1) microtremor observation
微动观测
1.
In order to study the seismic response characteristics of grounds and structures in west Liaoning Province or Jinzhou City,microtremor observations are carried out at 75 points in the center area with span of 10 km×10 km.
为了对中国辽西地区的地基基础和建筑物的地震反应特性进行研究,首先,对微动观测在辽西地区的时间侧面的安定性和微动观测在辽西地区的区域方面的适用性进行了试验和确认,并且得到了肯定的结果;然后,应用常时微动观测对辽西地区进行观测,并且对观测结果的准确性进行讨论;最后,根据观测结果作出卓越振动频率分布图和地基表层层厚图,再对辽西地区代表性建筑物(辽宁工学院国际交流中心)进行常时微动观测并和建筑物模型化的一次元和二次元分析结果进行比较,得到了比较一致的结果,证明了二次元模型化的正确性。
2) array merotremor observation
微动观测台阵
3) microscopic observation
微观观测
1.
Dynamic mechanical tests and microscopic observation are both valid measures in estimating if SBS polymer is dispersed and developed stably.
用不同类型的SBS与不同组分的基质沥青配伍,对改性过程中的取样用荧光显微镜进行微观观测和动态力学扫描及常规试验,发现微观观测和动态力学扫描均是判断聚合物是否稳定分散与发育的有效手段,而动态力学扫描具有更高的灵敏度,可以根据扫描结果独立判断剪切发育程度,而微观观测需与常规试验相结合方可得到较好结论。
2.
It can do microscopic observation in high temperature, high pressure and corrosive gas environment.
长距离显微镜破除了只能近距离观测的传统，使微观观测可在高温、高压、有腐蚀气体的环境中进行，可广泛用于材料微观观测、化工、医学、司法鉴定等各个领域，本文着重介绍中科院上海天文台研制成功的ＬＤＭ－Ⅱ型长距离显微镜光学、机械结构特点及各种性能指标，用户正利用其独特的功能从事各种不同领域的工作。
4) microscopy
[英][mai'krɔskəpi] [美]['maɪkrə,skopɪ]
显微观测
1.
The possibility of wheat straw treated with water and alkali solution used as bio-briquette binder was studied by orthogonal experimental method,then the briquetting mechanism of bio-briquette was studied by FTIR and microscopy.
通过正交实验研究了小麦秸秆经"水浸-碱煮"处理制备生物质型煤黏结剂的可能性,在此基础上,利用红外光谱仪和显微观测系统研究了生物质型煤的成型原理。
2.
Maize stalk and bio-briquette binder made from it were studied comparatively by FTIR,and the microstructure of bio-briquette were observed and analyzed by microscopy.
采用红外光谱对玉米秸秆原料与其经处理制得的生物质型煤黏结剂进行了对比研究,并借助显微观测系统对生物质型煤的微观结构进行了观察分析。
5) Mi-crocosmic forecast
微观预测
6) microcosmic detection
微观检测
1.
In order to get the cause of a bridge s damage,several detection methods are used:Based on the appearance observation,firstly,ultrasonicrecovery synthetical method and supersonic flaw detecting are used to progress microcosmic detection;secondly,using structural strength theory,we got its mechanics analysis;in the end,the causes of the bridge s damage are analyzed synthetically.
针对李小庄桥质量严重破损的工程事故,首先运用多种检测法对其混凝土强度进行了鉴定:在外观检测的基础上,利用超声—回弹综合法和超声波法进行了微观检测、微观分析,有效地提高了检测的准确性;然后用结构强度理论进行应力分析;最后综合分析了此桥的破损原因。
补充资料：大坝内部变形观测(见水工建筑物变形观测)
大坝内部变形观测(见水工建筑物变形观测)
daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
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