si-mn
美 
英
例句
The Si-Mn steel track plate and pin usually exist the early abrasion, one of the main reasons is the burr defect of pin hole.
硅錳鋼履帶板銷孔存在脈紋鑄造缺陷是造成履帶板與履帶銷出現(xiàn)早期磨損現(xiàn)象的根本原因之一。
TRIP properties can be obtained in low plain-carbon Si- Mn steels and biomechanical properties can also be enhanced considerably.
在低碳硅錳系結(jié)構(gòu)鋼中，也可獲得TRIP效應(yīng)，使其力學(xué)性能尤其是延伸率大幅度提高。
This article systematically expounds effects of charged manganese ore grade upon Si-Mn alloy output, manganese recovery, costs and profits.
系統(tǒng)闡述了入爐錳礦品位對硅錳合金產(chǎn)量、錳回收率、成本、利潤的影響。
Adoption of the technology for high silicon Si-Mn realizes saving energy, no pollution and excellent quality.
應(yīng)用該工藝生產(chǎn)高硅錳硅節(jié)能、無污染、產(chǎn)品質(zhì)量好。
Main ferrosilicon, silicon slag, manganese, silicon carbide, Si-Al-Ba-Ca, Si-Mn alloy, silicon barium iron and other metal.
主營硅鐵、硅渣、錳鐵、碳化硅、硅鋁鋇鈣、硅錳合金、硅鋇鐵等金屬。
Study on the Heat Treatment Process of Austempering Immediately After Intercritical Annealing of the Low Plain-Carbon Si - Mn Steel
低碳硅錳鋼亞溫等溫淬火熱處理工藝研究
Tempered Microstructure and Mechanical Properties of Ultra-high Strength Cold-Rolled Low-Carbon Si-Mn Dual Phase Steel
超高強(qiáng)低碳Si-Mn冷軋雙相鋼的回火組織和力學(xué)性能研究
Barium titanate based PTC ceramics doped by Nb-Si-Mn heterogeneous nucleation surface deposition method
鈮硅錳非均勻形核表面淀積摻雜PTC陶瓷
The Effects of Heat-Treatment Technology on Mechanical Properties of the Low Carbon Si-Mn TRIP Steel
熱處理工藝對低碳硅錳TRIP鋼力學(xué)性能的影響
Effect of Over-ageing on the Mechanical Properties and Microstructure of Cold Rolled Low Carbon Si-Mn Dual Phase Steel Sheets
過時效對低碳Si-Mn雙相鋼性能和組織的影響
Effect of Controlled Cooling Treatment on the Microstructure and Properties of Medium-high Carbon Si-Mn Steels
控冷處理對中高碳Si-Mn無碳化物貝氏體鋼的組織與性能的影響
Effect of the Softly Seething Time on the Performance of Si-Mn Steel and Parameter Optimization
靜沸騰時間對硅錳鋼性能的影響及參數(shù)優(yōu)化
Solidification Structures of High Carbon Si-Mn Cast Steel with Modification
變質(zhì)處理高碳硅錳鑄鋼的凝固組織
Effect of Strain Rate on Tensile Properties of A High Carbon Si-Mn TRIP Steel
應(yīng)變速率對高碳硅錳TRIP鋼力學(xué)性能的影響
Influence of Decarbonization Rate in Smelting Process on Performance of Si-Mn Steel
冶煉過程的脫碳速度對硅錳鋼性能的影響
Method of quantitative electron probe microanalysis on low contents of Si and Mn in steels
鋼中低含量Si、Mn的電子探針定量分析方法
Simultaneous Analysis of Multi-element in Si-Mn Alloys with X-rays fluorimetry
X射線熒光光譜法對硅錳合金中多元素的同時分析
Electrochemical Performance of Si-Mn Composites in Li-ion Battery
鋰離子電池硅-錳復(fù)合材料的電化學(xué)性能
Formation and Control of Inclusions in Si-Mn Cast Steel with High Carbon Content
高碳硅錳鑄鋼中夾雜物的形成與控制
Effect of Silicon on Microstructure and Properties of Low-Carbon Si-Mn-Cr-Mo Bainite Steel
Si對低碳貝氏體鋼組織與性能的影響
Influence of Magnetic Field on Microstructure of Fe-Si-Mn Cast Steel
磁場對鐵硅錳鑄鋼組織的影響
Tensile properties of high carbon Si-Mn TRIP steel at low strain rate
高碳硅錳TRIP鋼低應(yīng)變速率下的拉伸性能
A Study on Acid Arc Furnace Melting Process of Si-Mn Steel
酸性電弧爐熔煉硅錳鋼工藝研究
