高強度材料 的英文怎麼說

中文拼音 [gāoqiángdùcáiliào]
高強度材料 英文
high strength material
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 強 : 強形容詞（強硬不屈;固執） stubborn; unyielding
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 材 : 名詞1 （木料） timber 2 （泛指可以直接製成成品的東西; 材料） material 3 （供寫作或參考的資料） ma...
  • 料 : 名詞1 （材料; 原料） material; stuff 2 （喂牲口用的穀物） feed; fodder 3 （料器） glassware 4 （...
  • 高強度 : high strength高強度部件 high strength parts; 高強度材料 high strength material; 高強度磁場 high i...
  • 高強 : excel in; be master of
  • 材料 : 1. （原料） material 2. （資料） data; material 3. （適于做某種事的人才） makings; stuff
  1. Shanghai shengbaolong packing co., ltd. the main products : paper inn board, paper protect horn, slippery to ask board, container buffer air pocket, oversize sea - freight carton and special aviation carton, etc. of high strength of volume

    上海勝保隆包裝材料有限公司的主要產品為：紙棧板、紙護角、滑托板、集裝箱緩沖氣袋、超大體積的海運紙箱和特高強度的航空紙箱等。
  2. Features : 1. foam core balsa sheeted wing, fiberglass fuselage

    特點： 1輕質高強度的玻璃鋼材料機身，預先噴漆
  3. T - tail with aileron, flaps 2. foam core balsa sheeted wing, ultracote cover

    特點： 1輕質高強度的玻璃鋼材料機身，預先噴漆
  4. Features : 1. light weight balsa wing, fiberglass fuselage. 2. ultracote cover, v tail

    特點： 1輕質高強度的玻璃鋼材料機身，預先噴漆
  5. Optional accessories : esc - 30 features : 1. balsa wing and tail, fiberglass fuselage 2. ultracote cover,

    特點： 1輕質高強度的玻璃鋼材料機身，預先噴漆
  6. Features : 1. light weight balsa wing, fiberglass fuselage 2. white, red, purple available

    特點： 1輕質高強度的玻璃鋼材料機身，預先噴漆，有白紅紫
  7. Lp series chain crusher apply to fertilizer production in the block of broken, but also widely used in chemical industry, building materials, mining and other industries, aircraft used in the process of crushing the synchronous speed high - intensity resistance mo carbide chain plate, i expected out of rational design, materials uniform broken, it is not easy nien wall to facilitate cleaning

    Lp系列鏈式破碎機適用於復合肥生產中塊狀物的破碎，同時也廣泛用於化工、建材、礦山等行業，該機在粉碎過程中採用同步轉速的高強度耐?硬質合金鏈板，進出料口設計合理，破碎物料均勻，不易粘壁，便於清理。
  8. In the paper, the diabase fiber was also selected to reinforce pvc for the first time, which has high intensity, high rigidity and low cost, the diabase fiber was treated firstly, then during mixing, melting, pressing procedure, the diabase / pvc composite were prepared

    本文首次對高強度、高剛度、低成本的輝綠巖纖維增強pvc復合材料進行了研究。論文首先對輝綠巖纖維進行了表面改性，然後將改性后的輝綠巖纖維與pvc混煉、壓片制備了輝綠巖纖維pvc復合材料。
  9. High - strength thermoplastics tpu stability slice, specially designed for badminton sports, is used in the lateral heel of the shoes. it prevents accidental evagination and provides the stability of movement

    針對羽毛球運動特性，在鞋後跟外側裝置了由高強度熱塑材料製成的tpu穩定片，提供側向移動時的穩定性，防止外翻。
  10. Zhejiang, jiangxi, anhui these three provinces, and which is the origin of qianjiang river. our factory covers 30, 000square meters, producing senior melamine stuff mainly and the chinese and western style melamine pottery products and senior melamine chop stick we produce will be veryfised and with character of innocuity, insipidity, capable of alkalinityacidity ; potential of hydogen, also we can produce according to the sample our customer supply, they will be the first chioce of the family, hotel and cateen

    浙江開化萬年紅密胺製品廠座落於風景秀麗的浙贛皖三省交界的錢江源頭義烏市，工廠佔地面積3萬平方米，主要生產採用高級密胺材料，通過熱壓成型製造的具有無毒無味耐酸堿高強度等特點的中外各式密胺仿瓷具高級密胺筷。
  11. Jiangxi, anhui these three provinces, and which is the origin of qianjiang river. our factory covers 30, 000square meters, producing senior melamine stuff mainly and the chinese and western style melamine pottery products and senior melamine chop stick we produce will be veryfised and with character of innocuity, insipidity, capable of alkalinityacidity ; potential of hydogen, also we can produce according to the sample our customer supply, they will be the first chioce of the family, hotel and cateen

    浙江開化萬年紅密胺製品廠座落於風景秀麗的浙贛皖三省交界的錢江源頭義烏縣，工廠佔地面積3萬平方米，主要生產採用高級密胺材料，通過熱壓成型製造的具有無毒無味耐酸堿高強度等特點的中外各式密胺仿瓷具高級密胺筷。
  12. The killing effect on oncomelania hupensis by lixivium of pterocarya stenoptera, nerium indicum, rumex japonicus and their mixture was studied. differences of the snails mortality were studied also. the three kinds of plant material could kill the snail effectively both in spring and in autumn. but the mortality was different when the experiment is done in different seasons or with different lixivium. the effect in spring was better than that in autumn. n. indicum was the most effective among the three kinds. the effect by mixture was better than that by unitary material, and the effect by the mixture of the three kinds was better than that by two kinds. the variance analyses showed that the experiment could be modified, and some ingredients concentration in mixed lixivium could be reduced. the experiment was valuable in enhancing the power of killing the snail and saving plant material

    對楓楊、夾竹桃和土大黃以及它們的組合水浸液的滅螺效果作了比較研究，結果表明: （ 1 ）滅螺效果均隨水浸液濃度的增高而增強; （ 2 ）這3種植物材料及其組合水浸液的滅螺效果都是春季比秋季好; （ 3 ）組合水浸液的滅螺效果比單一植物材料水浸液的滅螺效果好; （ 4 ）方差分析的結果說明植物材料組合水浸液滅螺在保證滅螺效果的前提下，還可以適當降低組合水浸液中的濃度.以上結論對提高植物材料的滅螺效率和節省植物材料的使用量有著重要的意義，同時也為組建植物滅螺群落提供了有益的參考
  13. In this paper, metastable cu - al alloy powder with different aluminum content was prepared by mechanical alloying technique. high strength and high conductivity cu - al2c > 3 composites were prepared by a new type vacuum internal oxidation technique

    本文採用機械合金化法制備了不同鋁含量的亞穩態的cu - al合金粉末，採用新型真空內氧化工藝制備了不同成分的高強度高導電cu - al2o3復合材料。
  14. Partially prestressed concrete structure has been widely used in the field of civil engineering. the deformation is very important for prestressed concrete members, for they are thinner than those of reinforced concret owe to the adoption of hign - intension material and developed technic of design and construction. at present, there are some formulae for deformation in the criterion of many countries. mostly there are 3 methods in use : double linearity method, method of valid inertia and curvature integral calculus method. this article will discuss the influence of material, spa, construction form, and adjust the formula for stiffness of gb50010 - 2002 to a new uniform formula for deformation

    在土木工程領域，部分預應力混凝土結構因其良好的跨越能力和經濟性而得到了廣泛的應用，並發揮了巨大的作用。由於採用了高強度材料並進一步改善了設計和施工技術，預應力混凝土構件一般比普通鋼筋混凝土構件更為細巧，因此，撓曲變形問題顯得尤為重要起來。目前，各國規范對于部分預應力混凝土構件的變形計算均有相應的公式，變形計算的關鍵是剛度的計算。
  15. 3 : the material for the blade is high strength material. the blade is designed to be replaceable and can be grinded by customer

    3 .刀片採用特殊高強度材料和可更換式設計，用戶可以刃磨，刀片單獨有售
  16. It has solved two difficult of application and erection of high strength material in arch bridge. the cfst arch bridge has being developed quickly in our country

    鋼管混凝土結構在橋樑上的應用，同時解決了拱橋高強度材料應用和施工兩大難題，因此，鋼管混凝土拱橋在我國得到迅速的發展。
  17. Impact " is a international well - known brand, and is in enjoyment of good market report. all products are designed by experienced especially for commercial gymnasium and especial p. e. personnel

    國際著名品牌，享有良好的市場聲譽，所有產品都有經驗豐富的專家設計，選用高強度材料精心製造.專為商業健身房和專業體育工作者量身定做
  18. For long - span bridges, long - space spatial structure, high - rise buildings, high - rise tower, wind load is one of control loads for structure design, beside for the many use of kinds of the light weight and high strength material and many use of glass cladding, the problem of wind load on the building structure become more serious

    對于大跨度橋梁、大跨度空間結構、高層建築、高聳塔桅結構來說，風荷載是其結構設計中主要的控制荷載之一，同時由於各種輕質高強度材料及玻璃幕墻的大量運用，使得建築結構受風影響的問題更加突出。
  19. Using fractal dimension defining damage variable and building macro and micro - fatigue damage evolution model of structure are suggested in this paper. the variety of damage which is not easy macro - measured to ti alloy tc11 whose material structure is high intensity can reflect fatigue damage process effectively by studying the relation between fracture and structure life

    本文研究表明：採用分維數定義損傷變量，建立結構的宏細觀疲勞損傷演化模型，尤其是對于tc11鈦合金這樣的高強度材料結構，損傷量變化不易宏觀測量，可以通過斷口分維數與結構壽命關系的研究，有效地反映疲勞損傷過程。
  20. Abstract : a new method of machining tube parts was put forward and local upsetting tube parts can be manufactured by this method. it is important to raise mechanical strength, improve the quality and reduce production costs

    文摘:提出一種新的加工薄壁管類件的方法，利用該方法可以加工局部變粗的各種形狀的管類件，這對于提高工件的結構強度、材料的利用率和降低工件的重量及製造成本具有重要的意義。
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