1) physical weight loss
物理失重
2) substrate weight loss
基物失重
1.
nictitans in terms of biological efficiency, substrate weight loss, respiration-based consumption and conversion of xylem cellulose.
研究羽叶决明(Chamaecrasta nictitans)代木栽培鸡腿菇(Coprinus ovatus)对其绝对生物学效率、基物失重、呼吸消耗及木质纤维素转化的影响。
3) loss-in-weight
失重原理
4) failure physics
失效物理
1.
The principles of extenics have been used in failure analysis and product qualification in failure physics.
在失效物理中 ,将可拓学原理应用于失效分析和产品质量的评定 ,工程案例的研究表明本文提出的方法是简便、可行
2.
In view of the problem,this article first establishes a performance degradation model based on failure physics,and then integrates the performance degradation and life models to obtain a reliability model,and uses the performance data and scanty life data to estimate the reliability based on the new model.
为此,从失效物理分析的角度出发建立性能退化模型,用贝叶斯方法融合性能退化模型和寿命模型得到产品的可靠性评估模型,并基于该模型充分利用失效物理试验中的性能数据和少量的寿命数据来进行可靠性评估。
5) Physical Loss or Damage
物理损失
6) not responsible for anything lost
失物自理
补充资料：物理学危机(见物理学革命)
物理学危机(见物理学革命)
crisis in physics
谜幂咪革命奋一(c ris始inphysics)见漪理学
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条