疲勞硬化 的英文怎麼說

中文拼音 [píláoyìnghuà]
疲勞硬化 英文
fatigue hardening
  • 疲 : 形容詞（疲乏; 勞累） tired; weary; exhausted
  • 勞 : Ⅰ動詞1 （勞動） work; labour 2 （煩勞） put sb to the trouble of; trouble sb with sth : 勞您費心...
  • 硬 : 形容詞1 （堅硬） hard; stiff; tough 2 （剛強; 堅定; 強硬） strong; firm; tough; obstinate 3 （勉...
  • 疲勞 : 1. （疲乏勞累） tired; fatigued; weary; become fagged 2. （機能或反應能力減弱） fatigue; strain 3. [物理學] fatigue
  • 硬化 : 1 （變硬） harden; stiffen; stiffening; indurascent; ossification; cure; curing 2 [醫學] （組織變...
  1. It contains unsatu - rated fatty acid dha & epa, helps to balance the blood lipid levels, debase cholesterol, prevent cruor, cerebral hemorrhage, cerebral thrombus and senile dementia, etc

    深海魚油俗稱「降脂靈」 ，能有效降低膽固醇和甘油三酯的含量，從而降低血液粘稠度，促進血液循環及消除疲勞，預防動脈粥樣硬化、腦溢血、腦血栓和老年癡呆，並可緩和痛風及風濕性關節炎。
  2. There are more than 80 types of autoimmune diseases including aids, lupus or systemic lupus erythematosis, rheumatoid arthritis, multiple sclerosis, insulin dependent diabetes i, myasthenia gravis, fibromyalgia, chronic fatigue syndrome, crohn ' s disease, hashimoto ' s thyroiditis, grave ' s disease, addison ' s disease, guillian barre syndrome, scleroderma, hyperthyroidism, reye ' s syndrome, etc

    大概有超過80種的疾病都跟自我免疫系統疾病有關系，包括愛滋病、紅斑狼瘡、類風濕關節炎、多發性硬化病、糖尿病i型、重癥肌無力癥、纖維肌痛癥、慢性疲勞徵候群、克隆氏癥、橋本氏甲狀腺炎、格雷氏疾病、阿狄森氏病、急性無力肢體?痹、硬皮病、甲狀腺機能亢進、雷氏癥候群等等。
  3. The anti - wearing property of chme steel is 15 percent to 35percent higher than zgmnl3, which is a widely used anti - wearing steel. the reason of the excellent mechanical properties and anti - wearing property of chme steel is that the heat treatment sturcture of chme steel is composed of tempered martensite, bainite, temper troostite, remaining austenite and carbonide

    磨面分析表明， chme鋼基體高強度，高硬度、良好的強韌性配合和碳化物硬質點的彌散分佈，磨痕細短淺小，擠塑變形區細小均勻，抵抗沖擊滑動累積塑性疲勞能力強，是其耐磨性比zgmn13高的原因。
  4. The lcf behavior of a recrystallized zircaloy - 4 plate at room temperature and 400 show that alloy has better lcf property at rt than at 400, and cyclic hardening at 400 which could be attributed to the dynamic strain aging effects. it is noticeable that the hydrided plate has the same cyclic behavior as the above unhydrided sample at room temperature

    在400下，合金錶現出與常溫下不同的循環特性，其循環穩定滯后回線出現鋸齒狀波形，且在整個疲勞過摘要程中呈現出一致循環硬化的現象，這主要是因為合金在400下發生動態應變時效效應的結果。
  5. The results show that the thermal fatigue cracks after forming propagate preferentially in the hard phase, and the propagation of crack is stoped and dulled when it meet steel basic phase

    結果表明:萌生后的熱疲勞裂紋優先在硬質相中擴展，遇到鋼基體相后受阻、鈍化。
  6. The results showed that the characteristics of cyclic hardening or softening depend to the strain loading paths and the loading parameters

    研究結果表明，低周拉扭疲勞加載下，拉與扭應加響應的硬化與軟化特性取決于應變加載路徑和加載參數。
  7. Fatigue is a widespread symptom in numerous neuroimmunological diseases like multiple sclerosis ( ms ), myasthenia gravis, morbus behcet, neurosarcoidosis, neuroborreliosis or immune vasculitis. this phenomenon is best investigated in ms

    疲勞是為數眾多的神經免疫疾病如多發性硬化（ ms ） 、重癥肌無力、貝切特病、神經肉瘤病、神經包柔螺旋體病或免疫性血管炎中的常見癥狀。
  8. It is these particles that can change nitriding layer microstructure and that accelerates the layer formation. nitrogen is infiltrated through the surface of metals and it changes the chemical components. as a result, the surface of metal has good performance with high hardness, high resistant attrition, high fatigue strength, high resistant erode and resistant die burn

    這些高能粒子可以改變滲層組織，結構和促進化學反應過程，加速滲層形成，使氮元素滲入金屬表面，從而改變金屬表面的化學成分，使之具有高硬度、高耐磨性、高疲勞強度、高腐蝕能力及抗燒傷性。
  9. Fatigue strength coefficient decreases linearly during the cyclic course ; fatigue strength exponent increases ; fatigue ductility coefficient first goes up till the maximum value at 50 % total life, and then goes down ; fatigue ductility exponent decreases during the first half cycle till its minimum value at 50 % total life and then increases in the rest cycle course ; cycle strength coefficient and cycle strain hardening exponent both decrease during the total cycle course

    結果表明： 6個基本疲勞特性參數在循環過程中都呈顯出規律性變化。疲勞強度系數呈線性減小趨勢；疲勞強度指數呈線性增大特徵；疲勞延性系數是一個先增后降的過程；而疲勞延性指數隨循環進行由初始減小到逐漸增大；循環強度系數和循環應變硬化指數在整個循環過程中都趨于減小。
  10. The second stage is a cyclic softening course, and what ' s more, the greater the strain amplitude, the greater the trend of softening

    在所有試驗條件下合金的疲勞硬化階段都很短暫，疲勞壽命的極大部分是消耗在緩慢的循環軟化階段。
  11. Through research into the low - cycle fatigue behavior of gh4145 / sq, we found out that the control of strain at any level is not a stable course but has three obvious stages. the first stage is a rapid cyclic hardening course for any strain control

    對gh4145 / sq合金在總應變幅控制下的對稱拉壓低周疲勞研究表明：在循環形變過程中合金主要表現為初始疲勞硬化、隨后疲勞軟化及最終失穩斷裂三個階段，疲勞硬化軟化行為與作用應變幅相關。
  12. It has the function of making brain healthy, improving or strengthening memory, nourishing and protecting the retina, strengthening eyesight and preventing the amblyopia, making eye bright, relieving the tire of eye, preventing the artery sclerosis of fundus of eyes

    從而達到健腦益智、改善或增強記憶，營養保護視網膜，強化視力預防弱視、明目，緩解眼睛疲勞，防止眼底動脈硬化。
  13. Surface hardness is strengthened by use of plasma nitriding technique to change microstructure of mould surface. on the basis of that, the major research works accomplished in this paper are as follows. hardness, resistant attrition, fatigue strength, resistant erode and resistant die burn of the materials are enhanced and the life of the mould is increased by five to ten times

    本人根據近年來模具工業的快速發展，模具的表面工程越來越受到普遍重視，利用等離子滲氮技術可以改變模具表面的組織結構使表面硬度得到強化，提高了材料的硬度、耐磨性、疲勞強度、抗腐蝕能力及抗燒傷性，使模具的壽命提高5 - - 10倍。
  14. The article put forward the significance, theory and technique of the driving axle testing ; thoroughly studied the fatigue mechanism of half shaft and intensified coefficient model ; and also designed hcq3. 0 computer acquisition and control hardware system based on thoroughly studying some key technology

    本文闡述了汽車驅動橋綜合性能測試的意義、原理和技術方法；分析了汽車驅動橋半軸疲勞破壞機理及其路面強化系數模型；在深入研究有關關鍵技術問題的基礎上設計了hcq3 . 0試驗臺計算機數據採集與控制硬體系統。
  15. We can see bilinear behavior from the relation - ?. diagram of fatigue life and total cyclic hysteresis energy as well as the fatigue life and half - life cyclic hysteresis energy. the divergent points both reside at the strain amplitude of 0

    根據合金的循環硬化和軟化行為，採用分段累積的方法計算材料的總滯?能比直接用半壽命滯?能乘以循環數得到的結果更符合實測值，而用疲勞特性參數計算總滯?能誤差較大。
  16. For the cyclic deformation under a given strain at room temperature, cyclic softening is usually displayed till to failure in the lower range of strain ; however, cyclic hardening is displayed in the early stage in the higher range of strain, subsequent cyclic softening in the later stage and till to failure

    對于室溫下恆應變幅的循環變形，在應變幅較低時表現為循環軟化直至疲勞破壞;在應變幅較高時，循環變形的初期為循環硬化，隨后是循環軟化直至疲勞破壞。
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