Konwersacyjne wykładniki emocji w rozmowie

Rutkowski, Mariusz

doi:10.31648/pj.3918

Cited by 3 publications

(4 citation statements)

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“…Other researchers, e.g., W. Rutkowski and H. Rutkowska (1949) [4], C. Agte and M. Petrdlik (1951) [5], and G. Meyerson (1962) [6] used a power function to describe PCP in the form of the following relationship between compaction pressure and relative density:…”

Section: Accuracy Assessment Of Pcp Description Using Equations Obtai...mentioning

confidence: 99%

“…There are many equations that describe PCP, and various approaches have been used to derive them. Initially, to describe PCP, simple mathematical functions were used, e.g., exponential [1][2][3], power [4][5][6], and logarithmic [7][8][9][10][11]. Later the proposed equations took into account various physical phenomena occurring in PCP such as contact interaction of particles, local and general deformation, hardening, shear between particles and within particles, friction, etc.…”

Section: Introductionmentioning

confidence: 99%

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New Die-Compaction Equations for Powders as a Result of Known Equations Correction: Part 1–Review and Analysis of Various Die-Compaction Equations

Laptiev

2024

Powders

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The well-known equations for the powder compaction process (PCP) in a rigid die published from the beginning of the last century until today were considered in this review. Most of the considered equations are converted into the dependences of densification pressure on the powder’s relative density. The equations were analyzed and their ability to describe PCP was assessed by defining the coefficient of determination when approximating experimental data on the compaction of various powders. It was shown that most of the equations contain two constants the values of which are determined by fitting the mathematical dependence to the experimental curve. Such equations are able to describe PCP with high accuracy for the compaction of powders up to a relative density of 0.9–0.95. It was also shown that different equations can describe PCP in the density range from the initial density to 0.9 with the same high accuracy, but when the process of compaction is extrapolated to higher values of density, the curves diverge. This indicates the importance of equations that can unambiguously describe PCP to a relative density equal to or close to 1.0. For an adequate description of PCP for relative density greater than 0.95, equations containing three or four constants have proven useful.

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Section: Accuracy Assessment Of Pcp Description Using Equations Obtai...mentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

New Die-Compaction Equations for Powders as a Result of Known Equations Correction: Part 1–Review and Analysis of Various Die-Compaction Equations

Laptiev

2024

Powders

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show abstract

“…The basic pattern of communication is a conversation, which allows to reveal emotions in three ways: communication, expression and manifestation. 21 An analysis of conversation helps to acknowledge other factors which generate and facilitate emotions: extralinguistic elements (sighing, vocalisation), syntax elements (broken sentences, a lack of coherence, repetitions, mistakes), and an organisational schema of a linguistic event, 22 also in the context of the media. 23 This gives additional opportunities to interpret emotions, their origin and dynamics, which are revealed only in the context of dialogue.…”

Section: The Role Of Language In Expressing Emotionsmentioning

confidence: 99%

Emotions in the Language of the Media

Białek-Szwed

Wójciszyn-Wasil

2023

rkult

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The objective of this article is to present major aspects of linguistic studies of emotions. The studies rely on cognitive linguistics methodology, which encompasses both the spoken and written language, as well as non-verbal communication. Communicative aspects are of great importance, making it possible to observe the interaction between language and emotions. Emotionally-charged lexis and so-called “hate speech” are exemplary manifestations of linguistic emotional expressions. Contemporary studies of language used in the media concentrate on an analysis of means of linguistic expression, cognitive definitions and mechanisms which generate emotions. The results of this study can be applied to various types of the media, they can help the media reach their target audience and engage the audience in the presented message.

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“…There are many equations that describe PCP, and various approaches have been used to derive them. Initially, to describe PCP, simple mathematical functions were used, e.g., exponential [1][2][3], power [4][5][6], and logarithmic [7][8][9][10][11] ones. Later proposed equations took into account various physical phenomena occurring in PCP such as contact interaction of particles, local and general deformation, hardening, shear between particles and within particles, friction, etc.…”

Section: Introductionmentioning

confidence: 99%

New Die-Compaction Equations for Powders as a Result of Known Equations’ Correction. Part 1. Review and Analysis of Various Die-Compaction Equations

Laptiev

2023

Preprint

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The well-known equations for the process of powder compaction (PCP) in a rigid die published over the period from the beginning of the last century to the present are considered. Most of the considered equations are converted into the dependence of the densification pressure on the relative density. The equations were analyzed and their ability to describe PCP was assessed by determining the coefficient of determination when approximating experimental data on the compaction of various powders. It is shown that most of the equations contain two constants, the values of which are determined by fitting the mathematical dependence to the experimental curve. Such equations are able to describe PCP with high accuracy in the case of compaction of powders up to a relative density of 0.9-0.95. It is also shown that different equations can describe PCP in the range of density change from the initial to 0.9 with the same and sufficiently high accuracy, but when the process of compaction is extrapolated to higher values of density, the curves diverge. This indicates the importance of equations that can unambiguously describe PCP to a relative density equal to or close to 1.0. For an adequate description of PCP to a relative density greater than 0.95, equations containing three or four constants have proven themselves well.

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Konwersacyjne wykładniki emocji w rozmowie

Cited by 3 publications

References 0 publications

New Die-Compaction Equations for Powders as a Result of Known Equations Correction: Part 1–Review and Analysis of Various Die-Compaction Equations

New Die-Compaction Equations for Powders as a Result of Known Equations Correction: Part 1–Review and Analysis of Various Die-Compaction Equations

Emotions in the Language of the Media

New Die-Compaction Equations for Powders as a Result of Known Equations’ Correction. Part 1. Review and Analysis of Various Die-Compaction Equations

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