Prunus mume
英
美
网络 果梅; 梅花; 蔷薇科落叶乔木植物梅; 青梅
双语例句
- Initial Studies on the Starting Culture of Prunus mume 'Xiang Rui Bai'
梅花品种‘香瑞白’梅启动培养的初步研究 - Optimization of an ISSR reaction system of Japanese apricot ( Prunus mume) based on orthogonal design
正交设计优化果梅ISSR反应体系 - Processing technology for Prunus mume carbon by comprehensive weighted of multi-index
多指标综合加权评分研究乌梅炭炮制工艺 - There were much high esterified pectin in the fruit, which caused cloudy and sediment of Prunus mume juice.
青梅中含有大量的高度酯化果胶，是造成青梅汁浑浊的主要原因。 - Introduction and Exemplary Application of Prunus Mume Cultivars in Landscape Green Space of Beijing
北京市梅花品种引种栽培与园林应用示范 - A high-performance liquid chromatography ( HPLC) method for the determination of organic acids in flower, branch and leaf extract of Prunus mume is proposed here.
用高效液相色谱法检测青梅花、枝、叶中有机酸的种类和含量。 - Study on the Manufacturing Procedure of High Transparency Prunus Mume Concentrate Juice
高透光率青梅浓缩汁生产工艺的研究 - The selection breeding of new Prunus mume varieties
南京梅花优良新品种选育 - Effect of Mei Flower ( Prunus mume) Top-Grafting on Its Cold Resistance
垂枝梅高位嫁接对提高其抗寒越冬力的影响 - The differences of pollen germination and tube growth between self-and cross-pollination of Prunus mume
果梅自花与异花花粉萌发及生长的差异 - Embryo Culture and Shoot Regeneration of Prunus mume
梅胚培养与新梢再生 - Conclusion: These regression equations could be utilized to predict the viscosity of high transparency prunus mume juice processed at different temperature and different concentration.
结论：利用回归方程，可以预测实际生产中不同温度和不同浓度下高透光率青梅汁的粘度。 - There are many research achievements on Prunus mume in China in the last 4 years, and the biochemical research on flower pigments and fragrance, and molecular markers on some important characteristics were two major subjects.
近4年来国内梅花的研究内容非常丰富，对梅花花色素和花香的生化研究和重要性状的分子标记是主要进展。 - Classification of Prunus mume Cultivars by Pollen Morphology
梅花品种分类的花粉形态学研究 - Characteristics of Pollen Germination and Pollen Tube Growth of Prunus mume in Vitro
果梅花粉离体萌发及花粉管生长特性研究 - The Investigation and Utilization of the Cultivation History and Germplasm Resources in Prunus mume in Jiangsu Province
江苏省果梅栽培历史与种质资源调查及利用 - Investigation of the fruits and flowers of Mei flower ( Prunus mume), which come from china.
对原产于我国的梅品种的花姿、果实性状进行了全面的调查与分析。 - The establishment of RAPD fingerprinting is applicable in cultivar identification and breeder's rights protection of Prunus mume.
梅花品种RAPD指纹图谱的建立可以为品种知识产权保护提供依据。 - AFLP Analysis of Prunus mume Cultivars
梅花品种AFLP分析鉴定研究 - Studies on Pollen Morphology of Prunus mume
中药梅花花粉的形态学研究 - Effects of different rooting agent on Prunus mume cutting propagation Types and testing of biological war agents
不同类型生根剂对梅花砧木扦插繁殖影响研究生物战剂的类型与检测 - Studies on Chromosome of Prunus mume
梅染色体研究 - Determination and Comparison of Pollen Activity in Prunus mume
梅花花粉生活力的测定和比较 - Morphological Differentiation Period of Flower Buds on Prunus mume Varieties of Various Maturity Times
果梅不同成熟期品种花芽形态分化期的研究 - Studies on the development of pistil and fertilization in Prunus mume
梅雌蕊发育和受精作用的研究 - Ripeness. The main factors effecting browning were PPO and POD in the Prunus mume juice during processing.
PPO和POD是青梅果汁加工中褐变的主要影响因素； - In addition, the isolation mechanism between Prunus mume and Prunus armeniaca was also discussed in this study.
另外，本研究还对梅、杏之间的隔离机制进行了初步探讨。 - In color feature extraction, some characteristics of prunus mume images were analyzed. The results of histogram classification present the method suitable for describing the color characteristics of prunus mume image.
在颜色特征提取时，分析了梅花图像色彩方面的一些特点，通过直方图归类的结果，提出了适合描述梅花图像色彩特征的方法。 - And there are rich germplasm resource in China, the studies of classification and phylogenetic relationship of Prunus germplasm resources had conducive to the collection, preservation, identification innovation and rational utilization of Prunus mume germplasm resources.
我国拥有丰富的梅种质资源，对梅资源进行分类和亲缘关系的研究，有利于梅种质资源的收集、保存、鉴定、创新和合理利用。 - There is no the relevant three-dimensional model and visualization technology research carried out for Prunus mume, which causes great difficulties to study the tree.
目前还没有相关的梅花植物可视化模型，也没有梅花可视化建模技术研究的开展，这给通过计算机模拟梅花的研究造成了极大的困难。