Rosa
Rosa的相关文献在1993年到2022年内共计233篇,主要集中在自动化技术、计算机技术、肿瘤学、无线电电子学、电信技术
等领域,其中期刊论文150篇、专利文献83篇;相关期刊74种,包括数码世界、新潮电子、计算机与网络等;
Rosa的相关文献由340位作者贡献,包括Lanyong Zhao、Zongda Xu、Mingyuan Zhao等。
Rosa
-研究学者
- Lanyong Zhao
- Zongda Xu
- Mingyuan Zhao
- Xu Han
- 刘付奎
- 刘秋风
- Xiaoming Sui
- Xiaoyan Yu
- Yang Wang
- 刘忠华
- 孔庆然
- 李鹏青
- 杨超
- 武美玲
- Dandan Zhao
- Shutang Xing
- sharkbait
- 可+
- 张越
- 林炳灿
- Changli Fu
- Dekui Zang
- E·J·维因斯泰恩
- G·戴维斯
- Kai Zou
- M·C·霍姆斯
- P·D·格雷戈里
- Sharkbait
- Takeshi Takeda
- X·崔
- Yenan Wang
- Yu Wang
- Yuyuan Wei
- 丛佩清
- 于佳楠
- 何宜龙
- 何祖勇
- 余金文
- 冷月
- 刘勇
- 刘小红
- 刘特
- 刘蔚
- 卢天宇
- 吴晓洁
- 吴砺
- 周鹏
- 唐华瑞
- 夏清梅
- 孟宪水
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赵迪
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摘要:
[目的]总结机器人无框架立体定向手术辅助系统(ROSA)辅助下立体定向颅内电极植入术患儿的术前护理与术中配合的方法及经验.[方法]对采用ROSA辅助下立体定向颅内电极植入术患儿43例,进行临床病例资料及术前护理 、术中配合方法的回顾性分析.[结果]43例病人均成功手术,术中及术后无护理并发症.[结论]充分的术前护理准备 、针对性的术中护理配合是ROSA辅助下立体定向颅内电极植入术顺利进行的关键因素,在提高手术安全性 、预防手术并发症发生方面具有重要作用.
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段红娟
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摘要:
本文基于ROSA(Rotational Symmetry Axis)和中轴的骨架提取算法,搭建一个半自动的点云模型线性骨架提取实验平台,系统地分析了基于勾画的交互方式进行点云模型骨架提取的实验平台的结构与特点,并阐述了骨架结点位置提取、骨架连接关系提取、骨架编辑等各个功能模块在实验平台中的具体实现和功能,最后对实验平台的开发工作进行了总结.
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Mingyuan Zhao;
Xiaoming Sui;
Yu Wang;
Zongda Xu;
Xiaoyan Yu;
Xu Han
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摘要:
The species and contents of anthocyanins in plant petals can make plants appear pink, red, violet and blue, etc., and play a major role in the coloration of plants. In this study, the species and contents of anthocyanins in the petals of three R. rugosa hybrid cultivars, R. rugosa “Zizhi”, R. rugosa “Fenzizhi” and R. rugosa “Baizizhi”, were analyzed, and the direct cause of the differences in flower color of three R. rugosa hybrid cultivars was inferred. This paper provides a reference for the coloration mechanism and flower color breeding of R. rugosa. The specific methods are as follows: the petals of five flowering stages of three R. rugosa hybrid cultivars were used as materials, and the types and contents of anthocyanins contained in them were qualitatively and quantitatively analyzed by high performance liquid chromatography (HPLC). The same six kinds of anthocyanins were identified in R. rugosa “Zizhi” and R. rugosa “Fenzizhi”, mainly based on the diglycoside of paeoniflorin and cyanidin. The relative contents of the two anthocyanins were higher at budding stage and initial opening stage. In the different flowering stages of R. rugosa “Zizhi”, the content of Pn3G5G was up to 4280.84 ± 20.82 μg·g-1, and the content of Cy3G5G was up to 789.41 ± 1.21 μg·g-1. In R. rugosa “Fenzizhi”, the highest content of Pn3G5G reached 1293.50 ± 17.64 μg·g-1, and the content of Cy3G5G was up to 358.86 ± 3.94 μg·g-1. It could be speculated that the difference in the contents of Pn3G5G and Cy3G5G was the main reason for the difference in coloration between the petals of R. rugosa “Zizhi” and R. rugosa “Fenzizhi”. A total of five species of anthocyanins were identified in R. rugosa “Baizizhi” and their contents were relatively low. Compared with R. rugosa “Zizhi” and R. rugosa “Fenzizhi”, the presence of Cy3G was not detected. Therefore, we speculated that the two reasons above might be responsible for the visual white flowers of R. rugosa “Baizizhi”.
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Camp;
Yu(图)
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摘要:
当Intel在去年宣布推出傲腾内存技术(Optane)的时候,我的第一反应是“咦,这不是Santa Rosa上的迅盘吗”——在那个还不知SSD为何物的年代,迅盘这种黑科技在业界激起了极为强烈的反响,也第一次让人见识到了半导体存储相对磁存储的巨大优势.虽然迅盘本身没有能够实现普及,但它的影响是深远的.当然,如果傲腾只是换汤不换药的迅盘,那Intel岂不是就跟最喜欢玩马甲的红厂绿厂没什么区别了?细心的极客已经注意到了,Intel可是将它称做“内存”,而不是“闪存”,难道,这玩意儿还能插到内存插槽里面不成?
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