Formal Formulations of the Line Element as it Appears in A Sample of Microscopic Shapes

Problem Background: Design is that complete process of planning and creating a form in a functionally satisfying way, bringing pleasure to the soul, and satisfying human need utilitarianly and aesthetically at the same time. The design has its elements, which is the vocabulary of the language of the form used by the designer artist, and the elements of the design line, and is considered a basic means of expression in plastic art, the researcher has noted that microscopes have a variety of formulations of design elements, limited in the current research to try to reach the formal formulations of the line element as it appears in a sample of microscopes?. The Research Problem: The problem of the current research is summarized in the following question: What are the formal formulations of the line element as it appears in a sample of microscopic shapes? Research Objective: Detecting the formal formulations of the calligraphy element through a sample of microscopic shapes. Hypothesis of Research: There is a positive relationship between the type of formal formulations of the line element and the type of sample of microscopic shapes. Research Methodology: The current research follows the descriptive approach in its form: content analysis, where the researcher describes and classifies the formal formulations of the line element, as they appear in a sample of microscopic shapes. Research Results: The research reached a set of formal formulations of the line element through the microscopic sample used in the current research.

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Publication Details

Journal
Evolutionary Studies in Imaginative Culture
Published
2024-09-17
DOI
https://doi.org/10.70082/esiculture.vi.1064
Primary Topic
Advanced Theoretical and Applied Studies in Material Sciences and Geometry
Type
article
Field-Weighted Citation Impact
0.00

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article

Formal Formulations of the Line Element as it Appears in A Sample of Microscopic Shapes

Afaf Ahmed Mohamed Farraj, Naglaa Muhammad Farouk Ahmed, Ahmed Hassan, Aber Abdo Mohamed
1 links
Evolutionary Studies in Imaginative Culture
Advanced Theoretical and Applied Studies in Material Sciences and Geometry
article

Formal Formulations of the Line Element as it Appears in A Sample of Microscopic Shapes

Afaf Ahmed Mohamed Farraj, Naglaa Muhammad Farouk Ahmed, Ahmed Hassan, Aber Abdo Mohamed
article en

Abstract

Problem Background: Design is that complete process of planning and creating a form in a functionally satisfying way, bringing pleasure to the soul, and satisfying human need utilitarianly and aesthetically at the same time. The design has its elements, which is the vocabulary of the language of the form used by the designer artist, and the elements of the design line, and is considered a basic means of expression in plastic art, the researcher has noted that microscopes have a variety of formulations of design elements, limited in the current research to try to reach the formal formulations of the line element as it appears in a sample of microscopes?. The Research Problem: The problem of the current research is summarized in the following question: What are the formal formulations of the line element as it appears in a sample of microscopic shapes? Research Objective: Detecting the formal formulations of the calligraphy element through a sample of microscopic shapes. Hypothesis of Research: There is a positive relationship between the type of formal formulations of the line element and the type of sample of microscopic shapes. Research Methodology: The current research follows the descriptive approach in its form: content analysis, where the researcher describes and classifies the formal formulations of the line element, as they appear in a sample of microscopic shapes. Research Results: The research reached a set of formal formulations of the line element through the microscopic sample used in the current research.

Evolutionary Studies in Imaginative Culture
Ain Shams University (EG), King Khalid University Hospital (SA), King Khalid University (SA), Helwan University (EG)
Johns Hopkins University, Iron and Steel Institute of Japan, Ain Shams University, Helwan University, King Khalid University, College of Veterinary Medicine, Cornell University, Stanford Bio-X
Openalex Percentile: Top 86%
Advanced Theoretical and Applied Studies in Material Sciences and Geometry
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