감각통합 운동프로그램이 자폐성 장애 아동의 상동행동에 미치는 효과

최진규,최진오,하성민 한국특수체육학회 2023 한국특수체육학회지 Vol.31 No.1

The stereotyped behaviors of children with autism make their social interaction very difficult and limit their social integration. The purpose of this study was to investigate the effect of a sensory integration exercise program on the reduction of motor stereotyped behavior and vocal stereotyped behavior in children with autism. Three children with autism aged 10-12 who exhibited stereotyped behaviors participated in this study, and to investigate the effect of the program, the study was conducted in three stages: baseline, intervention, and maintenance, using a multiple probe baseline design across subjects. In the baseline stage, free play activities were provided, no intervention was performed even if the child showed stereotyped behaviors, and intervention was started when the frequency of stereotyped behaviors showed a stable trend. In the intervention stage, a sensory integration exercise program was conducted for 50 minutes per session, totaling 15 sessions. In the maintenance phase, 2 weeks after the end of the intervention, whether the reduction in the frequency and duration of the stereotyped behavior of the target children was measured under the same conditions as the baseline period, the free play activity situation, was maintained. All procedures of baseline, intervention, and maintenance were videotaped and analyzed. According to the results, the sensory integration exercise program reduced motor and vocal stereotyped behaviors in children with autism and was effective in maintaining the reduced stereotyped behaviors. This study showed that the sensory integration exercise program is effective in reducing and maintaining not only motor stereotyped behaviors but also vocal stereotypes in children with autism.

콤퓨터프로그램을 利用한 貯水池桶管排除能力 檢討

崔珍奎 전북대학교 농업과학기술연구소 1984 農大論文集 Vol.15 No.-

This study was conducted to determine the height of cofferdam in the designs of small dams by using the computer program on the general process of the simulation of the timely storage elevation from the inflow and ontflow through the conduit. The obtained results are summarized as follows; 1. The volume of storage with input data was calculated in short time in accordance with various conditions of D.W.L. 2. The difference of max. water level and time between handed and computer operation was little, the more the time interval and water level are subdivided into small parts, the more the values of result are accurate. 3. This program can be applied on the case of open, channel as triangular and trapozoidal types besides the fore-mentioned types if only appending some subroutines.

天父天兄의 下凡과 上帝會의 變化 - 金田起義 準備와 天兄의 役割을 中心으로 -

崔震奎 범한철학회 1997 汎韓哲學 Vol.15 No.-

가축분뇨 퇴비가 시비된 밭 표면유출수의 총질소와 총인의 유출 특성

최진규,손재권,이현정,김영주,Choi, Jin Kyu,Son, Jae Gwon,Lee, Hyun Jeong,Kim, Young Joo 한국농공학회 2012 한국농공학회논문집 Vol.54 No.6

This study was carried out to runoff characteristics in an upland livestock manure compost. Irrigation, runoff and water quality data in the upland were analyzed periodically from May to November in 2011. The observed amount of rainfall, irrigation, runoff for the experimental upland during the investigation period were 1,299.7 mm, 32.0 mm, and 340.7 mm, respectively. The concentrations of T-N in compost and non-compost upland during study period were ranged from 2.09 mg/L to 6.66 mg/L and from 1.99 mg/L to 6.01 mg/L, respectively. which was generally higher than the quality standard of agricultural water (1.0 mg/L). The concentrations of T-P in compost and non-compost upland during study period were ranged from 0.069 mg/L to 0.525 mg/L and from 0.018 mg/L to 0.152 mg/L, respectively. The runoff pollutants loadings of T-N and T-P in compost upland were 10.05 kg/ha and 0.56 kg/ha, respectively. The runoff pollutants loadings of T-N and T-P in non-compost upland were 9.09 kg/ha and 0.26 kg/ha, respectively. The runoff pollutants loadings in T-N and T-P from this study were much lower values than the pollutant loadings of T-N and T-P from the upland published by the others studies. Runoff pollution loadings due to the upland field in order to identify the characteristics of various crops, farming methods and a variety of targets taking into account regional characteristics by conducting continuous monitoring runoff load estimate will be required.

分布形 有限要素模型의 小流域에의 適用

崔珍奎,李長春 전북대학교 농업과학기술연구소 1991 農大論文集 Vol.22 No.1

A finite element hydrologic model can Ire widely used the simulate the variation of direct runoff with any changes in land use or environmental conditions. The objectives of this study are to introduce the deterministic. distributed and event -oriented hydrologic watershed models using finite element method, and to test the applicabilities of the models to small watersheds. Of the models developed to be capable of considering a spatial variabilities of heterogeneous hydrologic characteristics to simulate storm runoff, SRAFEM and FESHM model were applied to two selected small watersheds, Yeonwha and Banweol watersheds, and compared in terms of total runoff volume, peak flow and peak time.

양수장의 농업용수 공급량 및 수질 모니터링

최진규,손재권,구자웅,윤광식,김영주,Choi Jin-kyu,Son Jae-gwon,Koo Ja-woong,Yoon Kwang-sik,Kim Young-ju 한국관개배수위원회 2000 한국관개배수논문집 Vol.7 No.1

The irrigation water supply and water quality from a pumping station were surveyed. Guiseok pumping station was selected as a monitoring site. Water level in irrigation canal was monitored continuously and water samples were taken and analyzed, periodical

먹을 수 있는 야생 약초

최진규 인간식물환경학회 2002 인간식물환경학회지 Vol.5 No.1

논流域의 流出特性 調査分析

崔珍奎,金顯榮,李鎔直 전북대학교 농업과학기술연구소 1996 農大論文集 Vol.27 No.1

This study was carried out to examine the runoff characteristics through the paddy field area, and to provide the basic data for the estimation of design flood and unit drainage water of drainage improvement and farmland consolidation. The runoff model based on storage equation was applied to the experimental field area, and simulated results were compared to the measured discharge data at drain outlet and drain canal. According to the study, in case of outflow capacity of drain outlet used with Q= 1.771.LH3/2 drain outlet showed the runoff characteristics as a weir with 0.35m-0.42m width per 3,000m2 paddy area. And rainfall loss within paddy field was fairly high, peak flow of HEC-1 model was estimated relatively higher than that of the runoff model considering the lag effect by drain outlet.

동진지구 김제간선 내 주요 용수지선의 흐름 특성

최진규,손재권,김진택,김영주,Choi, Jin-Kyu,Son, Jae-Gwon,Kim, Jin-Taek,Kim, Young-Joo 한국농공학회 2012 한국농공학회논문집 Vol.54 No.5

The study was carried out to investigate the dimension of irrigation canal, and measure the water flow of those diverted from Kimje main canal in Dongjin irrigation area. The rating curves indicating the relationships between water level and discharge of the lateral canals were induced using the measured data with high regression coefficients of 0.957~0.999 at inlet points and 0.932~0.998 at end points, respectively. And Manning's roughness coefficients were estimated as the ranged from 0.015 to 0.074 at inlet points and 0.056 to 0.089 at end points with rectangular type of concrete open irrigation canals, the Manning's roughness coefficients of the end points were less than those values of the end points, which may be considered as the deposition of the bottom sediments.

동진강 유역의 농업용수 급수체계 분석

최진규,손재권,김영주,Choi, Jin-Kyu,Son, Jae-Gwon,Kim, Young-Joo 한국농공학회 2012 한국농공학회논문집 Vol.54 No.1

This study was investigated agricultural water supply system of major agricultural waterway for Gimje canal, Jeongeup canal, Dongjin river conduit of Dongjin river basin. Furthermore, this result will be used for water resources and agricultural demand in Saemangeum reclaimed arable land. Annual precipitation for 5 years in Dongjin river basin was 1,311.7mm. The average discharges in Dongjin river basin was $1,390{\times}10^6\;m^3$ and $1,516{\times}10^6\;m^3$ and $744{\times}10^6\;m^3$ for 2,007 and 2008, respectively. Also, annual average amount of water resources was 1,861${\times}10^6\;m^3$ and $2,279{\times}10^6\;m^3$ and $1,227{\times}10^6\;m^3$ for 2,007 and 2008, respectively. Dongjin river basin water system for the analysis of agricultural water in water resources, runoff, agricultural water demand and usage surveys were analyzed, resulting in the total amount of water due to precipitation of the watershed of the $12.3{\times}10^9\;m^3$ ~$22.8{\times}10^9\;m^3$ and Dongjin River basin in waters flowing discharge is $7.4{\times}10^9\;m^3$~$16.1{\times}10^9\;m^3$, agricultural water demand and usage of each of $6.8{\times}10^9\;m^3$~$6.9{\times}10^9\;m^3$ and $4.9{\times}10^9\;m^3$~$7.1{\times}10^9\;m^3$ compared to the agricultural water demand was more likely. Agricultural water supply system in Dongjin river basin is complex because of devided branches to the main canal and branch canal. In this process, accurately assessment of water usage is very difficult. Therefore, systematic management of water resources and supply of agricultural water supply system to use the terms of the complexity and diversity by considering the appropriate level of agricultural water management systems will be needed. As a result of this study, it can be used water resources assessment in quantity, rational usefulness and basic planning of water resources development for water distribution.