共相,universals
1)universals共相
1.Since the Ionian, who have pondered the world s composition 2,600 years ago, human beings have taken Humanity as a part of Nature, hence theuniversals of Nature apply to us.从2600年以前思考世界构造的爱奥尼亚学派开始,人们就认为人类是自然的一部分,因而自然的共相也适用于我们。
英文短句/例句
1.Sameness, Resemblance and Communication: An Exploration on the Ontological Role of Universality;相同·相似·相通——关于“共相”的本体论地位问题新论
2.Both complement each other, improve and develop with each other.两者相辅相成，共同发展，共同进步。
3." long - term coexistence, mutual supervision, sincere treatment with each other and the sharing of weal or woe"长期共存、互相监督、肝胆相照、荣辱与共
4."Long-tern coexistence, mutual supervision, sincere treatment with each other and the sharing of weal or woe"长期共存,互相监督,肝胆相照,荣辱与共
5.reciprocal nutritive disjunctive symbiosis相互营养的隔离共栖
6.Row [sail] in the same boat with sb.休戚相关，同舟共济
7.Living Together in Harmony, Making Common Progress和睦相处 和谐共进
8.isobaric analog resonance同质异位素相似共振
9.We"ll help each other to bridge over the difficulties.我们相互帮助共渡难关。
10.in a mutual or shared manner.以相互的或共享的方式。
11.(accounting) total debits and credits are equal.（会计学）总共的借、贷相等。
12.speak the same language:有共同语言，志趣相投
13.We"re in this thing together.我们是祸福相共的。
14.We treat each other with all sincerity, and share weal and woe.我们肝胆相照荣辱与共。
15.treat each other with all sincerity and share weal and woe肝胆相照,荣辱与共
16.The bus and the van collided.公共汽车与客货车相撞.
17.A remarkable work should be shared and its subtleties discussed.奇文共欣赏，疑义相与析。
18.Microphase separation of mixtures of two diblock copolymers两嵌段共聚物共混体系的相分离研究
相关短句/例句
eutectic Si共晶Si相
1.The effect of the solidified rate on the morphology ofeutectic Si and α-Al dendrite was studied by mean of scanning electron microscope(SEM).利用扫描电子显微镜,研究凝固速度对共晶Si相、α(Al)树枝晶形态的影响。
2.The results show that with the increase of superheat treatment temperature, the undercooling increases, and the superheat treatment results in remarkable refinement of the α-Al dendrite and the particle or fibre transition of theeutectic Si.结果表明:随着超温处理温度升高,过冷度增大;熔体超温处理使得α-Al相二次枝晶间距变小,共晶Si相颗粒化和纤维化;相同冷却速率下,熔体中Aln、Sin类原子团簇的类型和大小的变化决定了α-Al二次枝晶间距的减小。
3)eutectoid phase共析相
1.When aging temperature raises,littleeutectoid phases precipite in the alloy at different temperature,and with the emergence of needle martensite appearing.结果表明:Cu-Al-X系形状记忆合金中,Mn和Ti的加入细化了组织,并且形成了富Mn和富Ti相;随着时效温度的升高,在不同的特定温度下,Cu-24Al-3Mn-2Ti(原子分数,%)合金中会有少量的共析相析出,且伴随有针状马氏体的出现;在400℃时效后,合金的显微组织呈现最佳自协作状态,马氏体板条细密有序,富Ti和Al相均匀地弥散在组织中,合金中没有或有很少量共析产物出现。
2.The typical eutectoid alloy Cu-Al is chosen to investigate the microstructure change rule of the pre-eutectoid andeutectoid phases in it by implementing proper heat treatment and equal channel angular pressing(ECAP).以典型的共析体系合金Cu-Al合金为研究对象,对其进行了恰当的热处理和等径角变形(ECAP)处理,研究了该合金中先共析相与共析相的组织变化规律。
4)multiphase coexistence多相共存
1.Amultiphase coexistence of tetragonal and orthorh.在室温下,在30nm钛酸钡陶瓷中观测到四方相和正交相的多相共存。
2.When particle size is reduced to the nanoscale,there aremultiphase coexistences in nanocrystalline BaTiO_3 ceramics.当晶粒尺寸减小到纳米尺度时,钛酸钡陶瓷的晶体结构在不同的温度下出现了不同的多相共存。
5)phase coexistence相共存
6)Eutectic phase共晶相
1.With the help of optical microscopy,scanning electron microscopy,hardness test and electrical conductivity measurement,the distribution variation of the eutectic phase with annealing temperature of recrystallization in Al-1wt%Si alloy was observed and effect on microstructure and performance of the alloy was investigated.用光学显微镜、扫描电镜观察,硬度、电导率的测试,观察高纯Al-1wt%Si合金中共晶相分布随再结晶退火温度的变化,研究其对材料组织、硬度及电导率的影响。
延伸阅读
共相共相universal见唯名论与实在论。
