孜然（伞形科植物伞形科孜然芹属植物 ... - 百度百科
网页孜然一般指孜然芹（Cuminum cyminum L.）的芳香果，也可指孜然芹。. 孜然是一年生或二年生草本，高20-40厘米，除果实外全株光滑无毛。. 叶柄长1-2厘米或近无柄，有狭披针形的鞘；叶片三出式2回羽状全裂，末回裂片狭线形。. 复伞形花序多数，多呈二歧式分枝；总 ...
孜然粉 - 百度百科
网页孜然粉，是生活中最常用的一种 调味料 之一。 主要由多种香料一起调配磨制而成。 其常用于烹饪牛、 羊肉，能够祛除其腥味，令其肉质更加鲜嫩。 中文名. 孜然粉. 主要原料. 安息 茴香， 八角， 桂皮. 是否含防腐剂. 否. 主要食用功效. 能祛寒除湿，降火平肝. 适宜人群. 各类人群. 储藏方法. 放于干燥通风的地方. 风 味. 风味极为独特，富有油性. 气 味. 芳香而浓烈. 用 途. 主要用于调味. 应 用. 烧烤食品必用的上等佐料. 目录. 1 配方. 2 特点. 3 功效. 4 适宜人群. …
Zhiran Zhang - Google Scholar
网页Graduate student, University of California, Santa Barbara. Verified email at ucsb.edu. NV center in diamond DNA origami nanoscience quantum sensing quantum information.
Ziran - Wikipedia
网页Ziran is a central concept of Daoism, closely tied to the practice of wuwei, detached or effortless action. Ziran refers to a state of "as-it-isness," [5] the most important quality for anyone following Daoist beliefs.
易志然-上海交通大学机械与动力工程学院 - SJTU
网页工作经历. 2023 – 今 上海交通大学 助理研究员. 2021 – 2023 生物医学工程 香港心脑血管健康工程研究中心 Postdoctoral Fellow/Associate Research Scientist. 2020 – 2023 机械工程 上海交通大学 博士后. 研究方向. 1. 基础：压电动力学 Piezo-dynamics、非规MEMS工艺技术. …
Ziran - New World Encyclopedia
网页In many ways, ziran (自然 ; tzu-jan in Wade-Giles) represents a foundational concept in classical Chinese thought, one whose influence transcends the dogmatic lines of religious tradition and philosophical school. Often translated as “the natural” or “naturalness,” it is more literally rendered as the “self-so” or that which is ...
Zhiran YI 易志然 - Google Scholar
网页Zhiran YI 易志然. Other names. Assistant Professor, School of Mechanical Engineering, Shanghai Jiao Tong University. Verified email at sjtu.edu.cn. Piezo-MEMS Biomedical devices Piezo-dynamics....
Zhiran Zhang | UCSB NSF Quantum Foundry | CNSI - UC Santa …
网页Biography. Interface-induced decoherence is still a significant challenge for many quantum technologies. The nitrogen-vacancy (NV) center in diamond is a prominent candidate for quantum computing and quantum network.
Identifying and Mitigating Charge Instabilities in Shallow Diamond ...
网页2019年2月19日 · Dolev Bluvstein, Zhiran Zhang, and Ania C. Bleszynski Jayich. Phys. Rev. Lett. 122, 076101 – Published 19 February 2019. More. PDF HTML Export Citation. Abstract. The charge degree of freedom in solid-state defects fundamentally underpins the electronic spin degree of freedom, a workhorse of quantum technologies.
Zhiran's Life - YouTube
网页I'm Zhiran, a Chinese and math teacher in America. I have a passion for sharing my culture and experiences with people. On this chann...