浓度增大时所成凝胶的强度下降。
The gel strength is decreased with the increase of calcium ion concentration.
磷含量升高，热敏电阻耐电压强度下降；
The more phosphorus content in deposit, the lower endurance voltage strength of PTC ceramic was.
砷污染土壤活性降低，土壤呼吸强度下降。
Their survival rate declines, the activity and respiratory rate of arsenic-polluted soil decline, too.
电刷镀镍后的零件疲劳强度下降约30%。
When the parts are brush plated with nickel, their fatigue strength decreases by 30%.
剪切速率愈大，发生冻胶强度下降的时间愈早。
The higher shear rate, the earlier reduction of strength of gel.
荧光强度下降反映线粒体氧化磷酸化功能下降。
Decline in ANS fluorescence intensity reflects the suppression in mitochondrial oxidative phosphorylation.
纤维和胶粉的复合作用使砂浆的强度下降趋势减慢。
The composite role of the fibers and rubber powder makes the decline trend of strength of mortar slow.
耐久性系数与强度下降率之间相关系数达到0.9。
Coefficient of durability and intensity decline rate will reach 0.9.
当氟化钠浓度高于3%后，托槽的抗剪粘接强度下降。
The shear bond strength decreased while the concentration of NaF was higher than 3%.
随着一次风煤粉浓度下降，K的发射谱线强度下降。
The emitted line intensity of K decreases with reducing of the concentration of pulverized coal.
本文分析了钎焊焊缝强度下降的原因，并提出改进措施。
This paper analyses the cause of strength descent of brazing weld, and proposes improving measures.
主要是位错在大孪晶中易于移动，从而造成强度下降，塑性提高。
It is mainly because that dislocation slides easily within large twin crystal, which leads to the decrease of strength and the increase in plasticity.
随着加热保温时再结晶过程的进行，钢的强度下降而塑性逐步恢复。
With the development of recrystallization, the strength of the steel decrease and the plasticity resume gradually.
由于碳纳米管与基体的界面结合强度低，使复合材料抗弯强度下降。
Because the low interface strength of carbon nanotube and metal matrix, carbon nanotube do not act as enhancements to bending.
随着纤维的皮芯比的增加和拉伸倍数的提高，纤维的磁感应强度下降。
Magnetization of the fibers reduced with increasing of draw ratio and core-sheath ratio of the fibers.
随着铁含量增加，合金的高温短时抗拉强度增加，但室温抗拉强度下降。
It is demonstrated that the high temperature temporal strength increases with the increasing of iron content while as the room temperature strength decreases.
目的比较牙科陶瓷循环和静态加载后的强度下降规律以及结构损伤差异。
Objective To compare the difference in strength degradation and morphology damage of brittle dental ceramic after static load and cyclic fatigue.
阳极电流不但使恒载荷下的不锈钢蠕变速度增加，而且使屈服强度下降。
The creep rate was increased while the yield strength was reduced by anodic dissolution.
试验说明，随着芳香母粒含量的增加，出现纺丝困难，纤维的断裂强度下降。
The spinning process became complicated and the fiber strength decreased with the addition of fragrant masterbatch.
因骨质疏松或其它疾病，比如肿瘤，使骨骼强度下降，就可能发生压缩性骨折。
Compression fractures occur in spinal vertebrae that have been weakened by osteoporosis or other conditions that weaken the bones, such as cancer.
用锰铁高炉产出的原状废渣代替部分水泥制作的砂浆试件， 强度下降幅度较大。
Original state waste residue from Fe-Mn blast furnace substituting for part cement is made into mortar specimens and the mortar strengths drop largely.
连杆小头孔中心与连杆小头孔毛坯外圆中心不同心，使一边孔壁变薄，强度下降。
Decentraction of the conn-rod small end hole center with the excircle center of the conn-rod small end hole blank, which causes the hole wall of one side getting thin with the strength dropping.
结果表明：ACR能较大幅度提高PVC的冲击强度，而其拉伸强度下降并不大。
The results showed that the impact strength of PVC was improved greatly through filling ACR, but its tensile strength was decreased slightly.
研究了变形速度，试验温度以及预先塑性变形程度对氢致表观屈服强度下降的影响。
The effect of loading rate, test temperature and pre-plastic deformation on hydrogen induced apparent yield stress reduction have been investigated.
结果表明：随着烧成温度的提高，孔隙率、气体通量及抗弯强度下降，孔径分布变宽。
The results showed that the porosity, the gas flux and cross-bending strength decreased, and the pore size distribution had a decrease with the increasing of sintering temperature.
结果表明，随着淬火温度的降低，双相钢的屈服和抗拉强度下降，同时总伸长率提高；
The results showed that the tensile strength and yield strength decrease while total elongation increases with decreasing quenching temperature.
结果表明：随着填充油用量的增加，拉伸强度下降，弹性回复增加，断裂伸长率也增大。
The results indicated that with the increase of the content of the extender oil, the tensile strength decreased, while the elasticity increased and elongation at break improved.
锥状裂纹的产生导致试件强度的首次下降，后继的更为严重的强度下降由放射状裂纹引起。
Initial strength degradation were caused by the cone cracks, subsequent and much more deleterious loss was caused by radial cracks.
碳纤维的实际强度远小于其理论计算值，导致碳纤维材料强度下降的最主要的因素是缺陷。
The experimental strength of carbon fibers is usually well below the theoretical value, and the defects are the main cause resulting in the strength fall of carbon fibers materials.
碳纤维的实际强度远小于其理论计算值，导致碳纤维材料强度下降的最主要的因素是缺陷。
The experimental strength of carbon fibers is usually well below the theoretical value, and the defects are the main cause resulting in the strength fall of carbon fibers materials.
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