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修复修复
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  reconditioned
     With 42 wells being logged,28 wells' casing are reconditioned, which recovered control reserve 120.7×10 4t and successful rate is 92.9%.
     应用该技术先后测井 42口 ,对其中 2 8口实施套管修复 ,修复成功率达 92 .9% ,恢复控制储量达 12 0 .7× 10 4t。
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  “修复修复”译为未确定词的双语例句
     Five mutant sites of VP1 gene synthesized artificially from cattle Foot-Mouth Disease Virus (FMDV) were rectified by overlap extension with high-fidelity thermostable DNA polymerase, the rate of success was 100 percent.
     利用套叠PCR和高保真DNA聚合酶对人工合成的牛口蹄疫病毒VPI基因(FMDV-VPl,Foot-Mouth Disease Virus-VPl)的5个突变位点进行修复,修复的成功率为100%。
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     Methods:The clinical and radiography parameters of66dental implants in49patients were measured.
     方法 :对49例患者 ,66颗缺牙进行牙体种植修复 ,修复前后分别进行临床及X线检查。
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     The results showed that 12 weeks later, the defects of the YGY-experimental group were filled with the hyaline chondroid tissues;
     结果术后12周,右归饮实验组的缺损由透明软骨样组织充填,软骨及软骨下骨组织基本修复,修复的软骨组织在组织形态学上优于对照组。
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     Methods 198 teeth of 70 patients were restored with IPS-Empress 2 pressable ceramic crowns. The patients were asked to return in one week and every half year. The clinical prosthetic effect was evaluated.
     方法对70例患者的198颗牙进行IPS-Empress 2热压铸陶瓷全冠修复,修复后1周及每半年复诊1次,对其临床效果进行评价。
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     Results (1) Radiography: In the experiment group, by 12 weeks after operation, the defect was repaired by newly-formed callus, and the repairing rate was 100%. By 24 weeks postoperatively, the callus molded well, and the medullary cavity formed.
     结果①影像学结果表明,实验组术后12周新生骨痂将缺损修复,修复率100%,术后24周骨痂塑形良好。
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  相似匹配句对
     The repair of fingertip injury.
     指尖损伤的修复
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     Repair of screw axle
     螺旋轴的修复
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  reconditioned
The guard column and the injector port are then reconditioned by simply heating them for one hour at 300 °C.
      
Conditioned strains have been shown to be alterable; that is, a strain conditioned to one plant can be reconditioned to another and vice versa.
      
The results support the recommendation that boards should be reconditioned at a mean moisture content of between 15 and 20%.
      
The reconditioned sintered plate has now been used successfully 20 times, for lipid analysis without any deterioration of the excellent resolution power for complex lipid mixtures for all the solvent systems.
      
In the latter case the acidity is of little consequence as far as color is concerned.(8)That green-colored oil in cans can be reconditioned by transferring to bottles and exposing to light, whereby the original yellow color is restored.
      
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Conservation and restoration of architectural heritages in the 21st century areclosely linked not only with development of material civilization of human society, butalso with continuity of human cultural heritage. Depending on more than 50 years' experience of conservation and restoration of historic buildings, the author predicts theprospects for the cause illustrating with Russia. He discusses not only the problems ofthe concrete operating method, conservation and restoration of the special buildings,traditional...

Conservation and restoration of architectural heritages in the 21st century areclosely linked not only with development of material civilization of human society, butalso with continuity of human cultural heritage. Depending on more than 50 years' experience of conservation and restoration of historic buildings, the author predicts theprospects for the cause illustrating with Russia. He discusses not only the problems ofthe concrete operating method, conservation and restoration of the special buildings,traditional technology,nature and restoration, but also the future of restoration sciencein the 21st century in the depth of architecture and historic environment, restorationphilosophy and socialization. The author approaches the forward topic of restoration economics and restoration theory to clearly show the development prospects of therestoration cause in the 21st century.

21世纪的古建筑保护与修复不仅关系到人类社会物质文明的发展,而且与人类文化遗产的延续息息相关。本文作者凭借50多年从事文物建筑保护与修复的经验,以俄罗斯为例,对这项事业的发展前景进行了预测。作者不仅讨论了修复中具体的操作技术、单体建筑的修复与重建、传统工艺、自然与修复等问题,而且从建筑与历史环境、修复哲学、修复的社会性等深层次探讨了21世纪修复科学的未来。特别是作者对计算机辅助修复、修复经济学、修复科学理论等21世纪前沿课题的讨论,更清晰地展示了21世纪修复事业的发展前景。

It was found that healing-crystal is primary self-healing mechanism of crack by modeling researching on the self-healing process of inner crack in material 20MnMo.The self-healing process was divided into three periods: preparing for nucleation of healing-crystal,nucleation of healing-crystal grain,growing up and reconstruction of healing-crystal grain.There were three mode of nucleation of healing-crystal.The foundation of the healing-crystal mechanism is very important for the research on self-healing of inner...

It was found that healing-crystal is primary self-healing mechanism of crack by modeling researching on the self-healing process of inner crack in material 20MnMo.The self-healing process was divided into three periods: preparing for nucleation of healing-crystal,nucleation of healing-crystal grain,growing up and reconstruction of healing-crystal grain.There were three mode of nucleation of healing-crystal.The foundation of the healing-crystal mechanism is very important for the research on self-healing of inner crack during plastic working and the effect of plastic to performance.The results can be used to heal inner crack of forging and improve the quality of forging.

通过物理模拟研究20MnMo材料内部孔隙性缺陷的修复过程,建立了孔隙性缺陷高温修复的修复再结晶机理。将孔隙性缺陷修复分为3个阶段:修复再结晶晶粒形核准备、修复再结晶晶粒形核、修复再结晶晶粒长大和改建,其中修复再结晶形核主要存在3种方式。孔隙性缺陷修复再结晶机理的提出对深入研究塑性变形中缺陷修复以及塑性变形对性能的影响作用具有重要理论意义,对缺陷修复规律在生产实际中应用具有重要的实用价值。

Compared with traditional technology for recovery of soils polluted by heavy metals,phytoremediation has better economic and environmental benefit,but it has some deficiencies such as small size and low growth rate of plants in practices.For making phytoremdiation be a reliable environmental remediation technology,recently,some approaches for enhancing remediation has been reported.In the rhizosphere environment,microorganisms were discovered that had important role in phytoremediation processes.In this paper,the...

Compared with traditional technology for recovery of soils polluted by heavy metals,phytoremediation has better economic and environmental benefit,but it has some deficiencies such as small size and low growth rate of plants in practices.For making phytoremdiation be a reliable environmental remediation technology,recently,some approaches for enhancing remediation has been reported.In the rhizosphere environment,microorganisms were discovered that had important role in phytoremediation processes.In this paper,the application of hybridization,transgenic engineering and chelator in phytoremediation and role of rhizomicrobes in remediation processes were mainly described.

目前研究表明,植物修复(Phytoremediation)技术在实际重金属污染土壤的修复中还存在一些不足之处,例如植物生物量较小、生长缓慢、土壤重金属生物有效性较低等。为了使植物修复成为一个可行的环境修复技术,国内外的许多研究表明可以通过一些促进措施来提高植物修复的修复效率;同时发现根际微生物在植物修复过程中发挥着一定的作用。本文着重评述杂交育种(Hybridization)技术、转基因(Transgenic Engineering)技术、螯合剂(Chelator)在植物修复中的应用,以及细菌、菌根真菌根际微生物(Rhizomicrobes)在植物修复过程中的作用。

 
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