Kurdish language multifunctional morphemes indicate the different functional morphological, syntactical, and semantic tasks of the morphemes. The present study discusses the multifunctional task of the Morpheme Le in Kurdish Language. The Morpheme Le has marginally been included in other studies, yet up to the present times, there has not been a research inclusively dedicated to thoroughly discuss and clarify its multifunctional aspects. The present study is divided into two chapters: Chapter one discusses the theoretical aspect of chapter two that is entirely concerned with the practical aspect of the morpheme Le. The first part of chapter one sheds light on the morphological aspect of the morpheme while part two discusses the concept of multifunction in Kurdish language including its concepts, types and characteristics. Chapter two is concerned with the practical aspect of the morpheme. Part one of chapter two describes the morphemes’ morphological aspect and part two explains its syntactical aspects. The conclusion sums up the study most important findings and the number of the academic references referred. پوختەی توێژینەوەکە: توێژینەوەکە لەژێر ناونیشانی (فرەئەرکی مۆرفیمەکان لە زمانی کوردیدا، مۆرفیمی (لە) بەنموونە)یە. ئەو ئەرکانە دەخاتەڕوو کە مۆرفیمی (لە) دەیگێڕێت. ئەم کارە بۆ چەمکی فرەئەرکی لە زمانی کوردیدا تەرخانکراوە، یەکێک لە مۆرفیمە پڕئەرکەکان دەخاتەبەرباس، کە ئەویش مۆرفیمەکانی (لە)یە. مۆرفیمی (لە) لە سەرچاوەی جیاوازدا کەم و زۆر باسکراوە، بەڵام توێژینەوەیەکی تایبەتی سەربەخۆی لەسەر نەنووسراوە، نووسرابێتیش بە قووڵی نەچوونەتە بنج و بناوانی و بە تێروتەسەلی لێیان نەکۆڵیوەتەوە. لە هەندێ کاری زانستیدا باسکراوه، بەڵام کارەکە تەنها بۆ ئەو مۆرفیمە تەرخاننەکراوە، بەڵکو لە میانەی ئەو کارەدا، مۆرفیمی (لە)ش هاتۆتە بەرباسکردن. لەم توێژینەوەیەدا هەوڵدراوە، تا بکرێت باس لە هەموو لایەنەکانی مۆرفیمی (لە) بکرێت لە ڕووی وشەسازی و ڕستەسازی و تەنانەت لەڕووی واتاشەوە و ئەرکە جیاجیاکانی دیاریبکرێت. مۆرفیمی (لە) یەکێکە لە مۆرفیمە چالاکەکانی زمانی کوردی و لە زۆربەی ئاستەکانی زماندا ئەرکی پێسپێردراوە. گرنگیی ئەم توێژینەوە لەوەدایە، بە پوختی و تێروتەسەلی تیشک دەخاتەسەر ئەرکە جیاجیاکانی مۆرفیمی (لە) لەڕووی وشەسازی و ڕستەسازی ...ەوە،هتد. سنووری توێژینەوەکەش لە هەردوو ئاستی وشەسازی و ڕستەسازیدا ئەنجامدراوە، جارجاریش پەنجە بۆ لایەنی واتاییش بردراوە. لەم توێژینەوەیەدا ڕێبازی وەسفی شیکاری-ڕەخنەیی بەکارهاتووە و نموونەکان وەرگیراون و شیکردنەوەیان بۆ کراوە و لەهەر شوێنێکیش هەڵە و کەموکووڕی بەدیکرابێ، سەرنج و ڕەخنە لە بارەیانەوە تۆمارکراوە. توێژینەوەکە بۆ دوو بەش، دابەشکراوه:
For the design of a deep foundation, piles are presumed to transfer the axial and lateral loads into the ground. However, the effects of the combined loads are generally ignored in engineering practice since there are uncertainties to the precise definition of soil–pile interactions. Hence, for technical discussions of the soil–pile interactions due to dynamic loads, a three-dimensional finite element model was developed to evaluate the soil pile performance based on the 1 g shaking table test. The static loads consisted of 50% of the allowable vertical pile capacity and 50% of the allowable lateral pile capacity. The dynamic loads were taken from the recorded data of the Kobe e
Q-switch Nd: YAG laser of wavelengths 235nm and 1,460nm with energy in the range 0.2 J to 1J and 1Hz repetition rate was employed to synthesis Ag/Au (core/shell) nanoparticles (NPs) using pulse laser ablation in water. In this synthesis, initially the silver nano-colloid prepared via ablation target, this ablation related to Au target at various energies to creat Ag/Au NPs. Surface Plasmon Resonance (SPR), surface morphology and average particle size identified employing: UV-visible spectrophotometer, scanning electron microscopy (SEM) and transmission electron microscopy (TEM). The absorbance spectra of Ag NPs and Ag/Au NPs showed sharp and single peaks around 400nm and 410nm, respec
This research has presented a solution to the problem faced by alloys: the corrosion problem, by reducing corrosion and enhancing protection by using an inhibitor (Schiff base). The inhibitor (Schiff base) was synthesized by reacting of the substrates materials (4-dimethylaminobenzaldehyde and 4-aminoantipyrine). It was diagnosed by infrared technology IR, where the IR spectrum and through the visible beams proved that the Schiff base was well formed and with high purity. The corrosion behavior of carbon steel and stainless steel in a saline medium (artificial seawater 3.5%NaCl) before and after using the inhibitor at four temperatures: 20, 30, 40, and 50 C° was studied by using three electrodes potentiostat. The corrosion behavior
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... Show MoreA simple, rapid, sensitive and inexpensive approach is described in this work based on a combination of solid‐phase extraction of 8‐hydroxyquinoline (8HQ), for speciation and preconcentration of Cr(III) and Cr(VI) in river water, and the direct determination of these species using a flow injection system with chemiluminescence detection (FI–CL) and a 4‐diethylamino phenyl hydrazine (DEAPH)–hydrogen peroxide system. At different pH, the two forms of chromium [Cr(III) and Cr(VI)] have different exchange capacities for 8HQ, therefore two columns were constructed; the pH of column 1 was adjusted to pH 3 for retaining Cr(III) and column 2 was adjusted to pH 1 for retaining of Cr(VI). The sorbe