ultrahigh strength中文是什么意思

• 超高强度

• "ultrahigh"中文翻译    adj. 超高的。
• "strength"中文翻译    n. 1.力，力量，体力。 2.强度，浓度；长处；(要塞 ...
• "ultrahigh strength steel" 中文翻译 :    超高强度钢
• "ultrahigh-strength steel" 中文翻译 :    超高强度钢
• "ultrahigh-strength steels" 中文翻译 :    超高强度钢
• "ultrahigh" 中文翻译 :    adj. 超高的。
• "speed; ultrahigh" 中文翻译 :    特高速
• "ultrahigh altitude" 中文翻译 :    超高空
• "ultrahigh dose" 中文翻译 :    超高剂量
• "ultrahigh frequency" 中文翻译 :    【无线电】超高频。
• "ultrahigh pressure" 中文翻译 :    超高压
• "ultrahigh purity" 中文翻译 :    超高纯度; 起高纯度
• "ultrahigh reduction" 中文翻译 :    超大量衰减
• "ultrahigh reliability" 中文翻译 :    特高可靠性
• "ultrahigh resistance" 中文翻译 :    特高电阻
• "ultrahigh resolution" 中文翻译 :    超高分辨率; 起高分辨率
• "ultrahigh speed" 中文翻译 :    超高速; 特高速
• "ultrahigh temperature" 中文翻译 :    超高热; 超高温灭法; 起高温
• "ultrahigh vacuum" 中文翻译 :    超高真空
• "ultrahigh-speed" 中文翻译 :    特高速
• "be on the strength" 中文翻译 :    编在士兵册上
• "of strength" 中文翻译 :    力量的
• "on the strength" 中文翻译 :    列入编制, 是正式成员
• "on the strength of" 中文翻译 :    基于，根据; 靠...的力量; 依赖..., 凭借..., 在...的鼓励下
• "strength" 中文翻译 :    n. 1.力，力量，体力。 2.强度，浓度；长处；(要塞等的)抵抗力。 3.实力；兵力；全体人数，额定人数，编制。 4.笔力；文势。 5.(证券等的)市价坚挺。 6.〔美俚〕(可能有的)利润。 have not the strength to do it 没有气力做这个。 That will add strength to your argument. 那会增加你的辩论的力量的。 Take part in the physical exercises and build up your strength. 参加体育活动增强体力。 the strength of will 意志力。 the strength of the alcohol 这酒精的浓度。 fighting strength 战斗力。 mobilized strength 战时编制。 effective strength 实额，实际人数。 a policy of strength 实力政策。 What is your strength 你们一共有多少人？ a tower of strength 金城铁壁。 the breaking [shock, tensile] strength 抗断[抗冲、抗拉]强度。 the working strength 资用强度。 strength of draught 【机械工程】通风强度。 strength of material 材料力学。 strength of structure 构造力学。 be [be taken] on the strength 【军事】编入编制内。 below strength 不够编制。 by main strength 奋力。 in full strength 全体动员。 in (great) strength 人多势众地，用巨大力量。 on the strength 〔英口语〕在士兵名册上。 on [upon] the strength of 依赖，靠着。 up to strength 够编制。 with all one's strength 尽力。

• Current status and future directions of ultrahigh strength al - zn - mg - cu aluminum alloys
  系超高强度铝合金的研究现状与发展趋势
• Ultrahigh strength cement - based composites ( uscc ) material is a new material which was developed in 1980s
  水泥基超高强复合材料是80年代发展起来的一种新材料。
• The cement - based compound material with ultrahigh strength , high tenacity , high performance will be used more widely , and this is the research direction of cement science
  具有超高强、高韧性、高性能的水泥基复合材料必将获得更为广泛的应用，超高强水泥基新型材料的试验研究代表着水泥材料科学的研究方向。
• For example , hot - forming of the quenchable boron - alloy steel 22mnb5 can produce complex , crash - resistant parts such as bumpers and pillars with ultrahigh strength , minimum springback , and reduced sheet thickness ( see figure 2 )
  用硼钢热冲压和模具冷却的工艺出现在90年代后期，起初是用于制造一些相对简单的汽车部件，如门梁和保险杠。
• This article states the technical way to produce ultrahigh strength cement - based material ( uhscm ) , specifies the performance of composing materials in detail and their influence upon the ultrahigh strength cement - based material
  本文论述了配制超高强水泥基材料的技术思路，并详细地叙述了各组成材料的性能及其对超高强水泥基材料性能的影响。
• This article states the technical way to produce ultrahigh strength cement - based material ( uhscm ) , specifies the performance of composing materials in detail and their influence upon the ultrahigh strength cement - based material
  本文作者主要论述了配制高强水泥基复合材料的技术思路，并详细地叙述了各组成材料的性能对高强水泥基复合材料性能的影响以及利用纳米sio _ 2配置高强水泥基复合材料的可行性。
• The author of this article used orthogonal test design , arranged the test scheme scientifically , selected material carefully , at last yielded an ultrahigh strength cement - based material ( uhscm ) , whose compressive strength exceeded 100 mpa , mainly by using 42 . 5 ordinary portland cement , superfine aggregate : nano sio2 , superplasticizers and so on
  本文是在广泛阅读国内外有关资料的基础上，采用正交设计，科学地安排试验，精心选材，用42 . 5普通硅酸盐水泥、纳米sio _ 2 、高效减水剂等材料，采用常规工艺配制出了一种抗压强度超过100mpa的高强水泥基复合材料。
• Recently , cement - based material has been used not only as staple building material , but also in high - tech fields such as machine manufacture , electronic industry , aviation and aerospace . with its excellent performance which can be compared with or even surpass that of metals and organic macromolecule material , ultrahigh strength cement - based compound material , the lowest energy - consuming inorganic nonmetal material , open up its application area much wider
  最近几年来，水泥基材料己经不仅仅是应用于大宗的建筑材料方面，而且以能与金属和有机高分子材料相抗衡，甚至超越它们的优异性能进入了机械制造、电子工业以及航空航天等高技术领域，大大的拓宽了这一能耗最低的无机非金属材料的应用范围。
• The author of this article used orthogonal test design , arranged the test scheme scientifically , selected material aboratively , at last yield a ultrahigh strength cement - based material ( uhscm ) , whose compressive strength exceeded 120 mpa , mainly by using 625r ordinary portland cement , superfine aggregate - - silica fume , superplasticizers and so on
  本文在广泛阅读国内外有关资料的基础上，采用正交设计，科学地安排试验方案，精心选材，用625r普通硅酸盐水泥、超细颗粒集料硅灰、高效减水剂等材料，采用常规工艺配制出了一种抗压强度超过120mpa的超高强水泥基材料。
• With its excellent performance which can be compared with or even surpass that of metals and organic macromolecule material , ultrahigh strength cement - based compound material , the lowest energy - consuming inorganic nonmetal material , open up its application area much wider . the cement - based compound material with ultrahigh strength , high tenacity , and high performance will be used more widely , and this is the research direction of cement science
  水泥是大众建材，用量大，借鉴当今纳米技术在陶瓷和聚合物领域内的研究和应用成果，应用纳米技术对水泥进行改性的研究，可望进一步改善水泥的微观结构，以提高其物理力学性能和耐久性。