The influence of curing age on concrete strength has had a ripe research, but on mortar strength not perfect.
养护龄期对混凝土强度影响的研究已十分成熟，但是养护龄期对砂浆强度的影响研究并不完善。
Relationships between DC resistance of CFRM and CFRC and curing age were researched using the two-probe method.
利用直流双电极法研究了碳纤维砂浆和碳纤维混凝土的导电性能与其龄期之间的关系。
The tests show that the strength is mainly affected by the slurry density, type and dosage of fly ash and curing age.
试验结果表明，影响膏体充填材料强度的主要因素有质量分数、粉煤灰掺量种类以及养护龄期等。
Results show that:the resistance of CFRM strain sensors grows rapidly at the beginning of curing age, and then slows down.
试验结果表明，CFRM应变传感器的电阻在养护初期增长迅速，然后逐渐变慢，养护结束后很长一段时间内持续呈线性增长；
Both the sealed curing and the fog curing can reduce early age shrinkage of concrete, but the initial curing age must be emphasized.
密封养护和喷雾养护均能减小混凝土的早期收缩，但必须要强调养护的“及时性”。
With the curing age increasing, chemical binding capability of these three cements is weakening, but the physical binding capability is increasing.
随着龄期的增加，三种水泥的化学结合能力都减弱，而物理吸附能力都增强。
The relationships between DC resistance of carbon fiber reinforced mortar (CFRM) and carbon fiber reinforced concrete (CFRC) and curing age were studied by using the two-probe method.
利用直流双电极法研究了碳纤维砂浆（CFRM）和碳纤维混凝土（CFRC）的导电性能与其龄期之间的关系。
Influence of length and amount of carbon fiber, water cement ratio, curing age and moulding technology on electrical resistivity of carbon fiber cement composite were discussed experimentally.
着重探讨了碳纤维长度与掺量、水灰比、龄期及成型工艺对碳纤维增强水泥基复合材料导电性的影响。
As the increase of age, the use of mother tongue to deepen its curing process, therefore, to eliminate the interference of mother tongue will be more difficult, affected the speed of learning English.
随着年龄的增大，母语的使用加深了其固化的过程，因此，消除母语的干扰会更加困难，影响了英语学习的速度。
The compressive strength of concrete at an age t depends on the type of cement, temperature and curing conditions.
时间t时的抗压强度与水泥种类，温度以及养护条件有关。
The perfect wet curing follows the growing law of concrete at early age to prevent it from forming flaws.
混凝土浇筑成型后，其拌合水不可以损失，应采用完美湿养护，防止形成失水缺陷。
Various curing condition and different amount of water evaporated in early-age curing would lead to different strength of concrete.
早期养护条件不同，混凝土失水量不同，则混凝土中后期强度也不相同。
The system is applied in curing such skin diseases as age pigment, skin cancer and fleck.
此系统或可应用于治疗老年斑、皮肤癌、皮肤疾病等。
For the concrete which losing water is little at early-age, strengthen curing, the strength of concrete will be compensated.
对早期失水较少的混凝土，加强湿养护，混凝土强度能得到较大的补偿。
Thermal curing process in the preparation of aerated concrete under the age 5days, its strength and density grade reached the standard request to a B08 level of autoclaved aerated concrete.
在热养护工艺下制备的加气混凝土5d龄期强度和密度等级均达到了B08级蒸压加气混凝土的要求。
Standard curing periods were respectively 0, 2, 6, 27days, trial age was 28 days.
标准养护的时间分别为0天，2天，6天和27天，试验龄期均为28天。
Since the curing reaction stops when the hardener has completed reaction with the base resin, they do not go brittle with age.
硬化 剂反应完成时修复反应也停止了，他们不会随老化变的脆弱。
The factors which affect early age cracking were studied such as curing methods, workability, sand ratio and modulus of sand. Corresponding solutions were put forward.
探讨了养护条件、混凝土工作性能、砂率以及砂的细度模数等因素对混凝土早期开裂的影响，并提出了减少、避免开裂的相应措施。
Objective: To observe the clinical curative effect of the compound prescription Kushen injection and Shenmai injection in curing the old age later period patients suffering from malignant tumor.
目的：观察复方苦参注射液、参麦注射液配伍治疗老年晚期恶性肿瘤的临床疗效。
Standard curing periods were respectively 0,2,6,27days, trial age was 28 days.
标准养护的时间分别为0天，2天，6天和27天，试验龄期均为28天。
Conclusions the surgical operation treatment is still a first-selected way in curing the advanced age esophagus cancer. Place a shell into the esophagus and cure by chemotherapy is the sence.
结论手术治疗仍是高龄食管癌的首选治疗方式，其次为带膜食管支架置入和化疗。
Before curing, cured after 4 weeks, the adoption old age was clinical to assess to measure form (SCAG) to carry on assessing.
在治疗前、治疗4周后，采用老年临床评定量表(SCAG)进行评定。
The dry shrinkage rate of standard curing concrete sand mortar evidently exceeded the steam curing simples at the same age.
标养水泥砂浆的干缩率明显大于同龄期蒸养水泥砂浆试件。
The dry shrinkage rate of standard curing concrete sand mortar evidently exceeded the steam curing simples at the same age.
标养水泥砂浆的干缩率明显大于同龄期蒸养水泥砂浆试件。
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