The purpose of this study was to compare the experimental pain threshold when used in luminous lamp radiation and nonluminous lamp radiation with healthy person. Thirty normal subjects were randomly assigned two groups: a luminous lamp radiation group, and a nonluminous lamp radiation group. The infrared lamps were applied on L3 for thirty minutes. Each group was measured for experimental pain threshold and local temperature before, 15 and 30 minute radiation. For statistical differences in change of the experimental pain threshold and local temperature due to differences in lamp ray was compared using the independent t-test. And, General linear model for profile plots test was used. The results were as: 1. Local temperature was significantly increased in the nonluminous lamp group (p<.01). 2. Experimental pain thershold was significantly increased in the luminous lamp group (p<.05),(p<.01). This study indicate that luminous lamp radiation was more effects of increase experimental pain thershold than nonluminous lamp radiation. Further study is needed to compare the effects of after period radiation.

감꼭지나방의 온도별(15, 20, 25, 3)발육과 생식에 미치는 영향을 조사하였다. 알에서 성충까지의 발육기간은 2에서 96.1일, 에서 43.2일, 3에서 34.6일이 걸렸다. 15에서는 유충기간중 모두 사망하였다. 발육영점온도는 알, 유충, 번데기, 알~성충이 각각 12.2, 13.5, 13.8, 13.4였다. 유효적산온도는 알, 유충, 번데기, 알~성충이 각각 74.0, 331.3, 160.5, 569.9일도 이었다. 부화율, 용화율 및 우화율은 에서 가장 높았다. 산란전 기간과 성충수명은 2에서 12.6일과 29.3일이며, 에서는 3.8일과 8.6일, 3에서 2.5일과 7.0일이었다. 1세대에 요하는 평균기간(T)은 온도가 높아질수록 짧았으며, 순증식률(R )은 2와 3에서 낮았다. 내적자연증가율(r )은 에서 0.066로 가장 크게 나타내었다.

The existent system of management for Measurement of Safety Cost are not effective because of the data loss and time loss and occurrence of errors through manual calculation. Therefore, tile development of the software for measurement of safety cost can solve the problem through the systematic calculation for safety cost and converting the related data to database, and also can build the strategy of the investment of Safety cost through analysing and comparing with the past data in the database. As a part of development of the software of Measurement of Safety Cost which is appropriate for the domestic environment, this study is developing a software based on Noguji method, which is one of the methods of Measurement of Safety Cost, and to appraise the efficiency of the management of Measurement of Safety Cost we will implement and improve the software in the case of the domestic enterprises.

The existent system of management for Measurement of Safety Cost are not effective because of the data loss and time loss and occurrence of errors through manual calculation. Therefore, the development of the software for measurement of safety cost can solve the problem through the systematic calculation for safety cost and converting the related data to database, and also can build the strategy of the investment of Safety cost through analysing and comparing with the past data in the database. As a part of development of the software of Measurement of Safety Cost which is appropriate for the domestic environment, this study is developing a software based on Noguji method, which is one of the methods of Measurement of Safety Cost, and to appraise the efficiency of the management of Measurement of Safety Cost we will implement and improve the software in the case of the domestic enterprises.