The microstructure of the film was studied by scanning electron microscope.
用掃描電鏡觀察了膜的微觀形態(tài).
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The microstructure and its change during burning process was introduced.
介紹了木質(zhì)陶瓷的微觀結(jié)構(gòu)及其在焙烤過程中的變化機理.
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The results are important to analyses the microstructure of the rolled - piece.
這一結(jié)果可指導(dǎo)分析軋件的微觀組織變化.
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Also , the microstructure of materials changes greatly due to thermal fatigue.
熱疲勞使材料內(nèi)部的顯微結(jié)構(gòu)發(fā)生了顯著變化.
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The microstructure of the weld zone is tempered martensite zone.
熱影響區(qū)的顯微組織主要為回火馬氏體;熔合線結(jié)合良好,組織均勻.
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The microstructure and wear resistance of thixoformed AZ 91 D alloy were investigated.
研究了AZ91D鎂合金的組織和磨損性能.
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Big deformability was more related with its microstructure, plasticity, and shear strength.
冷鐓頭劇烈變形能力與合金組織 、 塑性和剪切強度關(guān)系較大.
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These changed areas ware assembled 3 D microstructure called microstereolithography fabrication.
這些作用于微米范圍組合而成立體結(jié)構(gòu)之加工技術(shù)稱為立體微影加工技術(shù).
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The microstructure and microhardness of ths laser nulted Fe - Sb alloys were studied.
研究了激光表面熔化Fe-Sb合金的顯微組織和顯微硬度.
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Study on the Preparation , Property and Application of Microstructure - controlled Metal Oxide Nanocrystals.
納米氧化物表面改性與分散技術(shù)及其在高分子摩擦材料中的應(yīng)用.
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Figure 1 Tensile strength and microstructure change during hot stamping.
熱沖壓時拉伸強度和微觀結(jié)構(gòu)的變化.
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The initial microstructure was found to be fine duplex microstructure.
蠕變前合金的顯微組織為均勻細(xì)小的雙態(tài)組織.
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Microstructure of LDPE modified asphalt exhibits some combination of LDPE and asphalt.
LDPE改性瀝青的顯微結(jié)構(gòu)顯示瀝青與LDPE有一定的結(jié)合.
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The microstructure and wear resistance of thixoformed AZ 91 Dalloy were investigated.
研究了觸變成形AZ91D鎂合金的組織和磨損性能.
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At last , the developing direction, nano - technology and microstructure design was pointed out.
而且 納米 技術(shù)和微觀結(jié)構(gòu)設(shè)計將是今后氧化鋁提高韌性的發(fā)展方向.
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