?metallograph

metallograph 發(fā)音

[[mi'tæləgrɑ:f]]

英：　　美：

metallograph 中文意思翻譯

metallograph 相似詞語(yǔ)短語(yǔ)

1、metallographer ─── n.金相學(xué)家

2、meteorographs ─── n.[氣象]氣象計

3、metallography ─── n.[材]金相學(xué)

4、allograph ─── n.代書(shū)；代理簽名；異形文字

5、meteorography ─── n.氣象計(meteorograph的變形)

6、metallographic ─── adj.金相學(xué)的，金相的

7、metallotherapy ─── n.金屬療法

8、meteorograph ─── n.[氣象]氣象計

9、metallographist ─── n.金相學(xué)家

metallograph 常見(jiàn)例句（雙語(yǔ)使用場(chǎng)景）

1、Keywords Die Casting Al Alloy;Sr Modification;Metallograph Analysis;Mechanical Properties; ─── 壓鑄鋁合金;鍶變質(zhì);金相分析;力學(xué)性能;

2、Keywords high silicon cast iron;gray iron;white iron;corrosion resistant;metallograph analysis;weight-loss; ─── 高硅鑄鐵;灰鑄鐵;白口鑄鐵;耐腐蝕性;金相分析;失重;

3、Two methods, differential thermal analysis and image analysis of metallograph, were used to semi-quantitatively determine the content of amorphous structure in this zone. ─── 論文中建立了差熱分析法和金相法兩種確定非晶組織含量的半定量 方法。

4、Influnce Factors of Uneven Noduler Graphite in Size on Blast-furnace Rapid Metallograph ─── 爐前快速金相球墨大小不均的影響因素

5、abrasive paper for metallograph ─── 金相砂紙

6、Metallograph Microscope Image Analysis Measuring System ─── 金相顯微圖像分析系統

7、The Database and Analyzing System on the Metallograph ─── 金相圖譜數據庫與分析系統

8、quenching distortion and crack of the gears were analyzed by means of metallograph and SEM. ─── 通過(guò)金相檢驗和掃描電鏡等檢測手段對齒輪淬火畸變與開(kāi)裂進(jìn)行了分析。

9、Microstructure and properties are studied by means of metallograph,SEM,XRD and microhardness. ─── 通過(guò)金相、掃描電鏡、X射線(xiàn)衍射及顯微硬度計研究了復合層的組織結構及性能。

10、The effects of nitrogen on the properties of low carbon high chromium cast iron were studied by mechanical property and wear resistance test,and metallograph analysis using OM and ESEM. ─── 通過(guò)力學(xué)性能和耐磨性能測試、金相組織觀(guān)察和ESEM形貌分析,研究了氮含量對低碳高鉻鑄鐵性能的影響。

11、Two methods of removing scratches in metallograph analysis ─── 金相分析中消除劃痕的兩種方法

12、In this paper the metallograph of BT20 titanium alloy is analyzed. ─── 本文首先分析了BT 20鈦合金的金相組織。

13、The reason of early fracture of the sheller was analysed by scanning eletron microscope and optical metallograph. ─── 采用光鏡和掃描電鏡等分析手段,對退殼器早期斷裂原因進(jìn)行了分析。

14、By means of metallograph, electronic probe, mechanical properties experiences and corrosion wear test, we analyzed the microstructure and properties of steel. ─── 通過(guò)對試樣進(jìn)行力學(xué)性能、金相、電子掃描探針、腐蝕磨蝕等一系列試驗，觀(guān)察和分析了鋼的顯微組織，研究了鋼的性能。

15、metallograph and mechanical properties ─── 金相及力學(xué)性能

16、digital metallograph ─── 數字金相照片

17、In this paper the reason of fracture of die cast dies block made of 4Cr5MoSiV1 steel is analysed by EPMA and optical metallograph. ─── 采用光學(xué)金相和電子探針?lè )治鰞x等分析手段，對4Cr5MoSiV1鋼壓鑄?；瑝K斷裂進(jìn)行了分析。

18、By examinations of metallograph, microhardness, X-ray diffraction, the author determines the boriding layer's microstructure and hardness curve. ─── 該低溫滲硼劑能較好地實(shí)現低溫滲硼,滲硼層呈梳齒狀,致密、疏松孔洞少,硼化物前沿沒(méi)有明顯的過(guò)渡區,也無(wú)明顯的富碳區;

19、In this paper,the fracture of the veering fan-shaped rocker shaft was analyzed by means of metallograph and SEM. ─── 通過(guò)金相檢驗,掃描電鏡等測試手段對轉向齒扇搖臂軸斷裂原因進(jìn)行分析。

20、In this paper,the mechanism of workpiece burn during grinding of casehardened steel and titanium alloys was studied by the use of SEM,EPMA,XPS and the metallograph analysis. ─── 本文應用SEM,EPMA、XPS及金相顯微分析等技術(shù)研究了表面硬化鋼和鈦合金的燒傷機理。

21、[Abstract] Microstructure and mechanical properties of phosphorus bearing TRIP steel were studied with static tensile tester, tint etch method and quantificational metallograph. ─── [摘要] 采用計點(diǎn)法定量金相、靜態(tài)拉伸試驗等方法，研究了含磷低硅TRIP鋼的組織和力學(xué)性能。

22、The influence on metallograph quality by CCD pixels, size and middle lens was analyzed. ─── 了CCD芯片像素水平尺寸大小和中間鏡對成像質(zhì)量的影響。

23、Traditionally, graphitization analysis is mainly performed through observing metallographic samples under microscope, and conclusions are drawn by comparing them with standard metallograph. ─── 對碳鋼部件石墨化程度的測評, 多采用傳統的方法, 就是在顯微鏡下進(jìn)行觀(guān)察并與標準圖譜相對照而得到石墨化評級結論。

24、The structure, microhardness change and element change in the zone of bonding interface were studied by means of metallograph, SEM, microhardness and EPMA, etc. ─── 采用金相、掃描電鏡、顯微硬度及電子探針顯微分析等手段對結合界面區域的組織結構、顯微硬度變化及元素擴散進(jìn)行了研究。

25、In this paper, the fracture of the veering fan-shaped rocker shaft was analyzed by means of metallograph and SEM. ─── 通過(guò)金相檢驗，掃描電鏡等測試手段對轉向齒扇搖臂軸斷裂原因進(jìn)行分析。

26、The effects of Cu and Sr elements on the mechanical properties of Al-Mg-Si based alloy sheets were studied by using metallograph,DSC,XRD,SEM and TEM. ─── 采用DSC、XRD、SEM及TEM等分析手段,研究了銅和鍶對鋁-鎂-硅基鋁合金汽車(chē)車(chē)身板材顯微組織和力學(xué)性能的影響。

27、The relation between uneven nodular graphite in size on blast - furnace rapid metallograph and graphite floatation was studied by observing metallograph. ─── 采用金相觀(guān)察法研究了球墨鑄鐵爐前快速金相球墨大小不均與石墨漂浮的關(guān)系。

28、Keywords high carbon steel （wire）;heat treatment;austenizing;metallograph hardness analysis methods; ─── 高碳鋼（絲）;熱處理;奧氏體化;金相-硬度分析法;

29、The microstructure and properties of steel SUS304 MAG welded joint was studied through metallograph observation and property tests. ─── 通過(guò)金相觀(guān)察、力學(xué)性能和耐晶間腐蝕性能試驗，研究了SUS304不銹鋼MAG焊接頭組織與性能。

30、Chemical analysis and metallograph examination were used to analyze the quenching cracking of shaft gear. ─── 運用化學(xué)分析、金相檢驗等方法,對45鋼制軸齒輪產(chǎn)生的裂紋進(jìn)行檢測分析。

31、Keywords transformation induced plasticity （TRIP）steel;granular bainite;retained austenite;color metallograph; ─── 相變誘發(fā)塑性TRIP鋼;粒狀貝氏體;殘留奧氏體;彩色金相;

32、The ZG45 half gearing circle broken during heat treatment was studied and analysed by metallograph and SEM. ─── 采用宏觀(guān)、金相和SEM等分析手段對ZG45半齒圈在熱處理過(guò)程中斷裂的原因進(jìn)行了研究和分析。

33、With respect to strength and toughness, chemistry and metallograph, the HIC performance of welds was analysed. ─── 最后結合強韌性、化學(xué)成分及金相組織等因素對焊接接頭HIC性能進(jìn)行了分析。

34、The reason of early fracture of the sheller was analysed by scanning electron microscope and optical metallograph . ─── 采用光鏡和掃描電鏡等分析手段，對退殼器早期斷裂原因進(jìn)行了分析。

35、With respect to strength and toughness, chemistry and metallograph, the HIC performance of welds was analysed. ─── 最后結合強韌性、化學(xué)成分及金相組織等因素對焊接接頭HIC性能進(jìn)行了分析。

36、Software design of steel material metallograph management system ─── 鋼鐵材料金相圖譜管理系統軟件設計

37、quantitative metallograph ─── 定量金相

38、Through the analysis of metallograph of SUS347 austenite steel specimen after rupture testing, the relationship of high temperature damage and rupture strength was studied. ─── 對SUS347奧氏體鋼持久強度試驗后的試樣進(jìn)行了金相分析,探討了高溫損傷與持久強度之間的關(guān)系。

39、Unqualified Z8A bainite nodular cast iron wedge was analyzed by chemical and metallograph analysis and was related to its cast and heat treatment process. ─── 對轉8A貝氏體球墨鑄鐵斜楔生產(chǎn)中出現的球化率和滲碳體不合格問(wèn)題進(jìn)行了分析,并從鑄造和熱處理工藝方面探討了影響材料性能的因素及改善和提高材料性能的途徑。

40、Structure and corrosion behavior of the high silicon cast iron in several different environments have been tested by means of weight-loss analysis and metallograph. ─── 采用失重分析、金相分析等試驗方法研究了高硅鑄鐵在不同環(huán)境下的耐腐蝕性能,并對高硅鑄鐵、普通灰鑄鐵及白口鑄鐵的耐腐蝕性進(jìn)行比較。

41、The quenching distortion and crack of the gears were analyzed by means of metallograph and SEM. ─── 通過(guò)金相檢驗和掃描電鏡等檢測手段對齒輪淬火畸變與開(kāi)裂進(jìn)行了分析。

42、The ZG45 half gearing circle broken during heat treatment was studied and analysed by metallograph and SEM. ─── 采用宏觀(guān)、金相和SEM等分析手段對ZG45半齒圈在熱處理過(guò)程中斷裂的原因進(jìn)行了研究和分析。

43、Keywords high silicon cast iron;corrosion behavior;metallograph;corrosion resistance;weight-loss; ─── 高硅鑄鐵;腐蝕行為;金相分析;耐蝕性;失重;

44、The microstructure and properties of steel SUS304 MAG welded joint was studied through metallograph observation and property tests. ─── 通過(guò)金相觀(guān)察、力學(xué)性能和耐晶間腐蝕性能試驗,研究了SUS304不銹鋼MAG焊接頭組織與性能。

45、The technological factors influencing the composite layers were discussed and the metallograph and the formation mechanism of composite layers were also studied. ─── 對影響復合層的諸工藝因素作了考查,初步探討了復合層的金相組織和復合層的形成機理。

46、With the methods of metallograph and TEM observations, the microstructures of two alloys after SPD were investigated. ─── 本文將這一影響 主要歸結于氫的固溶強化作用。

47、Keywords color metallograph;non-equilibrium abnormal crystal;metallic mould crashing ball; ─── 彩色金相;非平衡結晶;金屬型磨球;

48、color metallograph ─── 彩色金相照片

49、Keywords PM AlLi Alloy;heat treatment;metallograph;hardnes; ─── 鋁鋰合金;熱處理;金相組織;硬度;

50、Keywords metallograph technology;coloring;lining;structure distinguishing; ─── 金相技術(shù);著(zhù)色;襯度;組織鑒別;

51、MULTIMEDIA ANALYZING SYSTEM OF METALLOGRAPH ─── 多媒體金相圖像分析系統

52、Five series ductile iron elements of hyper eutectic,hypo eutectic,eutectic have been tested using color metallograph method. ─── 利用彩色金相對過(guò)共晶和亞共晶球鐵磨球五組試樣進(jìn)行了試驗對比。

53、Metallograph structure ─── 顯微組織分析

54、Keywords Crack Longitudinal crack Metallograph; ─── 開(kāi)裂;縱裂紋;金相;

55、metallograph analysis ─── 金相分析

56、The distribution as well as the content of the particles in N-P electroless codeposits is determined by means of conventional stereome-tric metallograph. ─── 介紹用普通的體視金相法,可以很容易地測定化學(xué)復合鍍層中固體微粒的分布形態(tài)及其含量。

57、By virtue of modern metallograph analyse technology,the size of grain,hardness and residual stress of bevel gear by closed-die cold forging is studied. ─── 借助現代冶金分析技術(shù)對閉塞冷鍛行星齒輪的晶粒尺寸、硬度變化和殘余應力分布規律進(jìn)行了研究。

58、Determine the Brinell hardness of steel at different depth,analysis the depth of determination how to affect hardness,and certify than depth of decarburization is the reason of noreliability of the hardness by metallograph. ─── 通過(guò)對中厚板不同厚度處布氏硬度的測量 ,分析測量深度對硬度的影響 ,并通過(guò)金相分析進(jìn)一步證實(shí)表面脫碳層的存在是造成硬度值不穩定的原因。

59、Keywords analysis of metallograph;image manipulation;wavelet transform; ─── 金相分析;圖像處理;小波變換;算法;

60、Keywords Computer Metallographic microscope System Electronic metallograph; ─── 關(guān)鍵詞計算機;金相顯微鏡;系統;電子金相照片;

61、Application of digital image technique to metallograph processing ─── 數字圖像技術(shù)在顯微圖像處理中的應用

62、Nitrified gear metallograph influence on bend fatigue life ─── 從顯微組織分析滲氮齒輪的彎曲疲勞壽命

63、The analysis of cross section Metallograph before and after HIPIB irradiation confirms the simulation results of energy deposition. ─── HIPIB輻照后的橫截面金相組織照片分析，證實(shí)了能量沉積模擬結果。

64、Moreover,metallograph examination and hardness measuring are made for the specimens and electronic probing imposition for the diffusion layer. ─── 結果表明,在共析溫度以下進(jìn)行催滲氮碳共滲,具有滲速快、滲層硬度高的特點(diǎn);

65、Keywords Microeletronic devices;Ball bonding;Soldering zone;Metallograph;Structure; ─── 微電子器件;球焊;焊區;金相;結構;