특수아동(特殊兒童)과 특수교육(特殊敎育)

박영균 서울敎育大學校 初等敎育硏究所 1989 한국초등교육 Vol.2 No.-

장애청소년 이해교육 프로그램 개발에 관한 연구

박영균,김정렬,이혜연 한국청소년정책연구원 2000 한국청소년정책연구원 연구보고서 Vol.- No.-

고등학교 아이스하키, 축구, 골프선수들의 체력 및 심폐기능에 관한 비교 연구

박영균,강윤석 경희대학교 체육과학연구소 1997 體育學論文集 Vol.25 No.-

The purpose of this study was to investigate differences of the physical fitness and the cardiorelpiratory function between some trained Golf, Ice-Hockey and Soccer players. The subject are 12 person, repectly. I adopted the physical test and used bicycle-ergometer to understand the effect to know the physical fitness and developing states of the sampled young students. 1.Physical fitness 1)In factors of grip strength(right, left), back strength, arm sterength flexion(right, left), arm sterength extension(right. left), leg sterength flexion(right, left) and leg strength extension(Belt) It showed that were not any remarkable difference between Golf, Ice-Hockey and Soccer group at rest and maximum exorcise. 2)In factors of showed in Soccer player 117.95±17.89kg, Ice-Hockey player 98.13±12.41kg, Golf player 92.65±18.86kg. Among these group there was significantly(P<.01). 3)In factors of leg srength extension(right) showed in Soccer player 59.80± 7.04kg. Ice-Hockey player 58.75±7.47kg, Golf playel 51.30±10.13kg. Among these group there was significantly(p<.05). 4)In factors of sit-up showed in Soccer player 59.00±7.77n/min, Ice-Hockey player 51.25±11.27n/min, Golf player 42.20±7.94n/min, Among these group there was significantly(p<.01). 5)In factors of sargent jump showed in Soccer player 50.70±4.99cm, Ice-Hockey player 45.42±5.12cm. Golf player 43.00±3.02cm. Among these gruop there was significantly(p.<.01). 6)In facotors of trunk flexion showed in Soccer player 17.40±5.58cm, Ice-Hockey player 11.67±8.14cm, Golf player 9.80±4.44cm, Among these group there was a notable difference(p<.001). 7)In factors of trunk flexion showed in Soccer player 17.40±5.58cm. Ice-Hockey player 11.67±8.14cm, Golf player 9.80±4.44cm. Among these group there was a notable difference(p<.05). 2.Cardiovascular 1)In Tidal volume(rest. max), Ventilation(rest, max), respiration(rest), Heart rate(max), Oxygen pulse(rest). All-out time. Oxygen Consumption(rest), ventilation of Carbon dioxide production(refit, max). Respiratory quotient(rest. max) and Oxygen Consumption per kg body weight(rest) It showed that were not any remarkable difference between Golf. Ice-Hockey. Soccer group at rest and maximum exorcise. 2)In maximum RR, It showed that there was a significant difference(p<.05) between Golf player 52.80 ± 8.02n/m. Ice-Hockey player 52.80± 8.02n/m. Soccer player 62.70± 6.99n/m. 3)In maximum HR. It showed that there were not any remarkable difference between Golf player 195.90± 11.67 beats/min 4)In maximum O2 pulse, It showed that there was a significant differences(p<.05)between Golf player 14.17±2.55ml/beats. Ice-Hockey player 17.47±3.44ml/beats, Soccer player 17.02±2.62ml/bea1s. 6)In maximum VO2, It showed that there was a significant difference(P<.05) between Golf player 2765.70±470.701/min. Ice-Hockey player 3274.42±621.881/min, Soccer player 3200.60±468.601/min. 7)In maximum VO2/W, It showed that there was a significant difference(p<.01) between Golf player 50.91±7.48ml/kg/min, 50.91±7.48ml/kg/min.

Interval Weight Training이 체지방량 및 신체밀도에 미치는 영향

박영균,허정행,함경수* 경희대학교 체육과학연구소 2000 體育學論文集 Vol.28 No.-

The purpose of this study was to investigate the effect of interval weight training on the Fat Weight and Body Density. We have selected 24 students from the K-university whom they are studying physical Education. And also divided into 2 groups; control group with 12 students and the other is Training group with 12 students. We have tried interval weight training 3 days in a week on Monday, Wednesday and Friday. To notify the changes of Body Density, We have measured subscapular, triceps, suprauliac, and Abdomen. And also to notify the changes of Fat Weight, We have measured % Fat and L.B.M(Lean Body Mass) The first measurement took before training and the second measurement took after 6 weeks of training. And the results were as follows: 1.For skinfold thickness to control group, the total of 4 parts were 42.15±11.77mm but after 6 weeks it increased to 47.05±12.19mm, but for training group it was 33.56±5.02mm but after 6 weeks training it decreased to 31.45±4.39mm. 2.For fat weight to control group, before training it's 11.17±1.98kg but after 6 weeks it increased to 12.20±2.23kg. For training group, before training 12.20±2.23kg but after 6 weeks it decreased to 9.46±2.52kg. 3.For % fat, control group before training 14.71±2.98% but after 6 weeks it increased to 15.66±3.02%. For training group, before training 13.47±2.11% but after 6 weeks it decreased to 12.52±2.74%. 4.For L.B.M(lean body mass), control group didn't show much of difference before and after the training but for the training group it showed 59.66±7.02kg before training but after 6 weeks it increased to 60.12±6.35kg. For training group, before training 59.84±3.65kg but after 6 weeks it decreased to 60.55±2.99kg.

[97-14] 청소년 자원봉사 지도자 연수과정 개발에 관한 연구

박영균 한국청소년정책연구원 1997 한국청소년정책연구원 연구보고서 Vol.- No.-

중학교 Ice-Hockey선수와 축구선수의 체력과 심폐기능에 관한 비교 연구

박영균,문재형 경희대학교 체육과학연구소 1996 體育學論文集 Vol.24 No.-

The purpose of this study was to investigate difference of the physical fitness and the cardiorespiratory function between some trained soccer and ice-hockey players. The subject are 15 persons. The results of this study are as fellow: 1)No significant difference appered in terms of the height between the 2 groups. In the weight and chest, there was a significant difference(p〈0.01) between the soccer and ice-hockey player. 2)No significant difference appered in terms of grip strength(right), leg strength extension between the 2 groups. In the grip strength(left), back strength, it showed that there was significant difference(p〈0.05) between ice-hockey player(30.93±7.44kg, 84,80± 17.82kg), and soccer player(26.03±4.86kg, 72.13±15.93kg). In the left and right arm strength flexion, it showed that there was a significant difference(p〈0.01) between ice-hockey player(25.40±6.99kg, 25.13±8.21kg) and soccer player(18.53±3.40kg, 18.13±2.59kg). 3)No significant difference appered in terms of sit-up, sargent jump, trunk flexion between the 2 groups. In the jumping & stepping test, it showed that there was significant difference(p〈.05) between ice-hockey player(22.73±8.21cm) and soccer player(24.13 ±1.92cm). 4)In the Ventilation, It showed that there was a significant difference(p〈0.01) ice-hockey player(11.18±3.15ℓ/min) and soccer player(8.09±1.79ℓ/min) at rest. In maximum VE, It showed that there were no remarkable difference between ice-hockey player(85.10±21.15ℓ/min) and soccer player(94,72±23.14ℓ/min). 5)In respiration rate, It showed that there were no remarkable difference between ice-hockey player(15.13±2.90n/min, 60.53±9.72n/min), soccer player(12.53±2.97n/min, 63.87±7.50n/min) at rest and maximum exercise. 6)In the Heart Rate, It showed that there was a notable difference(p〈0.05) between ice-hockey player(74.47±9.21beats/min) and soccer player(65.94±7.97beats/min) at rest. In maximum Heart Rate, It showed that there was a notable difference(p〈0.05) between ice-hockey player(180.50±11.34beats/min) and soccer player(189.62±9.84beats/min). 7)In the Oxygen intake per weight per min, It showed that there were no remarkable difference between ice-hockey player(5.17±0.85㎖/kg/min) and soccer player(4.83±1.01㎖/kg/min) at rest. In maximum VO2/W, It showed that there was a significant difference(p〈0.01) ice-hockey player(44.10±8.21㎖/kg/min) and soccer player(54.60±4.35㎖/kg/min). 8)In the all-out time, It showed that there were no remarkable difference ice-hockey player(974.00±217.77 sec) and soccer player(1059±241.82 sec).

體格, 體力과 피부두겹 두께와의 相關關係에 관한 연구

박영균 경희대학교 체육대학 한국체육과학연구소 1984 體育學論文集 Vol.12 No.-

This study is attempt to research the Physique, Physical Strength, Fat weight for male 57, female 18 of freshman in college of P.E, K.H.U. The results are as following; A. Physical Measurement. The values of physical measurement in sex are Body Height : male 170.71 ± 5.42 Cm, female 157.86 ±4.48 Cm Body weight : male 65.47 ±6.35 Kg, female 54.35 ±6.78 Kg Chest Girth : male 89.16 ±4.40 Cm, female 81.17 ±3.87 Cm Girth of Addominal : male 73.53 ±4.39 Cm, female 65.83 ±4.29 Cm Length of upper-Limb : male 75.81 ±6.61 Cm, female 67.36 ±2.26 Cm Length of lower-Limb : male 89.48 ±3.38 Cm, female 80.46 ±3.70 Cm Girth of Thigh : male 53.69 ± 3.23 Cm, female 53.12 ±3.16Cm Girth of Brachium : male 25.67 ±2.29 Cm, female 24.07 ±1.75 Cm Min. Girth of Crus : male 22.28 ±1.06 Cm, female 20.62 ±1.34 Cm Min. Girth of Foream : male 17.06 ±1.26 Cm, female 15.38 ±0.84 Cm B. Physical strength Measurement. The values of physical strength in sex are 100m : male 13.96 ± 6.90sec, female 17.44 ± 1.40 sec 1500m (1000m) : male 5.97 ± 0.53 min, female 4.60 ± 0.36 min Grip strength (L) : male 43.75 ± 9.89 Kg, female 27.90 ± 3.91 Kg Grip strength (R) : male 47.15 ± 9.51 Kg, female 30.18 ± 4.73 Kg Leg strength (L) : male 63.35 ± 21.84 Kg, female 37.17 ± 8.07 Kg Leg strength (R) : male 65.68 ± 18.41 Kg, female 39.28 ± 8.46 Kg Leg strength (L) : male 63.35 ± 21.84 Kg, female 37.17 土 8.07 Kg Back strength : male 133.93 ± 16.39 Kg, female 79.00 ± 13.62 Kg Front flexibility : male 17.02 ± 4.48 Kg, female 19.64 ± 3.63 Kg Back flexibility : ma1e 53.74 ± 7.63 Cm, female 50.19 ± 3.36 Kg Sergent jump : male 59.27 ±6.19 Cm, female 41.56 ± 5.02 Cm Jump step test : male 24.04 ± 2.83 freg, female 23.61 ± 1.88 freg C. Fat weight Meaurement The Valves of fat weight in Sex, Age based on Calcalating Method are Male : 18 Yr 19.25 ± 1.13 ㎜, 19 Yr 18.69 ± 1.30 ㎜ 20 Yr 18.67 ± 1.92 ㎜, 21 Yr 15.22 ± 1.40 ㎜ Female : 18 Yr 27.36 ± 3.23 ㎜, 19 Yr 27.76 ± 1.71 ㎜ 20 Yr 27.23 ± 2.07 ㎜ D. Function Measurement The Values of function in Sex are Capacity of lungs : Male : 4311.72 ± 438.76 ㏄ Female : 3027.78 ± 452.59 ㏄ Blood Pressure : Male : 69.16 ± 18.97/126.14 ± 28.13 ㎜HG Female: 65.00 ± 4.53/110.56 ± 9.78 ㎜HG Heart Rate : Male : 68.05 ± 10.59 beats/Min. 5. Correlation between body Fat weight and Physiques are in Table 5. The are high correlation in width, low correlation in length. F. Correlation between body fat weight and physical strength are in Table 6. The are reverse, or low correlation.

남북의 가치충돌 양상에 대한 예측적 연구 2: 사회공동체

박영균 건국대학교 인문학연구원 2022 통일인문학 Vol.89 No.-

This article reports on a predictive study that tracks the post-unification pattern of the values conflict between South and North Koreans. Among these values, the paper specifically addresses views on the teacher-student relationship, friendship, and occupation in the social community category. Dealing with the values conflict between North and South Koreans requires a three-dimensional combination of the North's and South's state discourses/living worlds, rather than a two-dimensional confrontation. Therefore, this study was premised upon previous research findings using focus group interviews with North Korean refugees. South Koreans generally believe that the North's idolization or system ideology will be the source of the greatest post-integration conflict; however, this has not actually caused much conflict in everyday life. In reality, North Korean refugees easily renounced their idolization or system ideology and adapted to life in the South. Additionally, the values conflict between North and South Koreans, as revealed in this study, was not reduced to a confrontation between individualism and collectivism. Rather, the northern lifestyle, characterized by self-sufficient cities, collided with the southern competitive and results-centered lifestyle. Therefore, the notable points of conflict are bias against North Korean refugees and the valuation of Southern-style views. People in the South otherize Northerners from an Orientalism perspective. The South's competitive hate culture in particular will be the biggest factor fueling values conflicts in the future. Therefore, to prevent values conflicts, it is necessary to develop an attitude that encourages learning and communicating about Northerners' culture, lifestyle, and values, based on the principles of global citizenship. 이 글은 통일 이후, 남북의 가치충돌 양상에 대한 예측적 연구를 진행하고 있다. 특히, 가치관 중에서도 이 글은 사회공동체라는 범주 아래에 사제관, 우정관, 직업관을 다루고 있다. 남북의 가치충돌을 다루기 위해서는 남/북이라는 2차원적 대립이 아니라 남-국가담론/생활세계 대 북-국가담론/생활세계라는 3차원의 조합이 필요하다. 이에 본 연구는 탈북자들의 초점 면접을 활용한 기존의 연구성과들을 기반으로 하여 진행되었다. 남쪽 사람들은 일반적으로 체제통합 이후, 북의 우상화나 체제 이데올로기가 가장 큰 충돌을 유발할 것으로 생각한다. 그러나 이것은 일상생활에서 크게 문제가 되지 않았다. 탈북자들은 우상화나 체제 이데올로기를 쉽게 포기하고 이곳의 생활에 적응했다. 또한, 본 연구가 보여준 남북 가치관의 충돌은 개인주의 대 집단주의라는 평면적인 대립이 아니었다. 오히려 자족적 도시 생활을 하는 북쪽의 삶의 양식과 극한 경쟁 속에서 성과 중심으로 이루어지는 남쪽의 삶의 양식이 서로 충돌하는 것이었다. 그러므로 주목해야 할 갈등 지점은 탈북자에 대한 편견 또는 남쪽의 일방적 가치평가였다. 남쪽 사람들은 북쪽 사람을 오리엔탈리즘적으로 타자화한다. 게다가 남쪽의 능력주의적 혐오 문화는 앞으로 가치충돌을 일으키는 가장 큰 요인이 될 것이다. 따라서 가치충돌이 방지하기 위해서는 세계 시민성에 기초하여 북쪽 사람들의 문화와 삶의 방식, 가치들을 배우고 소통하려는 자세를 길러야 한다.

청소년의 정보이용 활성화 정책 연구

박영균,성윤숙,이수진,박용미 한국청소년정책연구원 2005 한국청소년정책연구원 연구보고서 Vol.- No.-

장애아동ㆍ청소년의 삶의 질 향상을 위한 지원방안 연구Ⅰ : 총괄보고서

박영균,박은혜,이상훈,최은영,Elmar Lange,최상열 한국청소년정책연구원 2009 한국청소년정책연구원 연구보고서 Vol.- No.-