顯微組分 的英文怎麼說
中文拼音 [xiǎnwéizǔfēn]
顯微組分
英文
maceral-
Microstructure analysis of ultra low carbon bainite steel
超低碳貝氏體鋼的顯微組織分析Cyclic pressing is a new kind of densification processing, which is introduced to densify as - deposited ring of al - 20 % si / sicp. this paper includes the densification result and rule of this technics. the research shows that this technics can be successfully used to densify spray - forming porous material and can be availably adopted to improve mechanical performance and microstructure. this technics is characterized by simple equipment 、 small expense and flexible process, and these characters will make it come true to producing spray - deposited rings less costly
本文採用一種新型緻密化工藝?楔壓工藝?對噴射沉積al - 20 % si / sicp大環進行了緻密化加工，採用密度硬度分佈、抗拉強度變化和檢測顯微組織變化的實驗研究方法對其緻密化效果及該工藝規律進行了研究，通過研究表明了楔壓工藝可以成功地用來緻密化噴射沉積多孔材料，該工藝有效地提高了噴射沉積大環件的緻密度和抗拉強度並改善了組織。Following laser exposure, the samples were fixed in 4 % glutaraldehyde and sent for histologic study using eosin - staining techniques for subsequent analysis with light microscopy
在激光照射之後，樣本固定在4的戊二醛中，曙紅染色後用光顯微鏡分析進行組織學研究。By means of chemical composition analysis, hardness testing, non - metallic inclusion examination, metallographic examination, macro and micro - fractography fracture analysis were conducted
對剃齒刀斷口進行了宏、微觀檢驗、化學成分分析、硬度測試和非金屬夾雜物及顯微組織檢驗。Microstructure analysis of low carbon ductile iron
低碳球墨鑄鐵的顯微組織分析The composite roll of high speed steel has the synthetical life of over ten times more than traditional high cr cast iron roll. now the research and production of the high speed steel for roll are very drastic. in this thesis, the microstructure, heat treatment and performance of high speed steel fe - 2 % c - 4 % v - 4 % mo - 5 % cr - x % w ( wt ) are studied systematically by using metallograph, method of lattice, xrd, sem, eds and hardness
本文利用金相法（包括黑白金相和彩色金相） 、 x射線衍射（ xrd ） 、掃描電子顯微鏡（ sem ） 、能譜（ eds ）及洛氏硬度分析儀等手段，對復合軋輥用高速鋼fe - 2 c - 4 v - 4 mo - 5 cr - x w （其它部分如未作特殊註明均為質量分數）合金系的顯微組織、熱處理工藝及性能進行了系統地分析。Stereology and 3d microscopy : useful alternatives or competitors in the quantitative analysis of microstructures
體視學和三維顯微術:可選的還是相互競爭的顯微組織定量分析技術This paper deals with the magnetic acoustic emission ( mae ) characteristic of several kind of common steels. the effects of chemial composition, microstructure and stress on mae are discussed. it has been confirmed that mae tedhniqre can be used as a new non - destructive testing method
對幾種常用鋼材的磁聲發射（ mae ）特性進行了測試，研究了材料的化學成分、顯微組織及應力狀態對材料磁聲發射的影響，從而進一步證實，磁聲發射技術作為無損檢測材料的一種新方法是可行的。Abstract : this paper deals with the magnetic acoustic emission ( mae ) characteristic of several kind of common steels. the effects of chemial composition, microstructure and stress on mae are discussed. it has been confirmed that mae tedhniqre can be used as a new non - destructive testing method
文摘:對幾種常用鋼材的磁聲發射（ mae ）特性進行了測試，研究了材料的化學成分、顯微組織及應力狀態對材料磁聲發射的影響，從而進一步證實，磁聲發射技術作為無損檢測材料的一種新方法是可行的。Metallographic analysis refers to inspecting and evaluating material microstructure with all kinds of analyzing apparatuses. not only it can reveal the relation between microstructure and properties, evaluate the reliability of the technological methods, but also it is the important means to inspect the product quality, develop new material and technology
金相分析主要是利用各種顯微鏡對材料的微觀組織結構進行檢驗和評定，它既能揭示不同顯微組織和性能的關系，又能檢驗工藝手段是否達到了預期的目的，是檢驗產品質量的依據，是發展新材料、新工藝的重要手段。Tga study of shenhua coal macerals concentrate
神華煤有機顯微組分富集物熱重研究Maceral analysis on polished surfaces of whole rocks
全巖光片顯微組分測定方法Determination of maceral group composition and minerals in coal
煤的顯微組分組和礦物測定方法Classification of macerals for bituminous coal
煙煤顯微組分分類Micro - ftir spectroscopy of macerals in coals from the tarim basin
塔里木盆地煤顯微組分顯微傅里葉紅外光譜特徵及意義Tarim basin ; micro - ftir ; macerals ; chemical structure ; thermal simulation
塔里木盆地顯微傅里葉紅外光譜顯微組分化學結構組成熱模擬Petrographic analysis of bituminous coal and anthracite - method of determining maceral group composition of bituminous coal and anthracite
煙煤和無煙煤巖相分析.第3部分:煙煤和無煙煤顯微組分測定方法Base on element and lithofacies analysis of coals, it was discussed that the relationship the kind of coal with productivity of hydrogenation reaction
在煤的工業分析、元素分析和煤巖顯微組分含量分析的基礎上，簡要討論了原料煤對煤液化的影響。Base on element and lithofacies analysis of coals, it was discusaed that the relationship the kind of coal with productivity of hydrogenation reaction
在煤的工業分析、元素分析和煤巖相顯微組分含量分析的基礎上，簡要討論了原料煤對煤液化的影響。It can be concluded that there is close relationship between composition of hydrogen - rich maceral and hydrocarbon generating quantity, and esmocollonite pay more contribution to the hydrocarbon generating process
結果表明：研究區的基質鏡質體早於樹皮體產生液態烴類，富氫顯微組分的含量與氫指數表現出很好的相關性；基質鏡質體是煤生烴作用的最大貢獻者。分享友人