The 8th Int'l Conference on Surface and Interface of Materials (SIM_D 2021)
大会官网:https://www.janconf.org/conference/SIM_D2021/
大会时间:2021年12月24-26日
大会地点:中国三亚
在线投稿:https://www.janconf.org/RegistrationSubmission/default.aspx?ConferenceID=1427
邮箱投稿:workshop1@126.com
录用通知:论文投稿后1周左右
△.会议简介
第八届材料表面与界面国际研讨会(SIM_D 2021)将于2021年12月24-26日在三亚举行。本届大会将继续遵循学术性、国际性的原则,特邀国内外材料表面与界面领域内的学者专家前来参会,并做出精彩的报告。SIM_D 2021旨在打造一场交流分享最新科研成果和研究方法的学术盛宴!诚邀各位专家和代表的参加。
△.文章出版
所有被会议录用的稿件将会发表在开源期刊,被知网学术、谷歌学术等收录。
△.投稿须知:
论文应具有学术或实用价值,未在国内外学术期刊或会议发表过。
论文排版格式以及投稿方式详见网站说明。
审稿流程:本次会议采用先投稿,先送专家评审的方式进行,审稿周期约1周。
△.参会方式(注:会议有Oral Presentation以及Poster环节)
1.全文参会:提交全文,申请参与10-15分钟的口头报告,3600元
2.摘要参会:提交摘要,申请参与10-15分钟的口头报告,2700元
3.听众参会:只参会听讲,不参与演讲及展示,2400元
△.大会咨询
电子邮箱: workshop1@126.com (Workshop_editorL@outlook.com)
联系电话: +86 132 6470 2250
QQ: 1349406763
微信: 3025797047
Twitter: conf_Committee
△. 大会议题
Adsorption and desorption
Bio-surfaces and interfaces
Chirality at surfaces and enantiosensitive reactions
Dynamical phenomena at surfaces: Space-/Time-/Energy-resolved
In situ reactions on metal surfaces and nanoparticles
Electrochemistry at surfaces
Electronic and optical properties of surface structures
Heavy atoms, lanthanides and actinides at surfaces
Liquid/solid interfaces
Metal, alloy and quasicrystal surfaces
Molecular self-assembling at surfaces
Nano materials, thin carbon layers and graphene
New techniques for study of surfaces and interfaces
Non-covalent Interactions
Novel methods: Instrumentation, Facilities and Computation
Oxide surfaces and thin/ultra-thin oxide films
Piezo and ferroelectricity at surfaces
Polymer surfaces and interfaces
Self-healing surface structures
Semiconductor surfaces
Surface chemical reactions, kinetics and heterogeneous catalysis
Surface diffusion and growth
Surface engineering
Surfaces in space
Surface/interface science of energy materials: PV, batteries, fuel cells, etc.
Surface magnetism
Surface phases and phase-transitions at surfaces
Surface studies using synchrotron radiation
Strong correlation at surfaces
Tribology at the atomic scale, bio-lubrication
Ultrafast phenomena