粗粒組織 的英文怎麼說

中文拼音 [cūlìzǔzhī]
粗粒組織 英文
coarse grain structure
  • 粗 : Ⅰ形容詞1 （長條東西直徑大的） wide （in diameter）; thick 2 （長條東西兩長邊的距離寬的） wide （i...
  • 粒 : Ⅰ名 （小圓珠形或小碎塊形物） small particles; grain; granule; pellet Ⅱ量詞（用於粒狀物）
  • 組 : Ⅰ名詞1 （由不多的人員組成的單位） group 2 （姓氏） a surname Ⅱ動詞（組織） organize; form Ⅲ量詞（...
  • 織 : 動詞（編織） knit; weave
  • 組織 : 1 （組織系統） organization; organized system 2 （組成） organize; form 3 [紡織] weave 4 [醫學] [...
  1. Application : long - termed skin problems like serious & resistent acnes, large - scaled acnes, huge acnes, huge blains and structural hardening ; and scars, marks and rough skin caused by the above problems

    適用范圍：長期肆虐臉部的嚴重痤瘡、頑痘、大面積痘、大顆粒痘、大粒膿皰囊腫、組織硬化等頑固性肌膚問題及由以上原因造成的痘疤、印痕、粗糙皮膚者。
  2. It is indicated after laser remelting, the density of the nano material infiltrated coating is improved and grain size is decreased greatly. in above researches, it is found that the nano material is distributed among general material grains to form inter - granular structure of the coating

    研究發現，在各種塗層中納米顆粒明顯填充在粗顆粒間，構成晶間型組織結構；初步測試還表明，在al _ 2o _ 3 + 13 wt
  3. To find dnaase in the earthworm the tissue extract of earthworm with different concentration reacted with rna, circular dna, linear dna for an hour at 37, then the producetion was detected by 1 % agrose gel. the tissue extract of earthworm, the tissue protein extract of earthworm and the tissue extract of earthworm without protein reacted with pbv220 - r - inf for an hour at 37, then the producetion was detected by 1 % agrose gel. 2

    雙胸蚓組織中dna酶的發現用不同濃度的雙胸蚓組織提取液與rna 、環狀dna及線狀dna在37反應1小時後用1的瓊脂糖凝膠電泳對其反應產物進行觀察；雙胸蚓組織粗提取液、雙胸蚓組織蛋白粗提取液及雙胸蚓組織去蛋白提取液分別與pbv220 - ? inf質粒37反應1小時後用1的瓊脂糖凝膠電泳對其反應產物進行觀察。
  4. The finding of dnaase in the earthworm the tissue extract of earthworm which had been diluted 28 times could digest 4 ul pbv220 - r - inf ( 6. 66 u g / ul ) completely at 37 @ in a hour but it had no effect on rna

    雙胸蚓組織中dna酶的發現28倍稀釋雙胸蚓組織粗提液37保溫1小時，可將4vlpbv220 。 y一inf質粒（ 6石6119 11l ）完全消化但對rna無消化作用。
  5. Under the same condition, the tissue extract of earthworm and the tissue protein extract of earthworm could decompose the pbv220 - r - inf completely but the tissue extract of earthworm without protein could n ' t. 2

    雙胸蚓組織粗提取液及雙胸蚓組織的蛋白提取液在37oc保溫1小時可以完全消化pbv220 p一inf質粒而雙胸蚓組織去蛋白提取液對pbv220 y一wf質粒無消化作用。
  6. 3. simpler microstructure and mechanical properties classification criterions have been established. if f1 3. 8, the grains must be large grains ; if 0 f1 < 3. 8, the grains must be medium grains ; if f1 < 0, the grains must be fine grains

    由新的表徵變量建立了更簡單明確的顯微結構和力學性能分類準則：當f _ 1 3 . 8 ，則為粗大晶粒組織；當0 f _ 1 3 . 8 ，則為中等晶粒組織；當f _ 1 0 ，則為細晶粒組織。
  7. Coarse grain structure

    粗粒組織
  8. Methods the 54th generation of transformed human embryonic tendon cells and artificial composite materials of carbon fibers ( cf ) and polyglycolic ( pga ) were co - cultured in vitro to construct tet. lt was frozen in liquid nitrogen with four kinds of cpa for 2 months. post - thawed quickly and transplanted into hind limbs of nude mice, and repaired the defects of achilles tendon. after 2, 4, 6, 8, 12 weeks, the morphological, histological, ultrastructure, short tandem repeat loci and immunohistochemistry examination were detected, and biomechanical strength of tet were examined. result tendon cell survived and could secret type i collagen after 12 weeks to transplanted into nude mice. in the group of dmso + raffmose + kh2o4, vacuole in mitochondrion degraded i tendon cell ranged in order, abundant collagen fibers were found and linked each other and the biomechanical strength was increased as time elapsed. c onclusion dmso + raffmose + kh2o4 could protect tet in deep low temperature

    組織工程肌腱制備完成後在四種抗凍劑保護下液氮凍存2月；快速復溫后植入裸鼠以修復跟腱缺損， 2 、 4 、 6 、 8 、 12周后取出，觀察形態學、組織學、電鏡和免疫組織化學變化，短串聯重復位點檢測和生物力學變化。結果實驗組組織工程肌腱體內植入12周后仍有肌腱細胞存活並分泌型膠原；隨著時間延長， 10二甲基亞碸（ dmso ） +棉子糖（ 30mmol l ） + kh _ 2po _ 4 （ 25mmol l ）組線粒體空泡減少，肌腱細胞排列整齊，膠原纖維增粗並連接，抗拉強度增高。
  9. The microstructure is coarsened under the effect of strong electromagnetic field. otherwise, for smaller particles reinforced composites, the particles in the enriched zone are denser than that of bigger particles reinforced composites, with the microstructure of matrix coarsened

    對于小尺寸顆粒增強的金屬基復合材料，顆粒富集層密集程度比大尺寸顆粒增強的金屬復合材料的富集層密集程度大，基體組織也比後者粗大。
  10. The particle - enriched zone moves outwards as the rotational rate increases. by employing steady dc magnetic field to the conventional centrifugal casting method, the distribution of particles is changed. the most uniform distribution is obtained when the magnetic density is 0. 15t

    通過向常規的離心鑄造中引入穩恆直流電磁場，基體中的顆粒分佈得到改善，磁感應強度為0 . 15t時，顆粒的分佈最為均勻，磁感應強度過大時，磁場將會引起基體組織粗化。
  11. Then, using the large - scale coarse grained soil test system, the relative density and direct shear characteristics of sand - gravel mixtures in different size distribution were tested. and the soc affecting mechanism derived from non - uniform granular material was discussed. the phenomenon can be observed that, along with the increase of non - uniform degree, the accumulate structure will become more complex, and the sliding resistance among sands will grow accordingly

    在此基礎上，利用大型粗顆粒實驗系統，測定不同非均勻系數沙石材料的相對密度和直剪特性，探討了顆粒非均勻程度對自組織臨界性影響的具體物理力學機制：隨著非均勻度的增大，散粒堆積體的顆粒結構空間分佈堆積方式的多樣性增大，顆粒滑動的摩擦耗能增加。
  12. Method a coarse grained molecular dynamics method is adopted to simulate the collapse of the biomolecules with two kinds of sequence composition

    方法基於粗粒化分子動力學模擬方法，研究均勻分子鏈和非均勻分子鏈的自組織坍塌過程。
  13. Conclusions this study will help understand the mechanisms of self - assembly and relationship between function and structure of biomolecules

    結論建立的粗粒化模型對于研究生物大分子的自組織過程，以及結構和功能的關系提供了一個有力的工具和新的思路。
  14. However, the second technology has the following disadvantages : first, data paging and tmrm generating are integrated into one modulate, next, data structures they used are very complicated and large, in addition, the work of data preprocessing is very heavy and frequently data paging need the server with high performance, at last this paging method is very difficult for implementation. as for the first technology, an important advantage of it is that the data paging and tmrm generating are not interdependent, so it will be more e asily applied in practice than the second one. as an implementation of the first technology, lindstrom introduced a method which uses quadtree and triangle binary tree to organize terrain data and adopt multithread mechanism to realize the data process

    而第一種流式處理技術盡管一次調入的數據量稍大，但其數據調度與多解析度模型的生成在功能上是相互獨立的，如果處理得當更容易在實際工程中得到成功的應用，對於它的實現， lindstrom提出了利用四叉樹及三角形二叉樹進行地形數據組織並利用多線程機制進行數據調度與簡化的流式處理方法，但該方法的缺點是：其數據結構依賴于地形的物理分割，因此數據結構龐大；多解析度模型生成的計算量也依賴於物理分割的粒度，即物理分割粒度較粗時，數據范圍增大，計算量會急劇增加；該方法不能實現模型的增量生成。
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