| 1. | Test result analyze on the mechanized technology of rice transplant seedlings
水稻机械化插秧技术推广试验效果分析 |
| 2. | Thinking about advancing the mechanized technology of rice transplant seedlings in wenzhou city
温州市推进水稻机械插秧的思考 |
| 3. | Transplant seedlings to larger containers after they have grown 2 pairs of leaves
小苗生长到2对叶片后需要移植到更大的容器中。 |
| 4. | Discussion on corresponding cultivation techniques for transplanting seedling by agricultural machinery
水稻机插秧农机与农艺配套技术探讨 |
| 5. | Effect of different transplanting seedling ages on grain yield in system of rice intensification
水稻强化栽培体系不同秧龄移栽对产量的影响 |
| 6. | Using this kind of plug can both save the nutrition soil during making plugs and reduce the working intension during cultivating seedlings , raising the plant - endlong rate in transplanting seedlings
采用该种类型的钵体不仅可以减少制钵过程营养土的消耗量，而且可以减轻育苗过程的劳动强度，提高栽植过程的钵苗栽直率。 |
| 7. | The classification standard of 1 - year - old transplant and non transplant seedlings of zanthxyhum planisnum var . dingtanenesis was preliminarily studied by the principal component analysis , the sampling stratification and the clustering gradually analysis
摘要运用主成分分析法、分层抽样、逐步聚类分析法，对顶坛花椒1年生移植苗和留床苗的分级标准进行初步研究。 |
| 8. | Further - more , according to three grades , the relative classification criteria of 1 - year - old transplant and non transplant seedlings of zanthxyhum planisnum var . dingtanenesis was put forward , and the classification results and the practical instance were compared
进而，按照3个等级，对顶坛花椒1年生移植苗和留床苗提出了相应的分级标准，并将分类结果与实际情况进行比较。 |
| 9. | Based on the national " ninth " five years " key project - study on the equipment and technique of raising and transplanting seedlings as the kind of factory , combining the no - tillage specialty which can shorten the working period and reduce the intension of dust devil , the key parts of corn no - tillage transplanter has been studied which can improve both the transplanting speed and reliability , reduce the labour intension of operator , further more , the method of automatic controlling whole working course has been applied by using single - chip microcomputer , the bedrock is made for transforming this technique into social productivity
本文在原来国家科技部“九五”攻关项目“工厂化育苗、移栽工艺及设备研究”的基础上，结合免耕工艺不仅缩短作业时间，而且可以对防止沙尘暴发生有利的特点，对可以提高栽植速度和工作可靠性、降低操作人员劳动强度的玉米免耕栽植机的关键部件进行了详细的研究，进一步采用单片机控制技术对其工作过程实现了自动化控制，为该技术尽快转化为社会生产力打好基础。 |
