Modeling with Advanced Engineering Applications: The Overview of CI MATH 4990, the Propagation of Heat along the Human Arm in Electric Arc Phenomenon

This creative inquiry seeks to educate students of all STEM majors in the development of mathematical models of physical phenomenon using a multi-disciplinary approach to examining the physical phenomenon behind the propagation of heat through the human arm by means of the electric arc phenomenon. With an end goal of effectively modeling this phenomenon, the creative inquiry involves students of all majors while increasing research, presentation, and mathematical skills in areas directly related to their course of study

Application of excilamps in agriculture and animal breeding (review)

The paper provides a review of research data on applications of XeCl excilamps in agriculture and animal breeding. The data demonstrate a favorable effect of radiation produced by the excilamps on the fertility of animals (outbred mice and pigs) and on the growth of plants (flaxes, potatoes, carrots, cucumbers, conifers). Excilamp models adapted specially for use in stock-raising and grain storage complexes are now available. The research data obtained in 2012-2015 suggest that XeCl excilamps hold promise for prevention of diseases in indoor-housed pigs and for pre-sowing seed preparation

The Hereditary Approach to Time Dependent Modeling with Fractional Exponential Function

For polymer based composites, the creep and relaxation parameters are examined using the hereditary approach to time dependent mechanical behavior. Specifically, methods of optimization are utilized to determine the optimal parameter estimates for the fractional exponential functions. The relative advantages of the Rabatnov kernel over the Abel kernel have been examined. Finally, the results of this parameter estimation using the Rabatnov kernel (i.e. fractional exponential) are compared to results obtained from experimental data

Presowing XeCl excilamp irradiation of crops: field research and prospects

Here we present research data demonstrating how crop seeds response to ultraviolet produced by a barrier-discharge XeCl* excilamp with a wavelength of 290–320 nm (82–88 %). The data show that presowing ultraviolet treatment is stimulatory to seed germination and plant growth. Ultraviolet treatment increases the seed germinability by 20–30 % and the plant fresh weight by 54 %, compared to untreated control samples, and provides a developed root system with long twisted segments. The research results are encouraging for upgrading the UV technology to larger-scale seed irradiation

Application of excilamps in agriculture and animal breeding (review)

The paper provides a review of research data on applications of XeCl excilamps in agriculture and animal breeding. The data demonstrate a favorable effect of radiation produced by the excilamps on the fertility of animals (outbred mice and pigs) and on the growth of plants (flaxes, potatoes, carrots, cucumbers, conifers). Excilamp models adapted specially for use in stock-raising and grain storage complexes are now available. The research data obtained in 2012-2015 suggest that XeCl excilamps hold promise for prevention of diseases in indoor-housed pigs and for pre-sowing seed preparation

Presowing XeCl excilamp irradiation of crops: field research and prospects

Here we present research data demonstrating how crop seeds response to ultraviolet produced by a barrier-discharge XeCl* excilamp with a wavelength of 290–320 nm (82–88 %). The data show that presowing ultraviolet treatment is stimulatory to seed germination and plant growth. Ultraviolet treatment increases the seed germinability by 20–30 % and the plant fresh weight by 54 %, compared to untreated control samples, and provides a developed root system with long twisted segments. The research results are encouraging for upgrading the UV technology to larger-scale seed irradiation

Proceedings Of The 23Rd Paediatric Rheumatology European Society Congress: Part Two

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