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- It is this molecular motion that we call heat. 就是这种分子运动我们称之为热。
- Magnetism is considered as a molecular phenomenon. 电磁被认为是一种分子运动。
- A plasma globulin of high molecular weight. 大球蛋白细胞分子中较重的血球蛋白
- molecular heterosis 分子杂种优势
- We think of magnetism as a molecular phenomenon. 我们认为电磁是一种分子现象。
- In addition, how to use molecular markers to research heterosis in the next step was also viewed. 并对分子标记在杂种优势研究中的进一步利用进行了展望。
- Progress in studies on maize yield QTL and the genetic theoretical basis of heterosis by using molecular markers are reviewed. 综述了分子标记在玉米产量QTL和杂种优势遗传基础方面的概况。
- Having an open-chain molecular structure rather than a ring-shaped structure. 无环的具有开链分子结构的，而非环状结构的
- Enzymes are large molecular weight compounds. 酶是高分子化合物。
- It can also perform molecular dynamics simulations. 它能也执行分子的动力学模拟。
- Recently, there axe tremendous progresses on the genetic researches about heterosis with the development and application of DNA molecular markers. 近年来，随着DNA分子标记的发展和应用，杂种优势的遗传研究取得了许多有意义的进展。
- The molecular symbol for carbon dioxide is CO2. 二氧化碳的分子式是co2。
- When ice thaws, its molecular structure collapses. 当冰消融时，其分子结构崩溃。
- Its molecular formula is Al2 (F, OH)2SiO4. 分子式为Al2（F，OH）2Si04。
- Molecular models for new drug screening. 新药筛选的分子模型研究。
- Molecular weight distribution of PUVSi has broaden. 相对分子质量分布变宽。
- FUHUA MEDICAL HIGH MOLECULAR MATTER CO., LTD. 富华医用高分子材料有限公司深圳分公司。
- Department of Cellular Molecular Biology. 医学院分子生物学系访问学者。
- Heterosis and segregation on agronomic and yield traits in Brassica napus L. 甘蓝型油菜主要农艺和产量性状的杂种优势及其分离世代的分析。
- Luminescence process of molecular fluorescence. 一,分子荧光与磷光产生过程。
