1)supercooled liquid region过冷液相区
1.High strain rate compressive deformation behavior of Zr-based bulk amorphous alloy in supercooled liquid region;Zr基非晶合金在过冷液相区的高应变速率压缩变形行为
2.Constitutive equation for viscous flow behavior of Mg-based bulk metallic glass in supercooled liquid region;镁基大块非晶合金在过冷液相区流变行为本构关系
3.The forming techniques, evaluation systems and FEM application of bulk amorphous alloys in supercooled liquid region are summarized in this paper.综述了大块非晶合金在过冷液相区微塑性成形的工艺、成形性能评价及有限元技术应用方面的研究进展。
英文短句/例句
1.DEFORMATION BEHAVIOR OF SPRAY-DEPOSITED La-BASED BULK AMORPHOUS ALLOY IN SUPERCOOLED LIQUID REGION喷射成形大尺寸镧基块体非晶过冷液相区内的塑性变形行为
2.Study on the Friction Behavior and Mechanism of Zr-based Bulk Metallic Glass Superplastic Forming in the Supercooled Liquid RegionZr基大块非晶合金在过冷液相区超塑性成形的摩擦行为及机理研究
3.liquid refrigerat subcooled cycle液态制冷剂过冷循环
4.Vapor-Liquid Equilibria for Multi-component Mixed Refrigerants at Cryogenic Temperature Range;深冷温区多元混合工质汽液相平衡特性研究
5.tee coolant flow通过三通管的冷却液流
6.Surface Replication Behavior of a Mg-based Bulk Amorphous Alloy in the Supercooled Liquid Region镁基大块非晶合金在深过冷液体区间的表面复制特性
7.Experimen on cold storage with phase change based on LNG low temperature refrigerated vehicle基于液化天然气低温冷藏车的相变蓄冷实验
8.Numerical Simulation on Liquid-solid Two-phase Flow of Water Cooling Pipe in Blast Furnace Cooling Stave高炉冷却壁冷却水管内液固两相流的数值模拟
9.Experimental Research and Theoretic Analysis on Low Supercooling of Ice Storage;低过冷度冰蓄冷溶液的实验研究及理论分析
10.Dropping the temperature and the temperature close to the best, solution too cold to stimulate the eardrum can cause dizziness, nausea and discomfort.滴药的温度最好与体温相近，药液过冷刺激鼓膜能引起眩晕、恶心等不适。
11.Study on Heat-driven Thermoacoustic Cryocoolers Operating in the Cryogenic Temperature Range from Liquid Nitrogen to Liquid Hydrogen;液氮至液氢温区的热声驱动低温制冷机的研究
12.Experimental Study of the Two Stage Pulse Tube Crycooler which Maintenance Below Liquid Helium Temperature;液氦温区两级脉冲管制冷机实验研究
13.Study of a Separated Two-stage Pulse Tube Cooler Working Below Liquefied Helium Temperature;液氦温区二级分离型脉管制冷机研究
14.Investigation on local overheating of the film cooling ring for LOX/kerosene high pressure chamber液氧/煤油高压推力室液膜冷却环局部过热分析
15.The process by which a gas or vapor changes to a liquid.冷凝将气体或蒸汽转化成液体的过程
16.Vapour can be changed into liquid by cooling.蒸气可以通过冷却变成液体。
17.Dynamic simulation of cold-down process of a cold-box for LNG plantLNG液化装置冷箱降温过程的动态模拟
18.RESEARCH PROGRESS ON EFFECT OF GAS/LIQUID/SOLID THREE PHASE BOUNDARY AREA ON CATHODIC PROCESSES气/液/固三相线界面区对阴极电化学过程影响的研究进展
相关短句/例句
supercooled liquid region过冷液态区
1.The Ta added alloys exhibit a wide supercooled liquid region exceeding 60 K before crystallizati.结果表明,Ta的添加提高了Ti50Ni20Cu25Sn5合金的GFA,Mo的添加降低了该合金的GFA,Nb的添加则对该合金的GFA没有明显的影响;含Ta合金具有超过60K的宽过冷液态区(ΔTx),且其约化玻璃转变温度因子(Tg/Tm)大于含Nb合金和含Mo合金;采用常规铜模铸造法制备出了直径为1mm的(Ti0。
3)Supercooled Region深过冷液相
4)supercooled liquid region超冷液相区
1.The experiment results showed that the amorphous alloy of Fe_(74)Al_4Sn_2Nb_2P_(10)Si_4B_4 has relatively wide supercooled liquid region of 51.结果表明,Fe74Al4Sn2Nb2P10Si4B4 非晶合金具有相对较宽的超冷液相区,其ΔTx=51。
5)super-cooled liquid region过冷液态区域
6)supercooled liquid过冷液态
1.According to the result, the joint which will be avoided crystallizing should be in supercooled liquid with good thermal stabilization, superplasticity and viscous flow, at the same time, the temperature of the joint should always be under the crystallization temperature of the BMG.5Ni15的连接;根据试验结果,探讨了焊接接头保持非晶的条件,即:被焊块体非晶合金处于过冷液态,且该过冷液体具有较好的热稳定性、超塑性和粘滞性,同时接触面的温度应始终低于该非晶合金的晶化温度。
2.As a result,this can be an evidence that the transformation from the glassy state to supercooled liquid belongs to second-order transition.利用 DSC 热分析法研究了 Zr 基及78Fe-9Si-13B 非晶合金的热容随温度的变化曲线,发现 Zr 基非晶的热容温度曲线与二级相变热容变化的规律十分相似,因此可以作为玻璃态与过冷液态之间的转变属于二级相变的一个证据。
延伸阅读
过冷奥氏体转变过冷奥氏体转变transformation of undercooled austenite 有碳的扩散过程，是一种过渡型转变(见贝氏体转变)。 过冷奥氏体的珠光体转变是扩散型的相变，具有孕育 期，在此时期内过冷奥氏体没有发现任何转变的形迹。 孕育期保证了奥氏体过冷的可能性。如果保温时间足 够，则珠光体转变便进行到奥氏体分解完为止(见珠光 体转变)。约在500~600℃时，碳素钢的孕育期最短， 珠光体转变速度最快，高于或低于此温度孕育期就增 长了，珠光体转变速度也缓慢了。已过冷到超过孕育期 最短点的过冷奥氏体，即使较缓慢冷却也能到达马氏 体转变点Ms，共析碳素钢这一温度约在220℃左右， 当过冷奥氏体到达这一温度时，开始发生马氏体转 变。 这三类产物由于组织结构上的差异，具有不同的guoleng aoshitizhuanbian性能·在常压条件下，这三类产物的形成温度、时间和过冷奥氏体转变(t ransformati。。。f。nder一转变量，反映出钢材热处理的基本规律，即过冷奥氏体裂霜篡覆霎乙下日笔黔骂篡’裳纂若子置石彝彭，甚翼客幕荪获菜萎再品董霎童益、__.‘_.__，，一，、，_.、，一_，，、，、，一_，，.、句功r。J二七:万)上川r:i暑域然薰彝萝粼纂·撰畏髦黔篡霜盟篡馨咒态郡发生固态相变。只有当转变使体系一的自由能降低的情况下，体系才能从一个肤汁兴未黑住斗芒书豁陀井瓷十洲状态自发地转变到另一个状态。l，‘。，l~‘“】““71 11’一“11一‘“l一勺冬秘;体转变之间，即过冷奥氏体在中间温度转时间八变的产物为贝氏体。贝氏体的形成机构介二。比、卜、、l，、、。，**一一吧。，图1共析碳钢讨冷班氏休等谋转夺瀚终的关系曲线图。图上的曲线实际为时间、温度、转变曲线(time temperature transformation。urve)简称TTT曲线。因其形状与字母C相似，又称C曲线。测绘等温转变图有膨胀法、磁性法、电阻法和热分析法等。为分清转变产物的类型，正确测定时，一般均以金相一硬度法予以配合。图1为共析碳素钢的等温转变曲线。过冷奥氏体(A)随着过冷度不同，发生转变的孕育期亦不同。
