南果梨

南果梨南果梨
  1. 果实成熟度对南果梨近红外无损检测技术模型的影响

    Effects of Maturity on Near Infrared Spectral Detection of " Nanguo " Pears

  2. 同时研究了不同抑制剂对南果梨多酚氧化酶的抑制效果。

    The inhibition effect from different inhibitors on the inhibition of PPO was also studied .

  3. 应用扫描电子显微镜,对安梨、花盖梨、尖把酸梨、南果梨和磨盘梨5种秋子梨品种的花粉进行了形态观察。

    The pollens of five cultivars of Pyrus ussuriensis Maxim were observed through electron microscope .

  4. 研究了南果梨采后经真空浸钙处理后在20℃下的生理变化。

    Postharvest physiological changes of Nanguoli Pear treated with vaccum permeating calcium at20 ℃ were studied .

  5. 结果表明,南果梨生长环境各部分稀土元素总含量分布为:土壤>树叶>树枝>果实;

    The results showed that the sequence of REEs distribution is soil > leaf > branch > fruit .

  6. 以南果梨为试材,研究了不同时期套袋对梨果皮色素的影响。

    The influence of bagging on the peel pigment is tested with " Nanguoli " pear as material .

  7. 采用超声波提取南果梨挥发油,利用GC/MS法分析其化学成分及相对百分含量。

    The chemical constituents of essential oil of Nanguoli pear with ultrasonic extracting was analyzed with GC-MS method .

  8. 南果梨糖、酸度近红外光谱模型适用的贮藏期研究

    Applicability of visible-near infrared spectroscopy models for determining soluble solid and total acid contents in ' Nanguo ' pears during storage period

  9. 南果梨内在品质近红外光谱无损检测技术研究

    Study on Nondestructive Detecting Internal Quality in ' Nanguo ' Pears by NIRS Technology Development of Near Infrared Spectroscopy On-line Analyzer for Fruit Internal Quality

  10. 优质南果梨种植区域有一定的局限性,与气候、地质、土性及地貌等(即生态地质场)基础条件密切相关。

    Its growing region has some limitations , like climate , geology , soil properties and topography ( ie ecological geology field ) and basic conditions are closely related .