Message from JEST Editorial Committee

Jean-Marie Lehn (1987 Nobel Prize in Chemistry) and Avram Hershko ( 2014 Nobel Prize in Chemistry) serve as the JEST honor Editorial Committee Members.

Zhiming M. Wang serves as the Editor-in-Chief.

Yan-Bo Li serves as the Deputy Editor.

JEST Editorial Committee

Zhiming M. Wang

Professor

University of Electronic Science and Technology of China (UESTC)

◆ 　Published many papers in some first-rate international academic journals in relevant fields: Nano Letters,Nano Energy, Nano Research, Physical Review Letter, The Journal of Physical Chemistry Letters, ACS Applied Materials & Interfaces and so on, including more than 200 SCI cited, and some have appeared on the cover of Applied Physics Letters and other journals.

Expert of National 1000 Talents Youth Program

教学中，引导学生进行多种形式收集材料，采访、图书资料查阅、上网查阅，同时尝试引导学生通过多种形式记录所收集的素材：文字记录、图片资料收集、照片、录音等形式，使资料更趋完整和可参考性。

在本次的设计工作开展过程中，充分地将城市的建筑开发与自然生态环境的保护进行了有效融合。从设计区域至外部交通以及空间层面都十分符合生态建筑理念，湿地公园水岸与周边城市居民之间相互呼应的效果十分贴合于城市可持续发展的目标[1]。具体而言，在进行景观设计时，使用的是一种几何抽象的折线形湖水纹样斑块，然后在其中融入了工程当地的文化符号以及生态环境形象。另外一方面，在进行生态湿地设计时，需充分与城市的发展理念相融合，为城市的发展创造了良好的休闲与绿化空间，同时也为当地的旅游、绿化生态带以及经济活力提供了有效的发展活力。

Research fields：Semiconductor optoelectronics, nanomaterials, solar photolysis of water,photovoltaic solar cells

◆ Engaged in making chemical compound semi-conductor nanomaterials molecular beam epitaxy growth and characterization, and designing and fabricating PV prototype devices for a long time; made pioneering research findings in multilayer orderly organization of strain quantum dots, high index surface nanostructural control,droplet epitaxy nanometer materials growth and other fields, contributing greatly to deepening the understanding of the international academia towards quantum confined structures and functions, as has aroused great attention from international peers and professional media.

Distinguished Expert of the National 1000 Talents Program

Main accomplishments and contributions:

◆ 　Started the SCI Journal—Nanoscale Research Letters as Editor-in-Chief, while serving the journal, Springer Materials (published by Springer), and a series of books for Nanotechnology as Editor. Founded several international academic conferences, such as a series of academic conferences for Energy Materials Nanotechnology(EMN), Conference for Crystals Growth Cooperation, and International Conference for Small-Size Sciences,making major contributions to international communications in this field.

Deputy Editor

Yan-Bo Li

Professor

Research fields: Quantum optics, semiconductor nanomaterials, designing and fabricating PV prototype devices

Editor-in-Chief of “Journal of Electronic Science and Technology” and “Nanoscale Research Letters”, IEEE Senior Member

分别准确称取12.5 mg苦杏仁苷与5.0 mg野黑樱苷标准品，甲醇溶解，分别定溶于25 mL、10 mL容量瓶中，即分别得到质量浓度均为500 μg/mL的苦杏仁苷与野黑樱苷甲醇标准储备液，4 ℃储存备用。分别吸取2 mL各标准储备液至不同10 mL容量瓶中，甲醇稀释至刻度，即得100 μg/mL苦杏仁苷标准溶液和100 μg/mL野黑樱苷标准溶液，4 ℃储存备用。

临床医学是一门特殊的学科，随着社会的进步，人们对健康的要求与日俱增，对手术安全、术后生活质量的要求明显提高，因此减少外科手术损伤、手术并发症、手术后遗症，提高手术安全性等日益受到关注。外科更是一个实践性强、技能训练要求极高的专业，要熟练掌握腹腔镜的使用，必须接受严格的专业培训。美国等一些发达国家对于开展腹腔镜外科手术有严格的培训与医生准入制度[5]。此次进修学习医师大部分已工作一段时间，具有一定临床经验，但是在基层医院工作过程中，往往急于追求手术技巧及手术难度，却忽视基本手术技能训练，在工作中养成一些不良操作习惯，形成潜在手术风险。

Main accomplishments and contributions：

Prof. Li mainly concerned in the study of semiconductor optoelectronic properties, surface physical and chemical properties, manufacturing of nano materials, device assembly and its application in artificial photosynthesis, and solar photovoltaic power generation. He participated in several international artificial photosynthesis programs initiated by ARPChem, Ministry of Economy, Trade and Industry in Japan, and JCAP,United States Department of Energy.

He has published more than 20 papers in top international journals, such as Nature Communications, Nature Energy, Nature Materials, Advanced Materials, Nano Letters, Advanced Functional Materials, with more than 1200 times of total citation.

半专业劳务派遣森林消防扑火队是指经过森林防火技能培训，有基本的防护和通讯装备，能够熟练使用扑火机具，以退伍军人、营林生产工人、附近村民为主，组建一支规模在30-40人的半专业国有林场应急森林消防队。队员条件：要求男性；年龄18-55周岁，身体健康，体力好；掌握科学扑火和火场安全逃生基本知识。

酒店热交换间设在10层避难层，热交换设备为3组，分别供地下2层及7～9层酒店配套用房热水、11～17层酒店低区客房热水、18～24层酒店高区客房热水。每组均设2台HRV型半容积式水加热器，互为备用。半容积式水加热器热媒为暖通专业提供的95℃高温水，经盘管交换后，变为75℃水回流至锅炉房。酒店配套用房水加热器补水由地下1层酒店变频给水设备供给；低区客房水加热器补水由裙房低区太阳能储热水罐供给，低区太阳能储热水罐补水来自25层酒店客房低区生活水箱；高区客房水加热器补水由裙房高区太阳能储热水罐供给，高区太阳能储热水罐补水来自屋顶层酒店客房高区生活水箱。

He served Advanced Materials, ACS Nano and Chemical Science as academic reviewer, and Nanoscale Research Letters as Assistant Editor.