It was the purpose of research to obtain the basic data with regard to the training effect of case that the subject, who was discontinuing conpetitive training for long time and did the conpetitive training once again. The subject did the training of the marathon race for 8 weeks. As a result, LT improved by the end of the training period. The average running speed of continuation running became fast in accordance with a training. As for in the liver function in the training period the abnormal value was seen in the training early period, it was gradually improved. However, the abnormal value was adimtted once again after the marathon running at the time of training period completion. The training effect of the resumption athlete is high, the performance was improved dramatically. With the one, the resumption athlete must pay attention sufficient to the excessive load to the liver function.

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The main purpose of this paper is to study p-adic interpolations for the generalized Euler numbers, especially in the case where the usual method of using the Koblitz measure is not valid as it stands. We show that even in this special case, if any appropriate conditions are satisfied, there exists a p-adic meromorphic function having the same interpolation property as usual. After constructing the function, we calculate the value at s=1 and deduce an analogue of Leopoldt's formula for the Kubota-Leopoldt p-adic L-functions.

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In this paper, we consider a generalization of the p-adic interpolations for the higher-order Dedekind sums by means of Dirichlet characters. Initially, we define the generalized higher-order Dedekind sums. Then, we construct a p-adic interpolating function for them, and deduce some properties of the function.

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In this paper, we propose the idea of the energy source of Mongolian, in consideration of the geographic condition and the climate condition of Mongolia, and think how to do the peculiar environments and the original tradition cultures of Mongolia based on the idea. We have obtained the conclusion that the most suitable energy formation for Mongolia is a solar battery. The small-scale, the medium-scale and the large-scale power plants with the solar battery is proposed. Especially, the large-scale power plants are important as a policy of Mongolian. Then, it is hoped that the solar battery devices used here are produced in the home country. We also described about the matters caused additionally by constructiong the large-scale power plants.

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Quantitative analysis of two components in mixed gases was performed by neural network. Deteded gases were H_2 and ethanol. The neural netwok was formed by two sensors (SnO_2,SmCo_<0.8>Mn_<0.2>O_3 sensor elements). For obiect functions of H_2 3m1 and ethanol 3μ1,output functions were H_2 2.2 and ethanol 3.2

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This paper proposes a new method to obtain the order of primary nucleation of the system which has a solubility curve in the batch cooling crystallization. The experiment utilized the cooling crystallization concerning the mixing solution of α-quizalofop-ethyl-ethyl alcohol system to confirm the method that the author is newly proposing. The measurement data could be very well disposed of by the new method and the value m=1.6 was obtained m=1.6 asthe order of nucleation.

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Lignin is one of the main structural support components of plants. It exists at about 30% in conifers. It is a biopolymer composed of complicated phenol, because it has guaiacyl propane mainly, phenyl propane and 4-hydroxy phenyl propane structures. For studying bacterial decomposition of cedar bark powders, we added excrements of silk worm, pig, cow or chicken, and the reagent of prompting human waste disposal, and extracts of earth worm, or Armdilidium (Oka dango-mushi in Japan) to specimen of cedar bark powders. To determine the effect of bacterial decomposition of lignin, A scanning electron microscope was used on specimens of cedar bark powder cultured with fungus, Cariolus versicolor et cetra, with excrements and with reagent. Then, the degree of decomposition of lignin by microbes was determined by the Klason method. In result, scanning electron micrographs revealed that a considerable amount of the surface of the cedar bark powders were greatly dissolved biologically by all the microbes mentioned above. Each single cell extracted from the mixed cells of excrements of silk worm or Armdilidium (Oka dango-mushi) was the most effective bacterial decomposer of lignin.

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The seismic design of conventional wooden houses is based on just a minimum quantity of bearing walls which can resist lateral force by earthquake. But by analyzing the research of damage in the 1995 Hyogo-ken Nanbu earthquake, it was shown that most wooden houses are destroyed mainly because of serious problems in strucural planning, especially the arrangement of bearing walls. This fact suggests there are a lot of conventional wooden houses which have serious problem like this in other regions. This paper addresses problems in structural planning by investigation for arrangement of bearing walls of conventional wooden houses which were dealt with in part1. It is shown that most of them have enough quantity of bearing walls and their arrangement is well planned for earthquakes only on the interior part of buildings ; they don't have enough bearing walls on the exterior part of buildings. These wooden houses don't have enough strength against lateral force and torsion. Though they have enough bearing walls, their arrangement is not optimal to resist lateral force and torsion as earthqukake resisting element because of too many openings on the exterior part of buildings.

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Listening comprehension plays a very important role in language learning. When we communicate in English, we cannot make ourselves understood without listening comprehension. In such sense, to listen actively is the most important skill to achieve in any language activities. This paper shows how listening comprehension will improve and how the film will provide the advantages in listening comprehension if learners choose their favorite film as a material.

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A new course of design and drawing in two units of a chemical system in colleges of technology is proposed. The rough contents are a basic drawing based on the JIS and are included the method of basic performance design of a hexagon head bolt, a hexagon nut, a steel pipe and a flange. Moreover, the new course mentioned above picked up a variable area flowmeter to use for liquid as the application of the performance design. Because a variable area flowmeter is used for places at the chemical factory, this design and drawing seems to be a most suitable education material. The design is to determine a float size, the internal diameter and the length of taper pipe which corresponds to the flow rate.

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It seldom snows in south Kyushu. Therefore, it is very effective to show unique artificial snow crystals for Junior High School Students. It's prsumable that they should have a greater interest in Science from seeing ephemeral artificial snow crystals and this extension course should contribute to increased nummbers of students preparing for an entrance examination to Miyakonojo National College of Technology, though the population of applicants has been decreasing recently. The experiment certainly cultivates creativity or originality, and gives not simple knowledge but intellectual theory. This extention course was operated by a teacher of high school physics. The project team is most important not only for industry, but for education as well. It shall be expected that this experience of forming artificial snow crystals shall be usefull for students in the future of the natural sciences or humanities.

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[in Japanese]

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