parent base中文是什么意思

• 主补给基地

• "parent"中文翻译    n. 1.父亲；母亲。 2.〔pl.〕双亲；祖先。 3. ...
• "base"中文翻译    adj. 1.贱的，劣的；卑下的，低级的；卑鄙的。 2. ...
• "base (or parent, or mother) metal" 中文翻译 :    母材
• "base metal; parent metal" 中文翻译 :    母材
• "parent" 中文翻译 :    n. 1.父亲；母亲。 2.〔pl.〕双亲；祖先。 3.(动、植物的)母体，亲本。 4.根源，本源。 5.保护者。 one's parents 双亲。 parent-teacher association 【教育】家长会。 aparent bird 老鸟。 a parent company 母公司。 parent substance 亲体，母物。 a parent stem 原种。 Ignorance is the parent of many evils. 无知是许多罪恶的根源。 n. -hood 父母的身份。 -ing 育儿；生育；像父母对待子女般的照顾。
• "adopting parent" 中文翻译 :    领养父亲或领养母亲; 领养父亲或母亲
• "adoptive parent" 中文翻译 :    领养的父母; 领养父母; 收养人; 养父母
• "aging parent" 中文翻译 :    当父母老了
• "authoritarian parent" 中文翻译 :    专制型父母
• "authoritative parent" 中文翻译 :    威信型父母
• "backcross parent" 中文翻译 :    回交亲本
• "birth parent" 中文翻译 :    亲生父母
• "cage parent" 中文翻译 :    笼状母体
• "change parent" 中文翻译 :    改变父本
• "collapse parent" 中文翻译 :    缩回上层
• "common parent" 中文翻译 :    共同亲本
• "cross parent" 中文翻译 :    杂交亲本
• "destination parent" 中文翻译 :    目的地亲项
• "devoted parent" 中文翻译 :    疼爱子女的人
• "display parent" 中文翻译 :    显示父节点
• "donor parent" 中文翻译 :    供方亲体; 授与亲体
• "element，parent" 中文翻译 :    母（体）元素
• "female parent" 中文翻译 :    母本
• "former parent" 中文翻译 :    前父母
• "foster parent" 中文翻译 :    养父母

• I should remind you that the parent population contains multiple references to parents based on their fitness
  我应该提醒您，基于亲本的适合度，亲本种群包含有对亲本的多个引用。
• Common practice is to draw inheritance and extend associations vertically , with the inheriting extending use case drawn below the parent base use case
  一般的做法是垂直地绘制继承( inheritance )和扩展( extend )关联，在父基本用例下面绘制继承扩展用例。
• Also , the second parent used to be selected randomly , and i thought that was a fairly accurate representation of evolution , but i have changed that to select the second parent based on their fitness , by picking them out of the parent population and then inserting them back
  另外，以前第二个亲本是随机选择出来的，而且我认为这样是对演化的相当准确的描述，但是我改变了那种方法，通过将它们从亲本种群中选择出来然后再插入回去的方式，基于它们的适合度来选择第二个亲本。
• Twenty f1 combinations crossed among 5 varieties and strains different in fiber properties according to complete diallel crossing design were used to evaluate the heterosis and gene action of boll weight and lint percentage in high quality fiber property varieties in upland cotton in 1998 1999 for two year successively at nanjing . it was indicated that there existed small interactions with the environmental factors without maternal effects and the additive gene effect was in chief , attaining to 51 . 2 % and 65 . 4 % respectively for boll weight and lint percentage . the dominant effect was also in higher rate , 32 . 6 % and 16 . 8 % respectively . the population mean heterosis of boll weight and lint percentage over the mid - parental mean were relatively prominent 13 . 3 % and 3 . 5 % respectively in extreme significance . however , boll weight showed no significantly surpassing parental f1 heterosis over the better parent based on population mean ( 2 . 0 % ) ; while the lint percentage expressed significant negative heterosis value ( - 2 . 1 % ) . the gene actions were in conformity with the heterosis expression . it was shown clearly that the f1 combinations crossed between parents with similar performances had relatively high dominant effects and significant positive f1 surpassing parental heterosis ( f1 heterosis over the better parent ) ; while no f1 combination crossed between the parents with prominent mutual difference surpassed the higher parent in yield components , which indicated that among those parents with less difference and close relationships , there still existed sufficient genetic variation or certain mechanism for creating variation and achieving greater advances in breeding . correlation analyses also indicated that there still existed severely undesirable negative correlation between yield and fiber properties as well as the difficulties for their simultaneous improvements
  利用5个具有不同纤维品质性状的品种(系)配制完全双列杂交组合20个,通过亲本和f1的2年随机区组试验发现产量性状的铃重和衣分与环境的互作效应小,不存在母体效应,并以加性遗传效应为主,分别占表型方差的51 . 2 %和65 . 4 % ;显性遗传效应所占的比率也较高,分别为32 . 6 %和16 . 8 % .铃重和衣分的群体平均优势较大,分别为13 . 3 %和3 . 5 % ,达到了极显著;铃重的超亲优势为2 . 0 % ,不显著;衣分为显著的负值( - 2 . 1 % ) .遗传分析与杂种优势结果一致.具体表现在产量性状上,亲本相当配制的组合杂合显性较高,其超亲优势正向显著,而极值亲本(差异较大)所配组合没有超过高亲的.这表明亲本差异小、亲源关系较近的亲本中仍然存在足够的遗传变异或某种机制以创造变异使育种取得更大的进展.相关分析表明了仍然存在严重的品质与产量的负相关,遗传改良的难度较大