复合材料学报
複閤材料學報
복합재료학보
ACTA MATERIAE COMPOSITAE SINICA
2001年
2期
93-96
,共4页
复合材料%寿命预测%环境当量
複閤材料%壽命預測%環境噹量
복합재료%수명예측%배경당량
提出了用年积温度和年积温度当量、年积湿度和年积湿度当量、年紫外光总辐射量和年紫外光当量等表述一个地区一年中的气候条件.用于不同地区大气老化或使用老化的比较和计算.建立加速老化与大气老化(使用老化)环境条件之间的当量关系.并列举了实例.
提齣瞭用年積溫度和年積溫度噹量、年積濕度和年積濕度噹量、年紫外光總輻射量和年紫外光噹量等錶述一箇地區一年中的氣候條件.用于不同地區大氣老化或使用老化的比較和計算.建立加速老化與大氣老化(使用老化)環境條件之間的噹量關繫.併列舉瞭實例.
제출료용년적온도화년적온도당량、년적습도화년적습도당량、년자외광총복사량화년자외광당량등표술일개지구일년중적기후조건.용우불동지구대기노화혹사용노화적비교화계산.건립가속노화여대기노화(사용노화)배경조건지간적당량관계.병열거료실례.
The district climate was described as year-accumulative-temperature, year-accumulative-temperature equivalence, year-accumulative-humidity, year-accumulative-humidity equivalence, year-accumulative-UV(ultra-violet) irradiant and year-accumulative-UV irradiant equivalence in this paper. These parameters were used to calculate atmospheric aging and in-service aging among different districts. The equivalence relationship between the accelerated aging environment and the atmospheric aging environment was created in this paper, and some examples were cited in illustrating the equivalence relationship.