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Measure the fear of some natural phenomena among children Riyadh
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One of the most frightening to children ages pre-school entry , Are those concerns about natural phenomena such as (The darkness, the sound of thunder, lightning and light, and rainfall, and storms) These natural phenomena are not familiar to the child , It may have a surprise when he/ she sees , And others intimidated , The affects of panic and fears that may lead him some psychological injury symptoms.

The fear of the dark, of the most common concerns associated with the child in his daily life , As the children's fear of the dark is reasonably fear that makes him a natural to live in the unknown  , We can not identify what around him and is afraid of something collision,  Or injury from something challenged, The exaggerated fear of the dark memories of its association with scary Ogress and goblins and the jinn and thieves , It Phobia is not based on the basis of realistic, It is difficult to adjust or get rid of it and control it. This kind of fear makes the child concerned and troubled, And what interests fear are things that weave his imagination, As a result of stories and anecdotes that crop them to them, Or as a result of his observation of the fear and the other adult and those with him in the house . As the parents' fear of the dark infect him by suggesting, As well as the sabotage practiced by the parents and siblings and adult caressing manner and especially at night.

From the above it can sum up the problem of the current search the following question:-

- What is the level of fear of  some natural phenomena with kindergarten children?

Through the above it can be released importance of research of the following:

1- The current research (within the limits of science researcher) from the few descriptive field research dealing with the fear of the some natural phenomena of the children of the kindergarten.

2- - The current research provides an important tool (the fear of some natural phenomena), which may help researchers or curriculum designers in conducting research and studies to address this problem the children kindergarten scale.

3-  The study, the first attempt (within the limits of science researcher), which dealt with the measurement of the some natural phenomena of fear in a child kindergarten, after knowing the number of previous studies.

The current research aimed to: -

  1. measure the fear of some natural phenomena of the kindergarten child.

2- Know the differences in the fear of some natural phenomena of the kindergarten children by sex (males - females), and the stage (kindergarten - Pre-school).

In order to achieve the goals of the research, it has been building a scale to measure the fear of some natural phenomena of the children of the kindergarten, which was extracted validity and reliability to him, and in doing analysis of data obtained by a researcher through the answers to the kids was reached as follows: -

1- That the sample in general suffer from fear of physical manifestations compared to the average premise.

  1. that females suffer from fear of the physical manifestations of more than males, and children suffer in stage (preliminary) stage more than children (kindergarten).

As the researcher after receiving the results to provide a number of recommendations and suggestions.

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Publication Date
Wed Feb 22 2012
Journal Name
مجلة تكريت للعلوم الصرفة
Study the activity of ALT and AST in serum of diabetic patients type II
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Mon Jul 01 2019
Journal Name
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Determination of the Fertility of Southern Iraqi Soil Using Laser - Induced Breakdown Spectroscopy System
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In this work, seven soil samples were brought brought to study and analyses the element concentrations from different southern regions of Iraq using laser-induced breakdown spectroscopy (LIBS) technique. It has been documented as an atomic emission spectroscopy (AES) technique. Laser-induced plasma utilized to analyze elements in materials (gases, liquids, and solids). In order to analyze elements in materials (gases, liquids, and solid). The Nd: YAG laser excitation source at 1064 nm with pulse width 9 ns is used to generate power density of 5.5 x 1012 MW/mm2, with optical spectrum in the range 320-740 nm. From this investigation, the soil sample analysis of the southern cities of Iraqi, it is concluded that the rich soil element of P, Si,

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The electronic properties and Hall effect of thin amorphous Si1-xGex:H films of thickness (350 nm) have been studied such as dc conductivity, activation energy, Hall coefficient under magnetic field (0.257 Tesla) for measuring carrier density of electrons and holes and Hall mobility as a function of germanium content (x = 0–1), deposition temperature (303-503) K and dopant concentration for Al and As in the range (0-3.5)%. The composition of the alloys and films were determined by using energy dispersive spectroscopy (EDS) and X-ray photoelectron spectroscopy (XPS).
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Wed Jan 01 2020
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The effect of gender diversity of board directors and accounting conservatism on firm value
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Thu Jun 30 2016
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Publication Date
Fri Jan 11 2019
Journal Name
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Scleral acrylic resin is widely used to synthesize ocular prosthesis. However, the properties of this material change over time, thus requiring the prosthesis to be refabricated. Many studies were conducted to improve these properties by reinforcing this material with nanoparticles. This study aims to evaluate the effect of silver nanoparticle powder on the mechanical properties (transverse flexural strength, impact strength, shear bond strength, surface microhardness, and surface roughness) of scleral acrylic resin used for ocular prostheses. Two concentrations were selected from the pilot study and evaluated for their effects on scleral acrylic resin properties. According to the pilot study, 0.01 and 0.02wt% AgNPs powder improved

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Publication Date
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Crossref (1)
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Publication Date
Sat Oct 01 2011
Journal Name
Iraqi Journal Of Physics
A Study of the mechanical properties of aluminum composite materials prepared by atomization process
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Steel fiber aluminum matrix composites were prepared by atomization technique. Different air atomization conditions were considered; which were atomization pressure and distance between sample and nozzle. Tensile stress properties were studied. XRF and XRD techniques were used to study the primary compositions and the structure of the raw materials and the atomized products. The tensile results showed that the best reported tensile strength observed for an atomization pressure equal to 4 mbar and sample to nozzle distance equal to 12 cm. Young modulus results showed that the best result occurred with an air atomization pressure equal to 8 mbar and sample to nozzle distance equal to 16cm

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