The concept of decolonization of trauma has intrigued researchers for years due to its prolonged effect on personal and cultural levels. The process of intellectual decolonization involves defensive survival mechanisms, such as cultural rituals using traditional practices, nostalgic dialogues that idealize memories and recollections, and conversations about identity to navigate postcolonial trauma displacement. Symbolic connections evoke strong emotional responses, bridging the gap between the characters‘ physical dislocation and their imaginary homeland. Cocooning identity represents a space where a multidimensional self emerges—one that holds the victim of trauma, the survivor who endures, and the narrator, who constructs an idealized self. This process allows the individual to celebrate the deconstruction and reconstruction of a more ethical and critical way to assess his reaffirmed identity and his sense of belongingness. It provides a framework that enables the traumatized person to engage with others without losing his own cultural identity, while also embracing a revised and transformed identity—one that is dynamic and not fixed. The study deals with the mental praxis results from disruptive experiences of trauma which led the individual to emotional disturbance, shame, a sense of guilt, fragmentation, and flashbacks. It aims to explore the process of intellectual decolonization, which involves deconstructing all kinds of hegemonic colonial authority and dominance. It advocates for a thorough and clear understanding of trauma, specifically by examining the concept of decolonizing trauma as explored by post-colonial playwrights from various countries. An examination will be conducted to understand the fundamental nature of both the suffering and the process of healing by exploring the particular traumas that motivate storytelling. The study aims to explore how the characters successfully protect their identity in order to III facilitate a healthy recovery from post traumatic stress disorder resulting from their past traumatic experiences. The emphasis is on the theoretical frameworks that will be employed to analyze the chosen plays. The first chapter is an introduction exploring post-colonialism as a theory that focuses on identity, specifically trauma identity theories and research. Furthermore, it provides a historical framework for the cultural environment in which the selected literary writings are situated. The second chapter focuses on the USA's "War on Terrorism" in Iraq and the traumatic consequences of media deception and the sectarian war on the social fabric of Iraqi society. This is explored through two Iraqi playwrights: Rasha Fadhil (1975- ) in Ishtar in Baghdad (2003) and the Iraqi-American playwright; Heather Raffo (1970- )in Noura (2018). The third chapter examines the numerous traumas tackled in the Palestinian Theatre. It focuses on Tennis in Nablus (2010) by Ismail Khalidi (1982- ), a Palestinian American playwright. It also examines And here I am (2017) by Hassan Abdulrazzak (1973- ), an Iraqi American writer. The fourth chapter focuses on the trauma experienced by Arab immigrants in Europe and their struggle with sentiments of indecency and a sense of not quite fitting into either culture, as depicted in the works of two Egyptian playwrights. It delves into Ten Acrobats in an Amazing Leap of Faith (2006) by Yussef El Guindi (1960- ). Then it examines Sister Radio (2020) by Sara Shaarawi (1989- ), a Scotland-based Cairo-born playwright. The conclusion sums up the findings of the study
Background: Polymethylmethacrylate (PMMA) has relatively unsatisfactory mechanical properties such as low flexural strength and impact strength also dimensional instability. Material and method: Zirconium silicate nanoparticles were coated with a layer of trimethoxysilylpropylmethacrylate (TMSPM) before sonication in monomer (MMA) with the percentages 1% and 1.5% by weight then mixed with powder using conventional procedure, (150) samples were prepared and divided into three groups, each group consisted of (50) samples, the first group prepared from PMMA without addition (control), another group with the addition of 1% wt Zrsio4 nanoparticles (experimental) and the third one with 1.5% wt Zrsio4 nanoparticles (experimental). Each group
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BACKGROUND: The degree of the development of coronary collaterals is long considered an alternate–that is, a collateral–source of blood supply to an area of the myocardium threatened with vascular ischemia or insufficiency. Hence, the coronary collaterals are beneficial but can also promote harmful (adverse) effects. For instance, the coronary steal effect during the myocardial hyperemia phase and that of restenosis following coronary angioplasty.
Estimation of the unknown parameters in 2-D sinusoidal signal model can be considered as important and difficult problem. Due to the difficulty to find estimate of all the parameters of this type of models at the same time, we propose sequential non-liner least squares method and sequential robust M method after their development through the use of sequential approach in the estimate suggested by Prasad et al to estimate unknown frequencies and amplitudes for the 2-D sinusoidal compounds but depending on Downhill Simplex Algorithm in solving non-linear equations for the purpose of obtaining non-linear parameters estimation which represents frequencies and then use of least squares formula to estimate
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Mixture experiments are response variables based on the proportions of component for this mixture. In our research we will compare the scheffʼe model with the kronecker model for the mixture experiments, especially when the experimental area is restricted.
Because of the experience of the mixture of high correlation problem and the problem of multicollinearity between the explanatory variables, which has an effect on the calculation of the Fisher information matrix of the regression model.
to estimate the parameters of the mixture model, we used the (generalized inverse ) And the Stepwise Regression procedure
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The biggest problem of structural materials for fusion reactor is the damage caused by the fusion product neutrons to the structural material. If this problem is overcomed, an important milestone will be left behind in fusion energy. One of the important problems of the structural material is that nuclei forming the structural material interacting with fusion neutrons are transmuted to stable or radioactive nuclei via (n, x) (x; alpha, proton, gamma etc.) reactions. In particular, the concentration of helium gas in the structural material increases through deuteron- tritium (D-T) and (n, α) reactions, and this increase significantly changes the microstructure and the properties of the structural materials. T
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Traumatic radial nerve injury in humeral shaft fracture is the most common traumatic nerve injury in long-bone fracture, with overall prevalence 2-18%, ranging from traction to complete transection. Spontaneous recovery may reach 88%. The aim of the study is to assess the sensitivity & specificity of the ultrasound to detect the radial nerve injury and to see if this can be used as a diagnostic test. This is a prospective study on 17 adult patients with a closed fracture of the humeral shaft, dividing into two groups, the first group of 7 patients had signs and symptoms of radial nerve palsy at presentation and the second group of 10 patients had intact radial nerve function was considered as a control group. All these patients had at leas
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The simulation have been made for 3D flow structure and heat transfer with and without
longitudinal riblet upstream of leading edge vane endwall junction of first stage nozzle guide vane .The research explores concept of weakening the secondary flows and reducing their harmful effects.Numerical investigation involved examination of the secondary flows ,velocity and heat transfer rates by solving the governing equations (continuity, Navier -stokes and energy equations ) using the known package FLUENT version (12.1).The governing equations were solved for three dimentional, turbulent flowe, incompressible with an appropriate turbulent model (k-ω,SST) .The numerical solution was carried out for 25 mode
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