异常生长

yì chánɡ shēnɡ zhǎnɡ
  • abnormal growth
异常生长异常生长
  1. PDC材料超高压烧结中聚晶金刚石晶粒异常生长及其抑制机制研究

    Research on the Abnormal Growth of Diamond Crystal and the Restraining Mechanism of the Same During HP / HT Sintering of PDC

  2. 钢板预镀镍后热镀锌时完全改变了Fe-Zn相的生长顺序,明显延缓了ζ相的生长,显著抑制了活性钢热浸镀锌层的异常生长。

    The method of Ni-electrodeposited pretreatment changed the formation of Fe-Zn intermetallic compounds . The growth of ζ was greatly delayed , therefore the abnormal growth of the galvanized coating of reactive steels was eliminated .

  3. 雄蕊的异常生长是细胞减生(Hypoplasia)所致。

    It is suggested that the abnormality is due to the hypoplasia of stamens .

  4. APⅣ珠心组织出现低频率异常生长的现象,但未观察到在自然条件下由珠心细胞发育形成的不定胚。

    A low frequency of abnormal nucellar growth was observed in AP ⅳ, but no embryo developed from nucellus cell was found under natural condition .

  5. 通过向氧化铝中加入适量的亚微米级SiC并掺杂少量的MgO来抑制氧化铝晶粒的异常生长以便形成细晶结构,提高制品的力学性能,从而得到耐磨性能优异的陶瓷摩擦盘材质。

    The ceramic wear disc matrix with good wear resistance was obtained by doping some sub-micrometer SiC and MgO into Alumina to restrain the abnormal grain growth , get fine grain structure and improve the mechanical properties .

  6. 根据β〃-Al2O3大晶粒的细微结构特征,提出并讨论了在富钠液相参与下的晶粒异常生长和陶瓷双重结构的形成机理。

    On the basis of SEM observation , the abnormal grain growth in presence of soda rich liquid phase and the possible mechanism of formation of the duplex microstructure in β〃 - alumina ceramics is proposed and discussed .

  7. 通过症状指数或CA125的检测而确定的高危险性女性,可能的话应接受经阴道超声检查以查找卵巢异常生长。

    Women identified as high risk by symptom index or CA125 testing would likely undergo transvaginal ultrasound to look for abnormal growths on their ovaries .

  8. 目的:子宫内膜异位症(Endometriosis,EMs)是好发于女性生殖系统的一种具有侵袭性、激素依赖性的良性疾病,指具有生长活力的子宫内膜组织在子宫腔以外部位的异常生长。

    Objective : Endometriosis is a kind of aggressive , hormone-dependent benign disease in the female reproductive system , refers to the presence of normal endometrial mucosa ( glands and stroma ) abnormally implanted in locations other than the uterine cavity .

  9. 因为细胞的异常生长,这些基因还可能引发癌症。

    Those genes also could cause cancer because of an enhanced growth of cells .

  10. 因此,一些干细胞可能带有与癌症或者组织的异常生长相关的突变基因的双份拷贝。

    Also , such stem cells may have duplicate copies of some mutant genes that have been linked to cancer and abnormal tissue growth .

  11. 对于治疗在体外显示或不显示异常生长的杜氏假丝酵母菌株所致的试验性播散感染,这三种棘白菌素具有相似的疗效。

    The three echinocandins were similarly effective in the treatment of experimental disseminated infections with C.dubliniensis strains showing or not showing abnormal growth in vitro .

  12. 锌浴中加镍能有效抑制含0.04~0.18wt%Si的低碳钢中ζ相的异常生长;

    Adding Ni to liquid Zn bath can restrain the abnormal growth of ζ layer on the low carbon steel containing 0.04 ~ 0.18wt % Si .

  13. 答:生长参考提供的是进行比较的基础,但其所描述的模式上的偏差并不一定是异常生长的证据。

    A : A growth reference provides a basis for making comparisons but deviations from the pattern it describes are not necessarily evidence of abnormal growth .

  14. 研究人员说,钙可以减少胃肠道细胞异常生长,可能有助于减少其对大肠黏膜破坏。

    The researchers said calcium may reduce abnormal growth in cells in the gastrointestinal tract and may help reduce damage to the mucous membrane in the large intestine .

  15. 机体依靠自杀(细胞凋亡)控制异常生长的细胞,而细胞依靠自食(细胞自噬)回收所需的组分。

    The body depends on " self-killing "( apoptosis ) to repress aberrant cell growth , and cells rely on " self-eating "( autophagy ) to recycle obsolete components .

  16. 在蚕豆异常生长的植株的核型中,由M染色体次缢痕断裂所产生的随体断片高约36.63%;

    In the karyotypes of abnormally growing plants of Vicia faba , frequency of satellite fragments ( SPs ) produced by breakage of secondary constriction ( SC ) of M chromosomes is about 36.63 % ;

  17. 自噬发生在微环境紊乱之时,如:H2O2、雷帕霉素、内质网、线粒体毒素、缺氧、异常细胞生长及营养匮乏。

    Autophagy occurs in response to disordered micro environment stimuli for H2O2 , rapamycin , ER stress , mitochondrial toxins , hypoxia , abnormal cell growth , and nutrient deprivation .

  18. 身体结构中异常地生长封闭结构。

    A closed sac that develops abnormally in some body structure .

  19. 肿瘤,是分化异常、生长失控的细胞集合体,恶性肿瘤严重威胁着人们的身心健康。

    Cancer is the cell aggregation with abnormal differentiation and uncontrolled growth .

  20. 块根具异常次生生长。山地次生林喜鹊巢址选择的研究

    The Study of Magpies ' Nest-site Selection in Mountainous Region Secondary Growth Forest

  21. 异常晶粒生长的最直接原因是总体系能的改变。

    The most direct reason for abnormal grain growth is the variation of total system energy .

  22. 针对柱状晶薄膜,建立了异常晶粒生长理论模型。

    A theoretical model is proposed for the abnormal grain growth in thin films of columnar grains .

  23. 晶体表面能各向异性分析及其对薄膜中异常晶粒生长的驱动作用

    Anisotropy Analysis of Surface Energy in Crystals and Its Driving Force for Abnormal Grain Growth in Thin Films

  24. 不过美国癌症研究学会仍怀疑番茄红素是否能通过抑制异常细胞生长从而干扰肿瘤的继续生长。

    And they suspect lycopene stops the growth of tumors by interfering with abnormal cell growth , according to the American Institute for Cancer Research .

  25. 同时利用现代材料分析测试方法对氧化铝异常晶粒生长进行了深入的分析和探讨。

    At the same time , a thorough explanation and discussion on the alumina abnormal grain growth was also given based on the materials analysis technology .

  26. 对薄膜中晶粒生长(正常晶粒生长和异常晶粒生长)和织构变化进行了简单的理论分析。

    A simple theory analysis is presented for grain growth ( normal grain growth and abnormal grain growth ) and the texture change of thin films .

  27. 设计这个研究是为了得出早期环境和遗传因素对胚胎期正常和异常的生长、发育以及健康的原因分析。

    The study is designed to identify early environmental and genetic causes of normal and abnormal growth , development and health from fetal life until young adulthood .

  28. 鸟类、鱼类、两栖动物、昆虫类及蝙蝠的迁居和繁衍会被扰乱,而植物则会遭遇异常地生长期延长。

    The migration and reproduction of birds , fish , amphibians , insects and bats can be disrupted , and plants can have abnormally extended growing periods .

  29. 孕期饮洒可导致多器官系统生长发育异常和生长发育迟缓以及功能障碍,其中脑是酒精作用的最主要靶器官之一。

    Prenatal alcohol exposure can cause developmental abnormalities , growth retardation and dysfunction involved in multiple organs and systems , among which brain is one of the major target organs .

  30. 薄膜和基底之间的界面能为异常晶粒生长提供驱动力,少数具有特定取向的晶粒,在界面的作用下,快速生长。

    The driving force for the abnormal grain growth was the interface energy between the film and substrate and some of grains with proper orientation can grow faster than others .