1) residual intensity modulation
残余强度调制
1.
The residual intensity modulation(RIM) of a Y-waveguide modulator used in an interferometric fiber optic gyroscope(IFOG) directly impacts the stability of IFOG s scale factor,RIM is tested,and based on above results,RIM s characteristic formula is given.
光纤陀螺(IFOG)用相位调制器的残余强度调制(RIM)直接影响标度因子稳定性。
2) Residual strength
残余强度
1.
Study on the determination of residual strength for expansive soil;
确定膨胀土残余强度的试验研究
2.
The result shows that the installation of bolts can effectively enhance the peak and residual strength of the bolted rock body and that bolts strengthen the strength of residual of the rock body more than they do the strength of its peak Moreover,with the increase of t.
结果表明 :安设锚杆可以有效提高锚固岩体的峰值强度和残余强度 ,且锚杆对岩体残余强度的强化程度大子对峰值强度的强化程度。
3.
By the simulation test, it is proved that the function of rock bolt is to raise the residual strength of broken surrounding rock around roadway, and the broken surrounding rock is made into a reinforced arch.
通过模拟试验证明了锚固力的作用在于提高巷道周边破裂围岩的残余强度，并使锚固体形成组合拱。
3) residual modulation
残余调制
4) VSB-AM
残余边带幅度调制
5) residual compressive strength
残余抗压强度
1.
Experimental investigation on the effects of moisture content and fiber on both explosive spalling and residual compressive strength of high performance concrete(HPC) after exposure to high temperatures was presented.
研究了含湿量和纤维对高性能混凝土高温爆裂及高温后残余抗压强度的影响。
2.
This paper presented the performance of shrinkage compensating concrete exposed to high temperatures, concluding residual compressive strength and Cl--penetrability performance.
本论文研究了补偿收缩混凝土高温性能特征,包括残余抗压强度和氯离子渗透性能。
6) residual magnetic intensity
残余磁场强度
1.
Study on effect of heat treatment on residual magnetic intensity;
热处理方式对残余磁场强度的影响
补充资料：岩石残余强度
岩石残余强度
residual strength of rock
yonshr eanyu qangdIJ岩石残余强度(residual strength of:oek) 指岩石试件在单轴或三轴抗压、抗剪试验中发生宏观破坏后的最小抵抗应力。是岩石物理力学性质之一。图1中口，为在刚性试验机上作抗压试验获得的岩石残余强度，在普通材料试验机上作抗压试验，作不出峰值后区应力一应变曲线，不能获得残余强度。图2中rr为剪切试验中测得的残余强度，亦即岩石发生剪切破坏后剪切面上的摩擦应力。 以盛 只} 侧}/、 尚1/、 a卜一声一一_一一_一___‘_ O正应变舀 图l单轴或三轴压缩试验 、! 二创{l\ 世匕~一 O剪应变占 图2剪切试验 (潘长良)
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