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Information Dynamic Analyses on American Football
Get PDFThis paper is concerned with the information dynamic analyses on American football games: One is the game in Eastern University American Football League, National Defense Academy vs. Chiba University, and the other is the Rice Bowl (Japan Championship)2020 Final, Fujitsu vs. Kansai University. The former game is so called one-sided one, for National Defense Academy keeps the advantageous position against Chiba University throughout the game except at the normalized time η=0.25. In the range that the normalized time η is greater than the value of 0.75, the model curve of ξ =η7 shows good agreement with game data. It is found that the game point is at the normalized time η 0.9, where the game outcome becomes definitive and is the cross point between the certainty of game outcome ξ and the uncertainty of game outcome ς. The latter game modelled by ξ=η1.5 is typical one-sided one, and the game point is at the normalized time η0.62. The two characteristic points in American football become evident through the present work, viz. (a)rules are rational and well organized, though sometimes they are too complicated, and (b)anyone can easily participate in the game not only as player, but supervisor, coach, cheer girl or member of cheering party, and/or supporter.
Physico-Chemical Analysis of Soil Samples from Beed District, Maharashtra
Get PDFfrom Beed district, Maharashtra, India. From the Beed district, ten different places were selected for study, and the soil samples were brought to the laboratory for physic-chemical analysis. These soil samples were employed for the analysis of pH, Electrical conductivity, Total organic carbon, Nitrogen, Phosphorous (P2O5), and Potassium The present study has been undertaken to find out the Physico-chemical characteristics of soil samples collected (K2O). This study revealed that at different places of some places of Beed district have medium mineral contents, and at some places, mineral contents are of high
An Efficient and One Spot Synthesis of Silica Supported Synthesis of Fluorinated 1,3,4-Thiadiazole Derivative Under Microwave Irradiation: -
Get PDFAn efficient and one pot reaction of fluorinated 1,3,4-Thiadiazole derivatives was synthesis by fluorinated aromatic carboxylic with thiosemicabazide in the presence of phosphorus oxychloride as a catalyst under Microwave irradiation with silica supported. The synthesis compound was characterized by 1H NMR, IR, and mass spectroscopic techniques. The present approach offers the advantages such as short reaction time, simplicity of the workup procedure, low cost and mild reaction condition
Formation Constant of Transition Metal Complexes with Adenosine Biomolecule and Glutamic Acid and Isoleucine Amino Acids
Get PDFFormation constants of transition metal complexes with Adenosine biomolecule, Glutamic acid and isoleucine amino acids have been studied pH metrically in 20% v/v ethyl alcohol and water medium at 30°C temperature and 0.1 M ionic strength. The proton ligand stability constant (pKa) of ligands and metal ligand stability constant (logK) of binary metal complexes were determined. It is correlated with atomic numbers, basicity of ligands, and atomic radii of metal ions. The transition metal complexes of ligands follow the Irving William natural order of stability.
 
Investigation of Ce3+ Adsorption by Sn(OH)X by the Gravimetric Method
Get PDFIn this work, the adsorption of Ce3+ by Sn(OH)2, SnO, and Sn(OH)4 was investigated. By comparing the mass of cerium oxalate caused by the adsorbed Ce3+, Sn(OH)2 and Sn(OH)4 have the ability to adsorb Ce3+, while Sn(OH)4 has a stronger adsorption capacity of Ce3+. However, SnO does not have the ability. The possible mechanism of Sn(OH)X adsorption Ce3+ was further discussed. And the result indicates that the hydroxide can adsorb cations by means of anionic groups on its surface in the solution so that the cations can be enriched on the hydroxide surface. The paper provides a new method for adjusting the microstructure of catalysts, which has a promising prospect in the field of catalysts preparation
On Measurement of Airy Waves by Tension Thread Flow Meter
No full textThis paper is concerned with measurement of Airy waves by Tension Thread Flow Meter.
The utility and potential of the Tension Thread Flow Meter to measure water particle velocity ranging from 0 to 100 mm/s in the periodic oscillatory gravity waves, have been successfully demonstrated. It is realized that Tension Thread Flow Meter can measure the velocity vector while the water particles are changing the direction from 0 to 360 . It is found that comparing with other existing flowmeters Tension Thread Flow Meter is quite suitable to measure flow velocity very close to solid boundary. It has been verified by measurements of waves with Tension Thread Flow Meter that the present data on waves show a good agreement with Airy wave theory. That is, it is inferred that both of Airy wave theory and the present flowmeter are reliable research means. It is suggested that these characteristic points together with the robustness of Tension Thread Flow Meter to be used both of laboratory and experiment are critical in the progress of flowmeter
On new classes of some nano closed sets
No full textThe aim of this paper is to introduce a new class of sets called N*μ-closed sets in Nano topological spaces and to study some of its basic properties. As applications of N*μ-closed sets, we introduce TN*μ -spaces, gTN*μ -spaces, and αTN*μ -spaces. Moreover, we obtain certain new characterizations for the TN*μ -spaces, gT N*μ -spaces, and αTN*μ -spaces
On Semi--Open Sets in Topological Spaces
No full textIn this paper, we used the notion of operator A+ for defining a new class of set which will be called semi-+-open set, besides we define the concepts of generalized semi-+-closed sets and regular generalized semi-+-closed sets. Moreover, some of their properties are shown
A significant problem and a great solution: parametric modeling for architecture with an architect approach: parametric modeling for architecture with an architect approach
No full textAbstract
This paper documents and reports an experience about the use of parametric design. The method of the parametric design is here applied like a tool to obtain a dynamic approach, with an advanced methodology that manages the complexity of the figure speeding up the processes allowing to achieve results previously unthinkable in the representation of architecture. The parametric design method has the advantage that the result of the design procedure is instantly visible after any update and in all of its aspects editable for applying enhancements. It is, therefore, easy to have hundreds of variants of the same project by adjusting the basic geometrical parameters. Underneath examples of procedures are shown by using the parametric generation of big elliptical roofing designed using Grasshopper (www.grasshopper3d.com). Grasshopper is a plugin of McNeel Rhinoceros (www.rhino3d.com). Parametric created geometries by using the method of form finding using Karamba (www.karamba3d.com) and, last but not least, examples of automatic generative geometries with versatile optimization using Karamba and Galapagos Evolutionary Solver (www.grasshopper3d.com/group/galapagos).
Dielectric Properties of Drugs at Lower Frequency Range from 3 KHz to 5 MHz by using Impedance Analyzer
No full textStudy of dielectric properties of medicinal compounds is useful for pharmaceutical industries for design, development, and modification of dosage-form. In view of this, we selected five different medicinal compounds of importance in medicine to study their dielectric properties in terms of dielectric constant, dielectric loss, and tangent loss. We used the LCR-Q meter (impedance analyzer model IM3570) for the determination of dielectric properties. Drugs were procured (A R Grade) in powder form for making Pallets. The findings in terms of the measured values of dielectric constant, dielectric loss, and tangent loss at different frequencies are presented in graphical form and result discussed