship and custody of the child for reasons such as divorce or separation of parents and their death, from the child's childhood to reaching physical and mental maturity in Imami and Hanafi jurisprudence is referred to as custody. "Custody" is a kind of guardianship and kingship over children and the insane in order to maintain and educate them. This is one of the rights and duties of parents. The issue of custody is a complex issue in family law, and despite extensive studies by jurists and jurists, some issues remain unknown. Parents are the first people to play a role in shaping children's personalities. A safe environment and the right behavior develop children's thoughts and talents, while due to the problems that parents face, such as physical and mental illnesses, Addiction to drugs and alcohol, etc., will make children more vulnerable. The children in this family suffer from frustration and despair, these parents have a destructive role in their children's lives, unfortunately, not much research has been done in this field and it needs more research and investigation. In this article, we look at some of these problems.

 This study aimed to assess the effects of using Extracorporeal Shock Wave Therapy (ECSWT) and phonophoresis therapy on pain and neck disability in patients with neck myofascial pain syndrome (MPS).

 Forty eligible patients were randomly divided into two groups of ECSWT (received three sessions of ECSWT, once a week for three weeks) and phonophoresis (received ultrasound using hydrocortisone gel 1% over the trigger point on trapezius muscle, three times a week for three weeks). Patients in both groups received the same stretching exercise program and drug regimen during the intervention.

 Pain and NDI scores in both groups were significantly improved at the end of the treatment and four weeks later. At the end of the treatment, the pain score was similar between the groups. Four weeks after the treatment, the pain score in the ECSWT group was significantly lower than in the phonophoresis group (P-value = 0.030). The NDI score was not significantly different between the groups at the end of the treatment. However, four weeks after the treatment, the NDI score was significantly lower in the ECSWT group than in the phonophoresis group (P-value=0.032). The trend of changes in the pain and NDI scores was not significantly different between the groups.

 Both phonophoresis and ECSWT groups effectively decreased pain and neck disability in patients with MPS, with the superiority of ECSWT with a more lasting effect for a month after the end of the treatment.

The influence of NaNO2, HNO3 and H2SO4 on the structure and morphology of gamma-alumina was investigated by XRD, BET, SEM and FT-IR spectroscopy. Selected amounts of NaNO2, HNO3 and H2SO4 were added to a solution of aluminum isopropoxide (as a precursor for the boehmite synthesis). The boehmite samples were calcined at 350 and 600 ℃ to form the semi-crystalline high surface area gamma-Al2O3. The reactivity and selectivity of the modified gamma-alumina catalysts were examined using dehydration reaction of 2-octanol. There was a good correlation between reactivity, selectivity and the amounts (and type) of the modification. The dominant product was cis-2-octene for all of the catalysts. Low conversion and high selectivity were obtained for dehydration of 2-octanol over alumina modified with NaNO2. High conversion, low selectivity and excessive isomerization were found for gamma-alumina catalyst modified with H2SO4.

The economic feasibility of wastewater treatment plants requires applying some methods with ability to assess the cost-effectiveness of their systems. This study aimed to determine and compare the cost-effectiveness of two types of wastewater treatment systems which are used in Kermanshah province.
This is a descriptive-analytical study in which the information on the wastewater treatment plants were collected from water and wastewater companies and wastewater treatment plants operators, and the data were analyzed statistically using the SPSS software program. All costs, efficiency of treatment processes, and their cost-effectiveness index was calculated for existing systems and they were compared in terms of this ratio.
The results showed that, in activated sludge and natural systems, the average total efficiency, which is the result of mean removal of total suspended solids, biochemical oxygen demand and chemical oxygen demand, were respectively 76.37±18.19% and 61.69±19.02%. Also the results showed that the difference between the efficiencies of two systems was significant. The cost-effectiveness of activated sludge and natural systems were respectively obtained as 0.23 and 0.58.
According to the results, we can say that, despite the lower efficiency, natural systems are better than activated sludge systems and have better cost-effectiveness for wastewater treatment. These results indicates the natural systems is more successful in term of cost-effectiveness, and the most important factor in this success can be attributed to lower required investments and lower maintenance costs, compared to activated sludge systems.

To determine the economic feasibility of wastewater treatment plants requires methods to determine their cost/effectiveness ratio. The objective of the present descriptive analytical study was to determine and compare the cost/effectiveness ratios of two types of wastewater treatment systems operating in Kermanshah Province. For this purpose, data and information on the wastewater treatment plants under study were collected from both local water and sewage companies and treatment plant operators. The data were then subjected to statistical analysis using the SPSS software program. All the costs assoiated with the erection and operation of the treatment processes were analyzed and plant efficiencies were determined to work out the cost/effectiveness index for each plant as a basis for comparisons. Average values of overall efficiency determined from the mean values of total suspended solids, biochemical oxygen demand, and chemical oxygen demand removals in both activated sludge and natural systems were found to be 76.37±18.19% and 61.69±19.0%2, respectively. Also, the two systems were found to be significantly different with respect to their overall efficiency. Moreover, the cost/effectiveness ratios obtained for the two activated sludge and natural systems were 0.23 and 0.58, respectively. Based on the results obtained, it may be claimed that, despite their lower efficiency, natural treatment systems outperform activated sludge ones due to their higher cost/effectiveness ratio, which makes them superior to the activated sludge process. Natural treatment systems owe their superiority to their lower investment, operation, and maintenance costs.