Text Creation in Novel Narrative

Exposition (SASATSGS) is a knowledge-based field used to explain the various elements and functions of story description. Morphology is the basis of exposition. The basis of exposition is the subtle units invisible to the language. The expositioners have developed some basic definitions for the creation of panual. The narrative or the story can be constructed by combining the events with the narrative. Through this, the narrator easily reaches the reader. Story programs can be integrated into time and causality. Novelists often rely on programs to build stories. Some people set up story shows in a linear manner in chronological order. Modern novelists have set up programs through causal communication. In this manner, the programmes have been dissolved. The reader with reading experience learns the causal connection and understands the story. Sundara Ramasamy, Jayamohan and Shobashakti have successfully set up the programmes of the story in a time-based series. The reader who reads their novels easily identifies the operating system of the story. In Nakulan's novel Dogs, a causal sequence has been adopted to coordinate the programmes. The reader who reads this could not immediately understand the flow of the story. They are a slightly difficult series. Charu Nivedita's novel 'Dekam' and MG Suresh's 'Spider' are in a causal sequence. Sundara Ramasamy and Shobashakti are seen in their novels in the same programme. Novels are divided into small elements based on the definition review and innovative results are available.

X-ray Diffraction of Alkali-Activated Materials with Cement By-Pass Dust

Alkali-activated materials are alternative building binders, where secondary raw materials are processed. The possibility of using landfilled waste materials in the building industry increases their potential application in construction practice, and they are therefore subject to extensive research, especially in recent years. This paper briefly summarizes the interesting results of an experiment aimed at verifying the possibility of applying cement by-pass dust (CBPD) in the preparation of alkali-activated materials. The research was focused on the possibilities of using these wastes for the preparation of small elements of garden architecture. This work also briefly summarized the interesting results of an experiment aimed at verifying the possibility of applying cement by-pass dust (CBPD) in the preparation of alkali-activated materials. In the experiment, a mixture of blast furnace granulated slag, fly ash and cement by-pass dust was alkali activated with sodium metasilicate.

X-ray Diffraction of Alkali-Activated Materials with CBPD

Alkali-activated materials are alternative building binders, where secondary raw materials are processed. Possibility to use landfilled waste materials in their preparation, increases their potential application in construction practice, and therefore they are subject to extensive research, especially in recent years. This paper briefly summarizes interesting results of an experiment aimed at verifying the possibility of applying cement by-pass dust (CBPD) in the preparation of alkali-activated materials. The research work was focused on the possibilities of using these wastes for the preparation of small elements of garden architecture. The paper briefly evaluates in particular the results of X-ray diffraction, which were subjected to three types of binder pastes differing in the amount of used activator. In the experiment, a mixture of blast furnace granulated slag, fly ash and cement by-pass dust was alkali activated with sodium metasilicate.

Status Construction During COVID-19: Antibody Positive People's Rising Prestige

The protracted COVID-19 crisis provides a new social niche in which new inequalities can emerge. We provide predictions about one such new inequality using the logic of Status Construction Theory (SCT). SCT, rooted in Expectations State Theory and from there developed by Ridgeway and colleagues, proposes general hypotheses about how new inequalities arise through process of interaction at the individual level: an unordered categorical difference becomes attached to a cultural value that gives one category more value than the other; social scripts concerning it emerge; small elements of assertion and deference creep into more and more encounters that an individual participates in, hears about through networks, and learns about via social and conventional media. The categorical difference begins to morph into a hierarchical status distinction. Through these mechanisms, individuals develop “status beliefs” that most people in their communities endorse the status distinction. Although they may or may not endorse the distinction personally, they believe that most people do so and they find that the path of least resistance socially is to enact the scripts that affirm the higher status/prestige of the favored group. We apply Status Construction Theory to the categorical difference between Antibody Positives (who have been tested for IgG antibodies) and Others (everybody else). Using the general logic of SCT and specifically developing applications of its key propositions, we predict that the categorical difference between Antibody Positives and Others will transition to a status distinction and propose testable, falsifiable hypotheses about each step of the process.

Finite Element Analysis and Its Applications in Dentistry

Finite Element Analysis or Finite Element Method is based on the principle of dividing a structure into a finite number of small elements. It is a sophisticated engineering tool, which has been used extensively in design optimization and structural analysis first originated in the aerospace industry to study stress in complex airframe structures. This method is a way of getting a numerical solution to a specific problem, used to analyze stresses and strains in complex mechanical systems. It enables the mathematical conversion and analysis of mechanical properties of a geometric object with wide range of applications in dental and oral health science. It is useful for specifying predominantly the mechanical aspects of biomaterials and human tissues that cannot be measured in vivo. It has various advantages, can be compared with studies on real models, and the tests are repeatable, with accuracy and without ethical concerns.

Person and Personality – Dichotomy and the Proper Name

In this article we will try to show how the binary structure of the novel is also contained in many small elements that can be found throughout the story. The main story line is told in two main parts: Frankenstein’s story and the Creature’s story. We will show how the author uses small dichotomies/binarisms in order to incorporate them in the bigger frame of the divided story. These dichotomies are mostly incorporated in proper names which mainly show the opposite of the character of the person (Victor – the beaten; Felix – the unlucky; Justine – unjustly murdered…).

Structural bioinformatics predicts that the Retinitis Pigmentosa-28 protein of unknown function FAM161A is a homologue of the microtubule nucleation factor Tpx2

Background: FAM161A is a microtubule-associated protein conserved widely across eukaryotes, which is mutated in the inherited blinding disease Retinitis Pigmentosa-28. FAM161A is also a centrosomal protein, being a core component of a complex that forms an internal skeleton of centrioles. Despite these observations about the importance of FAM161A, current techniques used to examine its sequence reveal no homologies to other proteins. Methods: Sequence profiles derived from multiple sequence alignments of FAM161A homologues were constructed by PSI-BLAST and HHblits, and then used by the profile-profile search tool HHsearch, implemented online as HHpred, to identify homologues. These in turn were used to create profiles for reverse searches and pair-wise searches. Multiple sequence alignments were also used to identify amino acid usage in functional elements. Results: FAM161A has a single homologue: the targeting protein for Xenopus kinesin-like protein-2 (Tpx2), which is a strong hit across more than 200 residues. Tpx2 is also a microtubule-associated protein, and it has been shown previously by a cryo-EM molecular structure to nucleate microtubules through two small elements: an extended loop and a short helix. The homology between FAM161A and Tpx2 includes these elements, as FAM161A has three copies of the loop, and one helix that has many, but not all, properties of the one in Tpx2. Conclusions: FAM161A and ­its homologues are predicted to be a previously unknown variant of Tpx2, and hence bind microtubules in the same way. This prediction allows precise, testable molecular models to be made of FAM161A-microtubule complexes.

Examination of Oscillating Frequencies Generated by Combustion Oscillation Considering Temperature Distribution in a Combustor Tube Fueled by Natural Gas and Hydrogen Mixture

A combustion oscillation experiment fueling a mixture of hydrogen and natural gas was performed. The results showed oscillating frequencies of around 350 Hz in the case of the town gas only, whereas oscillating frequencies of around 200 and 400 Hz were observed in the hydrogen-containing fuel case. We hypothesized that the oscillating frequencies shift may occur by changing the temperature-distribution inside the tube, which was caused by different combustion conditions with the fuel mixture. As a result, the possible oscillating frequencies of not only around 350 Hz but also around 200 and 400 Hz were obtained. Although three types of possible oscillating frequencies were obtained in our previous study, more detailed temperature distributions should be considered to clarify the effect of the changing fuel mixture composition. In this paper, representative one-dimensional temperature distributions were formed by the combination of measured and calculated temperature distributions in the combustion tube for the corresponding fuel mixture. To include the detailed temperature distributions, the acoustic network model was divided into enough small elements to express the temperature distributions, where each element was connected by the transfer matrix. Then, the possible oscillating frequencies were calculated, taking account of the influence of the temperature distributions.

High Performance Fine Grained Concrete with Content of Pumice

Pumice is a volcanic rock that consists of a highly vesicular rough textured volcanic glass. It is very porous and shows a high absorption - it can contain a lot of water. Thanks to its low volume density, it is sometimes used as a light natural aggregate, especially for some small elements such as chimney blocks. The paper is focused on the development of concretes and mortars for these purposes. The optimum content of pumice was specified from the point of view of mechanical properties. Special attention was paid to absorbed water - it can be a source of self-curing of concrete.

Análisis de sistemas mecánicos utilizando sistemas CAE, para estudiantes de ingeniería mecatrónica

This work shows that the fundamentals of CAE computeraided engineering systems can be used as an effective tool for optimizing the analysis of mechanical systems and / or manufacturing processes in mechatronic engineering subjects. The simulation of operating conditions, as well as the analysis of different working conditions such as stress analysis, thermal analysis, process optimization and product optimization, allows the CAE tool to be used in a wide variety of processes from previous designs to digitization of reverse engineering processes. During the development of technological skills as mechatronic engineers, CAE tools are essential for students to simulate processes and operating conditions that integrate manufacturing machines or cells. Given the wide variety of tools, CAE techniques can be developed by different methods, however in this case, finite element analysis (FEA) will be used, as a numerical resolution technique that considers that any component can be particularized, in a set of small elements with simple geometry and known physical behavior, this method is generally applied to different engineering fields.