1) widmanstatten
魏氏体
2) Widmanstatten structure of γ'
魏氏体状γ'
3) ferrite side plate
魏氏组织铁素体
1.
The results showed that the microstructures in CGHAZ of Ti-treated steel consisted chiefly of grain boundary ferrite,ferrite side plate and intragranular ferrite,but there were only grain boundary ferrite and ferrite side plate in CGHAZ of C-Mn steel.
结果表明,C-Mn钢焊接粗晶区主要为晶界铁素体+魏氏组织铁素体;钛处理钢焊接粗晶区主要为晶界铁素体+魏氏组织铁素体+晶内铁素体组织。
4) widmanstatten microstructure
魏氏组织
1.
Study on constitutive relationship for TC11 titanium alloy with thick laths widmanstatten microstructures deformed in two phase field;
粗片状魏氏组织TC11钛合金两相区本构关系研究
2.
The stress relaxation behavior of Ti-6Al-4V alloy with widmanstatten microstructure at 200℃, 400℃ and 600℃ were investigated, and microstructures before and after stress relaxation were observed by TEM.
利用弯曲应力松弛方法研究了魏氏组织Ti-6Al-4V合金200℃,400℃和600℃时的应力松弛行为,并利用TEM研究了应力松弛前后微观组织变化;宏观热力学参数结合微观组织观察初步探讨应力松弛机理。
5) Westergren
魏氏法
1.
The Result compare Test1 Automated System and Manual Westergren Method for Measaring the Erythrocyte Sedimentation Rate;
ALIFAX全自动血沉仪与经典魏氏法测定血沉结果的比较
2.
Methods:ESR of 83 in-patient children determined by Microtest1 were compared with that by classical Westergren method, meanwhile plasm samples from 50 healthy boys and 50 healthy girls were measured by Microtest1 to establish ESR reference ranges.
方法:分别应用Microtest 1自动快速血沉仪和魏氏法对来我院就诊的病孩83人同时检测ESR,对健康儿童男、女各50人应用Microtest 1自动快速血沉仪进行ESR的检测,统计健康儿童参考范围。
6) Westergren method
魏氏法
1.
Methods Use the Ves-matic 20 ESR auto-analyzer and Westergren method to test 61 samples,analyze the results,study the correlation of the results and the repetition of the instrument.
方法61份标本用自动血沉分析仪和魏氏法同时测定血沉(ESR),比较这两种方法的检测结果是否有差异,了解两种检测结果的相关性以及仪器法的测定重复性。
补充资料：魏氏体
分子式：
CAS号：
性质：又称魏氏组织(widmanstatten structure)。钢中相形态之一。通常指先共析铁素体或渗碳体加珠光体的组织。呈片状或针状。对亚共析钢，魏氏体呈片状、羽毛状、三角形或几种形态混合的铁素体构成，对过共析钢，魏氏体呈针状或杆状的渗碳体组成。一般低、中碳钢，当冷却速度适当时，都可能产生魏氏体。钢中出现魏氏体会引起钢的强度、韧性与塑性的降低，使韧脆转化温度升高。常采用退火或正火的方法细化晶粒，消除魏氏体。
CAS号：
性质：又称魏氏组织(widmanstatten structure)。钢中相形态之一。通常指先共析铁素体或渗碳体加珠光体的组织。呈片状或针状。对亚共析钢，魏氏体呈片状、羽毛状、三角形或几种形态混合的铁素体构成，对过共析钢，魏氏体呈针状或杆状的渗碳体组成。一般低、中碳钢，当冷却速度适当时，都可能产生魏氏体。钢中出现魏氏体会引起钢的强度、韧性与塑性的降低，使韧脆转化温度升高。常采用退火或正火的方法细化晶粒，消除魏氏体。
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